#METABOLOMICS WORKBENCH wkumler_20211201_100602 DATATRACK_ID:2956 STUDY_ID:ST002008 ANALYSIS_ID:AN003271 PROJECT_ID:PR001273 VERSION 1 CREATED_ON December 6, 2021, 8:38 am #PROJECT PR:PROJECT_TITLE Glycine betaine uptake and metabolism in marine microbial communities PR:PROJECT_TYPE Marine Metabolomics PR:PROJECT_SUMMARY Glycine betaine (GBT) is a component of labile dissolved organic matter and a PR:PROJECT_SUMMARY compatible solute in high concentrations in marine microbial populations. GBT PR:PROJECT_SUMMARY has complex biochemical potential, but, once taken up from the environment, the PR:PROJECT_SUMMARY cellular fate of the carbon and nitrogen from GBT is unknown. Here we determine PR:PROJECT_SUMMARY the uptake kinetics and metabolism of GBT in two natural microbial communities PR:PROJECT_SUMMARY characterized by different nitrate concentrations in the North Pacific PR:PROJECT_SUMMARY transition zone. Dissolved GBT had maximum uptake rates of 0.36 and 0.56 nM hr PR:PROJECT_SUMMARY -1 and half-saturation constants of 79 and 11 nM in the high nitrate and low PR:PROJECT_SUMMARY nitrate stations, respectively. GBT taken into cells was predominantly retained PR:PROJECT_SUMMARY as an untransformed compatible solute. A portion of GBT was transformed into PR:PROJECT_SUMMARY other metabolites, through characterized and uncharacterized pathways. Where PR:PROJECT_SUMMARY nitrate was scarce, GBT was primarily catabolized via the demethylation to PR:PROJECT_SUMMARY glycine. Resulting metabolites were used to build protein biomass, and PR:PROJECT_SUMMARY remineralized ammonia was re-assimilated into cells. Gene expression data from PR:PROJECT_SUMMARY this region show that bacteria, especially SAR11, are the dominant organisms PR:PROJECT_SUMMARY expressing the demethylation genes. Where nitrate concentrations were higher, PR:PROJECT_SUMMARY more GBT was used for choline synthesis. Our data highlight undiscussed PR:PROJECT_SUMMARY metabolic pathways and potential routes of microbial metabolite exchange. PR:INSTITUTE University of Washington PR:DEPARTMENT School of Oceanography PR:LABORATORY Ingalls Lab PR:LAST_NAME Kumler PR:FIRST_NAME William PR:ADDRESS 1501 NE Boat St, Seattle, WA, 98105, USA PR:EMAIL wkumler@uw.edu PR:PHONE 2062216732 PR:FUNDING_SOURCE Simons Collaboration on Ocean Processes and Ecology, NSF #STUDY ST:STUDY_TITLE Glycine betaine uptake and metabolism in marine microbial communities ST:STUDY_TYPE Quantitative and qualitative exploration of isotope-labeled glycine betaine ST:STUDY_TYPE uptake and use in natural marine microbial communities ST:STUDY_SUMMARY Glycine betaine (GBT) is a component of labile dissolved organic matter and a ST:STUDY_SUMMARY compatible solute in high concentrations in marine microbial populations. GBT ST:STUDY_SUMMARY has complex biochemical potential, but, once taken up from the environment, the ST:STUDY_SUMMARY cellular fate of the carbon and nitrogen from GBT is unknown. Here we determine ST:STUDY_SUMMARY the uptake kinetics and metabolism of GBT in two natural microbial communities ST:STUDY_SUMMARY characterized by different nitrate concentrations in the North Pacific ST:STUDY_SUMMARY transition zone. Dissolved GBT had maximum uptake rates of 0.36 and 0.56 nM hr ST:STUDY_SUMMARY -1 and half-saturation constants of 79 and 11 nM in the high nitrate and low ST:STUDY_SUMMARY nitrate stations, respectively. GBT taken into cells was predominantly retained ST:STUDY_SUMMARY as an untransformed compatible solute. A portion of GBT was transformed into ST:STUDY_SUMMARY other metabolites, through characterized and uncharacterized pathways. Where ST:STUDY_SUMMARY nitrate was scarce, GBT was primarily catabolized via the demethylation to ST:STUDY_SUMMARY glycine. Resulting metabolites were used to build protein biomass, and ST:STUDY_SUMMARY remineralized ammonia was re-assimilated into cells. Gene expression data from ST:STUDY_SUMMARY this region show that bacteria, especially SAR11, are the dominant organisms ST:STUDY_SUMMARY expressing the demethylation genes. Where nitrate concentrations were higher, ST:STUDY_SUMMARY more GBT was used for choline synthesis. Our data highlight undiscussed ST:STUDY_SUMMARY metabolic pathways and potential routes of microbial metabolite exchange. ST:INSTITUTE University of Washington ST:DEPARTMENT School of Oceanography ST:LABORATORY Ingalls Lab ST:LAST_NAME Kumler ST:FIRST_NAME William ST:ADDRESS 1501 NE Boat St, Seattle, WA 98105 ST:EMAIL wkumler@uw.edu ST:PHONE 2062216732 #SUBJECT SU:SUBJECT_TYPE Other organism SU:SUBJECT_SPECIES Natural mixed marine microbial community #SUBJECT_SAMPLE_FACTORS: SUBJECT(optional)[tab]SAMPLE[tab]FACTORS(NAME:VALUE pairs separated by |)[tab]Raw file names and additional sample data SUBJECT_SAMPLE_FACTORS - 200605_Blk_GBTFate1MBlk-IS_A_pos_HILIC Sample type:Blank | Dilution factor:1 | Experiment number:1 | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Blk_GBTFate1MBlk-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Blk_GBTFate1MBlk-IS_B_pos_HILIC Sample type:Blank | Dilution factor:1 | Experiment number:1 | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Blk_GBTFate1MBlk-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Blk_GBTFate1MBlk-pos_A_pos_HILIC Sample type:Blank | Dilution factor:1 | Experiment number:1 | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Blk_GBTFate1MBlk-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Blk_GBTFate1MBlk-pos_B_pos_HILIC Sample type:Blank | Dilution factor:1 | Experiment number:1 | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Blk_GBTFate1MBlk-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_DDApos_pos_HILIC Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Poo_TruePooGBT_DDApos.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Full1_pos_HILIC Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Poo_TruePooGBT_Full1.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Full2_pos_HILIC Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Poo_TruePooGBT_Full2.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Full3_pos_HILIC Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Poo_TruePooGBT_Full3.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Full4_pos_HILIC Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Poo_TruePooGBT_Full4.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Full5_pos_HILIC Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Poo_TruePooGBT_Full5.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Full6pos_pos_HILIC Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Poo_TruePooGBT_Full6pos.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Half1_pos_HILIC Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Poo_TruePooGBT_Half1.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Half2_pos_HILIC Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Poo_TruePooGBT_Half2.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Half3_pos_HILIC Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Poo_TruePooGBT_Half3.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Half4_pos_HILIC Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Poo_TruePooGBT_Half4.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Half5_pos_HILIC Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Poo_TruePooGBT_Half5.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Half6pos_pos_HILIC Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Poo_TruePooGBT_Half6pos.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT0-IS_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT0-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT0-IS_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT0-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT0-IS_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT0-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT0-pos_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT0-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT0-pos_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT0-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT0-pos_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT0-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT12-IS_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT12-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT12-IS_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT12-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT12-IS_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT12-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT12-pos_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT12-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT12-pos_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT12-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT12-pos_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT12-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT36-IS_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT36-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT36-IS_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT36-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT36-IS_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT36-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT36-pos_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT36-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT36-pos_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT36-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT36-pos_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT36-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT4-IS_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT4-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT4-IS_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT4-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT4-IS_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT4-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT4-pos_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT4-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT4-pos_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT4-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT4-pos_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT4-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT50-IS_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT50-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT50-IS_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT50-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT50-IS_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT50-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT50-pos_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT50-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT50-pos_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT50-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT50-pos_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT50-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT8-IS_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT8-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT8-IS_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT8-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT8-IS_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT8-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT8-pos_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT8-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT8-pos_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT8-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT8-pos_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MT8-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MTlong-IS_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MTlong-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MTlong-IS_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MTlong-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MTlong-IS_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MTlong-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MTlong-pos_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MTlong-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MTlong-pos_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MTlong-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MTlong-pos_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate1MTlong-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT0-IS_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT0-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT0-IS_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT0-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT0-IS_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT0-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT0-pos_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT0-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT0-pos_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT0-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT0-pos_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT0-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT12-IS_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT12-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT12-IS_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT12-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT12-IS_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT12-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT12-pos_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT12-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT12-pos_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT12-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT12-pos_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT12-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT24-IS_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT24-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT24-IS_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT24-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT24-IS_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT24-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT24-pos_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT24-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT24-pos_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT24-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT24-pos_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT24-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT48-IS_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT48-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT48-IS_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT48-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT48-IS_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT48-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT48-pos_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT48-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT48-pos_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT48-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT48-pos_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT48-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT5-IS_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT5-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT5-IS_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT5-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT5-IS_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT5-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT5-pos_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT5-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT5-pos_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT5-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT5-pos_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MT5-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MTlong-IS_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MTlong-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MTlong-IS_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MTlong-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MTlong-IS_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MTlong-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MTlong-pos_A_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MTlong-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MTlong-pos_B_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MTlong-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MTlong-pos_C_pos_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_pos/200605_Smp_GBTFate2MTlong-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_4uMStdsMix1InH2O_1_pos_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Std_4uMStdsMix1InH2O_1.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_4uMStdsMix1InH2O_2_pos_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Std_4uMStdsMix1InH2O_2.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_4uMStdsMix1InMatrix_1_pos_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Std_4uMStdsMix1InMatrix_1.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_4uMStdsMix1InMatrix_2_pos_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Std_4uMStdsMix1InMatrix_2.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_4uMStdsMix2InH2O_1_pos_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Std_4uMStdsMix2InH2O_1.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_4uMStdsMix2InH2O_2_pos_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Std_4uMStdsMix2InH2O_2.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_4uMStdsMix2InMatrix_1_pos_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Std_4uMStdsMix2InMatrix_1.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_4uMStdsMix2InMatrix_2_pos_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Std_4uMStdsMix2InMatrix_2.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_H2OinMatrix_1_pos_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Std_H2OinMatrix_1.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_H2OinMatrix_2_pos_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_pos/200605_Std_H2OinMatrix_2.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Blk_GBTFate1MBlk-IS_A_neg_HILIC Sample type:Blank | Dilution factor:1 | Experiment number:1 | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Blk_GBTFate1MBlk-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Blk_GBTFate1MBlk-IS_B_neg_HILIC Sample type:Blank | Dilution factor:1 | Experiment number:1 | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Blk_GBTFate1MBlk-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Blk_GBTFate1MBlk-neg_A_neg_HILIC Sample type:Blank | Dilution factor:1 | Experiment number:1 | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Blk_GBTFate1MBlk-neg_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Blk_GBTFate1MBlk_B_20200607110426_neg_HILIC Sample type:Blank | Dilution factor:1 | Experiment number:1 | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Blk_GBTFate1MBlk_B_20200607110426.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_DDAneg_neg_HILIC Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Poo_TruePooGBT_DDAneg.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Full1_neg_HILIC Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Poo_TruePooGBT_Full1.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Full2_neg_HILIC Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Poo_TruePooGBT_Full2.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Full3_neg_HILIC Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Poo_TruePooGBT_Full3.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Full4_neg_HILIC Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Poo_TruePooGBT_Full4.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Full5_neg_HILIC Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Poo_TruePooGBT_Full5.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Full6neg_neg_HILIC Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Poo_TruePooGBT_Full6neg.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Half1_neg_HILIC Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Poo_TruePooGBT_Half1.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Half2_neg_HILIC Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Poo_TruePooGBT_Half2.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Half3_neg_HILIC Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Poo_TruePooGBT_Half3.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Half4_neg_HILIC Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Poo_TruePooGBT_Half4.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Half5_neg_HILIC Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Poo_TruePooGBT_Half5.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Poo_TruePooGBT_Half6neg_neg_HILIC Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Poo_TruePooGBT_Half6neg.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT0-IS_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT0-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT0-IS_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT0-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT0-IS_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT0-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT0-neg_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT0-neg_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT0-neg_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT0-neg_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT0-neg_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT0-neg_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT12-IS_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT12-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT12-IS_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT12-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT12-IS_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT12-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT12-neg_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT12-neg_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT12-neg_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT12-neg_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT12-neg_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT12-neg_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT36-IS_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT36-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT36-IS_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT36-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT36-IS_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT36-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT36-neg_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT36-neg_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT36-neg_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT36-neg_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT36-neg_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT36-neg_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT4-IS_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT4-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT4-IS_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT4-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT4-IS_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT4-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT4-neg_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT4-neg_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT4-neg_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT4-neg_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT4-neg_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT4-neg_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT50-IS_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT50-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT50-IS_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT50-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT50-IS_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT50-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT50-neg_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT50-neg_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT50-neg_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT50-neg_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT50-neg_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT50-neg_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT50-pos_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT50-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT50-pos_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT50-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT50-pos_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT50-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT8-IS_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT8-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT8-IS_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT8-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT8-IS_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT8-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT8-neg_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT8-neg_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT8-neg_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT8-neg_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MT8-neg_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MT8-neg_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MTlong-IS_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MTlong-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MTlong-IS_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MTlong-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MTlong-IS_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MTlong-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MTlong-neg_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MTlong-neg_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MTlong-neg_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MTlong-neg_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate1MTlong-neg_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate1MTlong-neg_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT0-IS_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT0-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT0-IS_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT0-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT0-IS_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT0-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT0-neg_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT0-neg_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT0-neg_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT0-neg_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT0-neg_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT0-neg_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT12-IS_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT12-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT12-IS_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT12-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT12-IS_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT12-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT12-neg_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT12-neg_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT12-neg_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT12-neg_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT12-neg_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT12-neg_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT24-IS_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT24-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT24-IS_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT24-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT24-IS_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT24-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT24-neg_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT24-neg_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT24-neg_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT24-neg_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT24-neg_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT24-neg_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT48-IS_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT48-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT48-IS_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT48-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT48-IS_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT48-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT48-neg_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT48-neg_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT48-neg_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT48-neg_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT48-neg_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT48-neg_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT5-IS_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT5-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT5-IS_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT5-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT5-IS_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT5-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT5-neg_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT5-neg_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT5-neg_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT5-neg_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MT5-neg_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MT5-neg_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MTlong-IS_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MTlong-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MTlong-IS_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MTlong-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MTlong-IS_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MTlong-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MTlong-neg_A_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MTlong-neg_A.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MTlong-neg_B_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MTlong-neg_B.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Smp_GBTFate2MTlong-neg_C_neg_HILIC Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_neg/200605_Smp_GBTFate2MTlong-neg_C.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_4uMStdsMix1InH2O_1_neg_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Std_4uMStdsMix1InH2O_1.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_4uMStdsMix1InH2O_2_neg_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Std_4uMStdsMix1InH2O_2.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_4uMStdsMix1InMatrix_1_neg_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Std_4uMStdsMix1InMatrix_1.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_4uMStdsMix1InMatrix_2_neg_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Std_4uMStdsMix1InMatrix_2.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_4uMStdsMix2InH2O_1_neg_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Std_4uMStdsMix2InH2O_1.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_4uMStdsMix2InH2O_2_neg_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Std_4uMStdsMix2InH2O_2.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_4uMStdsMix2InMatrix_1_neg_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Std_4uMStdsMix2InMatrix_1.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_4uMStdsMix2InMatrix_2_neg_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Std_4uMStdsMix2InMatrix_2.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_H2OinMatrix_1_neg_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Std_H2OinMatrix_1.mzXML SUBJECT_SAMPLE_FACTORS - 200605_Std_H2OinMatrix_2_neg_HILIC Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=HILIC; MS instrument=QE HF Orbitrap; MS polarity=neg; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_neg/200605_Std_H2OinMatrix_2.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Blk_GBTFate1MBlk-IS_A_pos_CYANO Sample type:Blank | Dilution factor:1 | Experiment number:1 | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Blk_GBTFate1MBlk-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Blk_GBTFate1MBlk-IS_B_pos_CYANO Sample type:Blank | Dilution factor:1 | Experiment number:1 | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Blk_GBTFate1MBlk-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Blk_GBTFate1MBlk-pos_A_pos_CYANO Sample type:Blank | Dilution factor:1 | Experiment number:1 | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Blk_GBTFate1MBlk-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Blk_GBTFate1MBlk-pos_B_pos_CYANO Sample type:Blank | Dilution factor:1 | Experiment number:1 | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Blk_GBTFate1MBlk-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Poo_TruePooGBT-Full_DDApos20_pos_CYANO Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Poo_TruePooGBT-Full_DDApos20.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Poo_TruePooGBT-Full_DDApos35_pos_CYANO Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Poo_TruePooGBT-Full_DDApos35.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Poo_TruePooGBT-Full_DDApos50_pos_CYANO Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Poo_TruePooGBT-Full_DDApos50.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Poo_TruePooGBT_Full1_pos_CYANO Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Poo_TruePooGBT_Full1.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Poo_TruePooGBT_Full2_pos_CYANO Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Poo_TruePooGBT_Full2.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Poo_TruePooGBT_Full3_pos_CYANO Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Poo_TruePooGBT_Full3.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Poo_TruePooGBT_Full4_pos_CYANO Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Poo_TruePooGBT_Full4.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Poo_TruePooGBT_Full5_pos_CYANO Sample type:Pooled | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Poo_TruePooGBT_Full5.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Poo_TruePooGBT_Half1_pos_CYANO Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Poo_TruePooGBT_Half1.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Poo_TruePooGBT_Half2_pos_CYANO Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Poo_TruePooGBT_Half2.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Poo_TruePooGBT_Half3_pos_CYANO Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Poo_TruePooGBT_Half3.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Poo_TruePooGBT_Half4_pos_CYANO Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Poo_TruePooGBT_Half4.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Poo_TruePooGBT_Half5_pos_CYANO Sample type:Pooled | Dilution factor:0.5 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Poo_TruePooGBT_Half5.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT0-IS_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT0-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT0-IS_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT0-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT0-IS_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT0-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT0-pos_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT0-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT0-pos_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT0-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT0-pos_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:- LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT0-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT12-IS_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT12-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT12-IS_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT12-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT12-IS_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT12-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT12-pos_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT12-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT12-pos_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT12-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT12-pos_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:12 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT12-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT36-IS_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT36-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT36-IS_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT36-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT36-IS_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT36-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT36-pos_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT36-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT36-pos_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT36-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT36-pos_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:36 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT36-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT4-IS_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT4-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT4-IS_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT4-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT4-IS_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT4-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT4-pos_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT4-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT4-pos_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT4-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT4-pos_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:4 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT4-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT50-IS_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT50-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT50-IS_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT50-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT50-IS_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT50-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT50-pos_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT50-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT50-pos_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT50-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT50-pos_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:50 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT50-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT8-IS_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT8-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT8-IS_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT8-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT8-IS_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT8-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT8-pos_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT8-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT8-pos_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT8-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MT8-pos_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:8 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MT8-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MTlong-IS_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MTlong-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MTlong-IS_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MTlong-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MTlong-IS_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MTlong-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MTlong-pos_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MTlong-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MTlong-pos_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MTlong-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate1MTlong-pos_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:1 | Timepoint:96 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate1MTlong-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT0-IS_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT0-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT0-IS_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT0-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT0-IS_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT0-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT0-pos_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT0-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT0-pos_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT0-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT0-pos_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:- LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT0-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT12-IS_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT12-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT12-IS_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT12-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT12-IS_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT12-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT12-pos_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT12-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT12-pos_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT12-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT12-pos_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:12 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT12-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT24-IS_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT24-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT24-IS_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT24-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT24-IS_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT24-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT24-pos_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT24-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT24-pos_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT24-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT24-pos_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:24 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT24-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT48-IS_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT48-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT48-IS_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT48-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT48-IS_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT48-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT48-pos_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT48-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT48-pos_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT48-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT48-pos_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:48 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT48-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT5-IS_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT5-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT5-IS_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT5-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT5-IS_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT5-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT5-pos_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT5-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT5-pos_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT5-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MT5-pos_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:5 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MT5-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MTlong-IS_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MTlong-IS_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MTlong-IS_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MTlong-IS_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MTlong-IS_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=TRUE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MTlong-IS_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MTlong-pos_A_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=A; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MTlong-pos_A.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MTlong-pos_B_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=B; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MTlong-pos_B.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Smp_GBTFate2MTlong-pos_C_pos_CYANO Sample type:Sample | Dilution factor:1 | Experiment number:2 | Timepoint:96 LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=C; RAW_FILE_NAME=mzXMLs_cyano/200612_Smp_GBTFate2MTlong-pos_C.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Std_250nMStdsInH2O_1_pos_CYANO Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Std_250nMStdsInH2O_1.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Std_250nMStdsInH2O_2_pos_CYANO Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Std_250nMStdsInH2O_2.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Std_250nMStdsInMatrix_1_pos_CYANO Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Std_250nMStdsInMatrix_1.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Std_250nMStdsInMatrix_2_pos_CYANO Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Std_250nMStdsInMatrix_2.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Std_H2OinMatrix_1_pos_CYANO Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Std_H2OinMatrix_1.mzXML SUBJECT_SAMPLE_FACTORS - 200612_Std_H2OinMatrix_2_pos_CYANO Sample type:Standard | Dilution factor:1 | Experiment number:NA | Timepoint:NA LC column type=CYANO; MS instrument=QE HF Orbitrap; MS polarity=pos; Has internal standards=FALSE; Triplicate ID=NA; RAW_FILE_NAME=mzXMLs_cyano/200612_Std_H2OinMatrix_2.mzXML SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_1 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_1.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_10 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_10.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_11 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_11.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_12 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_12.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_13 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_13.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_14 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_14.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_15 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_15.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_16 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_16.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_17 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_17.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_18 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_18.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_19 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_19.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_2 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_2.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_20 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_20.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_21 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_21.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_22 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_22.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_23 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_23.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_24 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_24.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_25 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_25.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_26 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_26.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_27 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_27.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_28 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_28.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_29 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_29.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_3 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_3.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_30 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_30.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_31 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_31.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_32 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_32.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_33 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_33.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_34 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_34.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_4 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_4.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_5 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_5.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_6 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_6.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_7 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_7.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_8 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_8.raw SUBJECT_SAMPLE_FACTORS - 190730_Blk_Blk_9 Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Blk_Blk_9.raw SUBJECT_SAMPLE_FACTORS - 190730_Poo_TruePooGBT-K_Full1 Sample type:Pooled | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Poo_TruePooGBT-K_Full1.raw SUBJECT_SAMPLE_FACTORS - 190730_Poo_TruePooGBT-K_Full2 Sample type:Pooled | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Poo_TruePooGBT-K_Full2.raw SUBJECT_SAMPLE_FACTORS - 190730_Poo_TruePooGBT-K_Full3 Sample type:Pooled | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Poo_TruePooGBT-K_Full3.raw SUBJECT_SAMPLE_FACTORS - 190730_Poo_TruePooGBT-K_Half1 Sample type:Pooled | Dilution factor:0.5 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Poo_TruePooGBT-K_Half1.raw SUBJECT_SAMPLE_FACTORS - 190730_Poo_TruePooGBT-K_Half2 Sample type:Pooled | Dilution factor:0.5 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Poo_TruePooGBT-K_Half2.raw SUBJECT_SAMPLE_FACTORS - 190730_Poo_TruePooGBT-K_Half3 Sample type:Pooled | Dilution factor:0.5 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Poo_TruePooGBT-K_Half3.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M0nM_A Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=A; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M0nM_A.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M0nM_B Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M0nM_B.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M0nM_C Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M0nM_C.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M10nM_A Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=A; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M10nM_A.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M10nM_B Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M10nM_B.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M10nM_C Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M10nM_C.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2000nM_A Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=A; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2000nM_A.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2000nM_B Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2000nM_B.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2000nM_C Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2000nM_C.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M200nM_A Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=A; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M200nM_A.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M200nM_B Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M200nM_B.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M200nM_C Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M200nM_C.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_A Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=A; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_A.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_B Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_B.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_B1 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B1; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_B1.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_B10 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B10; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_B10.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_B11 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B11; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_B11.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_B12 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B12; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_B12.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_B13 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B13; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_B13.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_B14 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B14; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_B14.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_B2 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B2; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_B2.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_B3 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B3; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_B3.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_B4 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B4; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_B4.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_B5 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B5; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_B5.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_B6 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B6; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_B6.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_B7 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B7; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_B7.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_B8 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B8; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_B8.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_B9 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B9; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_B9.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M2nM_C Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M2nM_C.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M50nM_A Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=A; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M50nM_A.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M50nM_B Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M50nM_B.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M50nM_C Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M50nM_C.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M5nM_A Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=A; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M5nM_A.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M5nM_B Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M5nM_B.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-M5nM_C Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-M5nM_C.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-MBlk_0 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-MBlk_0.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-MBlk_10 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-MBlk_10.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-MBlk_2 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-MBlk_2.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-MBlk_200 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-MBlk_200.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-MBlk_2000 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-MBlk_2000.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-MBlk_5 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-MBlk_5.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K1-MBlk_50 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K1-MBlk_50.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M0nM_A Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=A; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M0nM_A.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M0nM_B Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M0nM_B.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M0nM_C Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M0nM_C.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M10nM_A Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=A; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M10nM_A.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M10nM_B Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M10nM_B.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M10nM_C Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M10nM_C.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_A Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=A; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_A.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_B Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_B.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_C Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_C.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_C1 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C1; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_C1.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_C10 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C10; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_C10.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_C11 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C11; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_C11.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_C12 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C12; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_C12.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_C13 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C13; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_C13.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_C14 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C14; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_C14.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_C2 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C2; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_C2.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_C3 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C3; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_C3.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_C4 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C4; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_C4.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_C5 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C5; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_C5.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_C6 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C6; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_C6.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_C7 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C7; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_C7.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_C8 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C8; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_C8.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2000nM_C9 Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C9; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2000nM_C9.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M200nM_A Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=A; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M200nM_A.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M200nM_B Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M200nM_B.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M200nM_C Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M200nM_C.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2nM_A Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=A; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2nM_A.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2nM_B Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2nM_B.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M2nM_C Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M2nM_C.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M50nM_A Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=A; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M50nM_A.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M50nM_B Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M50nM_B.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M50nM_C Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M50nM_C.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M5nM_A Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=A; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M5nM_A.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M5nM_B Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=B; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M5nM_B.raw SUBJECT_SAMPLE_FACTORS - 190730_Smp_GBT-K2-M5nM_C Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=C; RAW_FILE_NAME=TQS_data_kinetics/190730_Smp_GBT-K2-M5nM_C.raw SUBJECT_SAMPLE_FACTORS - 190730_Std_HILICMix3-H2O_1 Sample type:Standard | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Std_HILICMix3-H2O_1.raw SUBJECT_SAMPLE_FACTORS - 190730_Std_HILICMix3-H2O_2 Sample type:Standard | Dilution factor:1 | Experiment number:- | Timepoint:NA LC column type=HILIC; MS instrument=Waters TQS triple-quadrupole; MS polarity=pos; Has internal standards=NA; Triplicate ID=NA; RAW_FILE_NAME=TQS_data_kinetics/190730_Std_HILICMix3-H2O_2.raw #COLLECTION CO:COLLECTION_SUMMARY Samples were collected aboard the R/V Kilo Moana in April, 2019. Experiments CO:COLLECTION_SUMMARY were conducted at two stations: station 4 at 41°40.85’ N and 158°3.01’ W, CO:COLLECTION_SUMMARY and station 5 at 37°0.21’ N and 158°0.20’ W, respectively. Water for CO:COLLECTION_SUMMARY samples of the in situ conditions and for the incubation experiments were CO:COLLECTION_SUMMARY collected with Niskin bottles attached to the CTD from 15 m water depth, which CO:COLLECTION_SUMMARY was within the surface mixed layer, in the morning. CO:SAMPLE_TYPE Suspended Marine Particulate Matter CO:COLLECTION_METHOD CTD Niskin Bottle CO:COLLECTION_LOCATION North Pacific CO:VOLUMEORAMOUNT_COLLECTED 2L-10L #TREATMENT TR:TREATMENT_SUMMARY In order to determine the kinetics of GBT (glycine betaine) uptake, whole TR:TREATMENT_SUMMARY seawater was spiked with varying concentrations of 13C5, 15N1-GBT and incubated TR:TREATMENT_SUMMARY for 25–42 minutes. Water was collected into 2 L bottles around 8:00 am local TR:TREATMENT_SUMMARY time for both experiments. In order to minimize the biological transformation of TR:TREATMENT_SUMMARY 13C5, 15N1-GBT into other molecules and to limit the induction of enzymatic TR:TREATMENT_SUMMARY activity, the incubation time with 13C5, 15N1-GBT was kept short. The short TR:TREATMENT_SUMMARY incubation time necessitated that samples be spiked throughout the course of the TR:TREATMENT_SUMMARY day since only six samples could be processed at a time. Before and after the TR:TREATMENT_SUMMARY addition of 13C5, 15N1-GBT, bottles were kept in flow-through incubators with TR:TREATMENT_SUMMARY blue shading to be at in situ temperature and approximately mixed layer light TR:TREATMENT_SUMMARY conditions. Samples were spiked to have final concentrations of 0, 2, 5, 10, 50, TR:TREATMENT_SUMMARY 200, or 2000 nM 13C5, 15N1-GBT. Triplicates of each 13C5, 15N1-GBT concentration TR:TREATMENT_SUMMARY were processed for both experiments, with replicates spread throughout the TR:TREATMENT_SUMMARY sampling period. After incubation with the spiked molecule, seawater was TR:TREATMENT_SUMMARY filtered onto 47 mm diameter, 0.2 µm pore size PTFE (Omnipore) filters using a TR:TREATMENT_SUMMARY peristaltic pump, polycarbonate filter holder, and Masterflex PharMed BPT tubing TR:TREATMENT_SUMMARY (Cole-Parmer). Filtering time was 10–42 minutes with an average time of 22 TR:TREATMENT_SUMMARY minutes. Experimental blanks were collected for each spike concentration during TR:TREATMENT_SUMMARY the northern experiment by collecting filtrate from one replicate of each TR:TREATMENT_SUMMARY treatment and re-filtering filtrate onto a new filter. This provided a measure TR:TREATMENT_SUMMARY of dissolved organic compounds adsorbed onto the filter during processing. TR:TREATMENT_SUMMARY Filters were frozen in liquid nitrogen immediately after filtration and stored TR:TREATMENT_SUMMARY at -80 °C until the filters were extracted using the metabolite extraction TR:TREATMENT_SUMMARY method described in Boysen et al. (2018). For the GBT fate experiments, two time TR:TREATMENT_SUMMARY course incubation experiments were performed, one at each of the stations TR:TREATMENT_SUMMARY described above. For each experiment, 2 L bottles were filled with seawater TR:TREATMENT_SUMMARY collected with the CTD from 15 m depth (within the mixed layer) at approximately TR:TREATMENT_SUMMARY 6:00 am local time. All 2 L bottles were spiked with 500 nM 13C5, 15N1-GBT and TR:TREATMENT_SUMMARY incubated in temperature-controlled incubators at 10 °C and 14 °C for the TR:TREATMENT_SUMMARY north and south experiments, respectively. Samples for the initial timepoint TR:TREATMENT_SUMMARY (T0) were filtered directly after being spiked, resulting in actual incubation TR:TREATMENT_SUMMARY times of approximately 20 minutes. At each time point triplicate 2 L bottles TR:TREATMENT_SUMMARY were sampled for analysis of bacterial and picophytoplankton abundance and TR:TREATMENT_SUMMARY biomass via flow cytometry, metabolites, and total hydrolyzable amino acids. TR:TREATMENT_SUMMARY Timepoints sampled in the north experiment were 0, 4.5, 9, 12.5, 36, 50, and 98 TR:TREATMENT_SUMMARY hours. Timepoints sampled in the south experiment were 0, 6, 13, 25, 51, and 100 TR:TREATMENT_SUMMARY hours. For all samples, incubation time was calculated by taking the difference TR:TREATMENT_SUMMARY between the time the bottle was spiked and the midpoint time of sample TR:TREATMENT_SUMMARY filtration. TR:TREATMENT Isotopically labeled glycine betaine additions to natural seawater TR:TREATMENT_COMPOUND 13C5, 15N1 GBT (glycine betaine labeled with 5 carbon-13 atoms and one TR:TREATMENT_COMPOUND nitrogen-15 atom) TR:TREATMENT_DOSEVOLUME 0, 2, 5, 10, 50, 200, 2000 nM; 500nM TR:TREATMENT_DOSEDURATION 25-42 minutes; 0, 4.5, 6, 9,12.5, 13, 25, 36, 50, 51, 98, 100 hours #SAMPLEPREP SP:SAMPLEPREP_SUMMARY Polar and nonpolar metabolites were extracted using a modified Bligh−Dyer SP:SAMPLEPREP_SUMMARY extraction using 1:1 methanol/water (aqueous phase) and dichloromethane (organic SP:SAMPLEPREP_SUMMARY phase). Methodological blanks were extracted and analyzed along with each sample SP:SAMPLEPREP_SUMMARY set. Each sample was aliquotted into two vials and isotope-labeled internal SP:SAMPLEPREP_SUMMARY standards were added either before or after the extraction to one vial for all SP:SAMPLEPREP_SUMMARY samples, blanks, and pooled samples. To evaluate the effect of obscuring SP:SAMPLEPREP_SUMMARY variation due to different matrix strengths and analytical drift, pooled samples SP:SAMPLEPREP_SUMMARY were run at both full and half concentration (diluted with water) at least three SP:SAMPLEPREP_SUMMARY times throughout a sample set. SP:PROCESSING_STORAGE_CONDITIONS On ice SP:EXTRACTION_METHOD Bligh-Dyer SP:EXTRACT_STORAGE -80℃ #CHROMATOGRAPHY CH:CHROMATOGRAPHY_SUMMARY See protocol wkumler_20211201_100602_PR_CH_CH_Ingalls_Lab_LC_Methods.txt CH:CHROMATOGRAPHY_TYPE HILIC CH:INSTRUMENT_NAME Waters Acquity I-Class CH:COLUMN_NAME SeQuant ZIC-HILIC (150 x 2.1mm, 5um) #ANALYSIS AN:ANALYSIS_TYPE MS #MS MS:INSTRUMENT_NAME Waters Xevo-TQ-S MS:INSTRUMENT_TYPE Triple quadrupole MS:MS_TYPE ESI MS:ION_MODE POSITIVE MS:MS_COMMENTS See protocol PR_MS_Ingalls_Lab_MS_Methods_TQS.txt #MS_METABOLITE_DATA MS_METABOLITE_DATA:UNITS Peak area MS_METABOLITE_DATA_START Samples 190730_Poo_TruePooGBT-K_Full1 190730_Poo_TruePooGBT-K_Full2 190730_Poo_TruePooGBT-K_Full3 190730_Poo_TruePooGBT-K_Half1 190730_Poo_TruePooGBT-K_Half2 190730_Poo_TruePooGBT-K_Half3 190730_Smp_GBT-K1-M0nM_A 190730_Smp_GBT-K1-M0nM_B 190730_Smp_GBT-K1-M0nM_C 190730_Smp_GBT-K1-M10nM_A 190730_Smp_GBT-K1-M10nM_B 190730_Smp_GBT-K1-M10nM_C 190730_Smp_GBT-K1-M2000nM_A 190730_Smp_GBT-K1-M2000nM_B 190730_Smp_GBT-K1-M2000nM_C 190730_Smp_GBT-K1-M200nM_A 190730_Smp_GBT-K1-M200nM_B 190730_Smp_GBT-K1-M200nM_C 190730_Smp_GBT-K1-M2nM_A 190730_Smp_GBT-K1-M2nM_B 190730_Smp_GBT-K1-M2nM_B1 190730_Smp_GBT-K1-M2nM_B10 190730_Smp_GBT-K1-M2nM_B11 190730_Smp_GBT-K1-M2nM_B12 190730_Smp_GBT-K1-M2nM_B13 190730_Smp_GBT-K1-M2nM_B14 190730_Smp_GBT-K1-M2nM_B2 190730_Smp_GBT-K1-M2nM_B3 190730_Smp_GBT-K1-M2nM_B4 190730_Smp_GBT-K1-M2nM_B5 190730_Smp_GBT-K1-M2nM_B6 190730_Smp_GBT-K1-M2nM_B7 190730_Smp_GBT-K1-M2nM_B8 190730_Smp_GBT-K1-M2nM_B9 190730_Smp_GBT-K1-M2nM_C 190730_Smp_GBT-K1-M50nM_A 190730_Smp_GBT-K1-M50nM_B 190730_Smp_GBT-K1-M50nM_C 190730_Smp_GBT-K1-M5nM_A 190730_Smp_GBT-K1-M5nM_B 190730_Smp_GBT-K1-M5nM_C 190730_Smp_GBT-K1-MBlk_0 190730_Smp_GBT-K1-MBlk_10 190730_Smp_GBT-K1-MBlk_2 190730_Smp_GBT-K1-MBlk_200 190730_Smp_GBT-K1-MBlk_2000 190730_Smp_GBT-K1-MBlk_5 190730_Smp_GBT-K1-MBlk_50 190730_Smp_GBT-K2-M0nM_A 190730_Smp_GBT-K2-M0nM_B 190730_Smp_GBT-K2-M0nM_C 190730_Smp_GBT-K2-M10nM_A 190730_Smp_GBT-K2-M10nM_B 190730_Smp_GBT-K2-M10nM_C 190730_Smp_GBT-K2-M2000nM_A 190730_Smp_GBT-K2-M2000nM_B 190730_Smp_GBT-K2-M2000nM_C 190730_Smp_GBT-K2-M2000nM_C1 190730_Smp_GBT-K2-M2000nM_C10 190730_Smp_GBT-K2-M2000nM_C11 190730_Smp_GBT-K2-M2000nM_C12 190730_Smp_GBT-K2-M2000nM_C13 190730_Smp_GBT-K2-M2000nM_C14 190730_Smp_GBT-K2-M2000nM_C2 190730_Smp_GBT-K2-M2000nM_C3 190730_Smp_GBT-K2-M2000nM_C4 190730_Smp_GBT-K2-M2000nM_C5 190730_Smp_GBT-K2-M2000nM_C6 190730_Smp_GBT-K2-M2000nM_C7 190730_Smp_GBT-K2-M2000nM_C8 190730_Smp_GBT-K2-M2000nM_C9 190730_Smp_GBT-K2-M200nM_A 190730_Smp_GBT-K2-M200nM_B 190730_Smp_GBT-K2-M200nM_C 190730_Smp_GBT-K2-M2nM_A 190730_Smp_GBT-K2-M2nM_B 190730_Smp_GBT-K2-M2nM_C 190730_Smp_GBT-K2-M50nM_A 190730_Smp_GBT-K2-M50nM_B 190730_Smp_GBT-K2-M50nM_C 190730_Smp_GBT-K2-M5nM_A 190730_Smp_GBT-K2-M5nM_B 190730_Smp_GBT-K2-M5nM_C 190730_Blk_Blk_1 190730_Blk_Blk_10 190730_Blk_Blk_11 190730_Blk_Blk_12 190730_Blk_Blk_13 190730_Blk_Blk_14 190730_Blk_Blk_15 190730_Blk_Blk_16 190730_Blk_Blk_17 190730_Blk_Blk_18 190730_Blk_Blk_19 190730_Blk_Blk_2 190730_Blk_Blk_20 190730_Blk_Blk_21 190730_Blk_Blk_22 190730_Blk_Blk_23 190730_Blk_Blk_24 190730_Blk_Blk_25 190730_Blk_Blk_26 190730_Blk_Blk_27 190730_Blk_Blk_28 190730_Blk_Blk_29 190730_Blk_Blk_3 190730_Blk_Blk_30 190730_Blk_Blk_31 190730_Blk_Blk_32 190730_Blk_Blk_33 190730_Blk_Blk_34 190730_Blk_Blk_4 190730_Blk_Blk_5 190730_Blk_Blk_6 190730_Blk_Blk_7 190730_Blk_Blk_8 190730_Blk_Blk_9 190730_Std_HILICMix3-H2O_1 190730_Std_HILICMix3-H2O_2 Factors Sample type:Pooled | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Pooled | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Pooled | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Pooled | Dilution factor:0.5 | Experiment number:- | Timepoint:NA Sample type:Pooled | Dilution factor:0.5 | Experiment number:- | Timepoint:NA Sample type:Pooled | Dilution factor:0.5 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Sample | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Blank | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Standard | Dilution factor:1 | Experiment number:- | Timepoint:NA Sample type:Standard | Dilution factor:1 | Experiment number:- | Timepoint:NA 13C5 15N1 Glycine Betaine 233266096 262927184 285640416 139357024 132088344 139100080 4849524 1141670 779057 130402216 67968144 69972336 451316064 569224256 509082816 177134064 248960480 320282496 57769192 42096172 53527312 50904128 50621136 941928064 1856600192 476496480 53691092 49638484 44586164 745904128 1509791744 50979540 50790052 50962160 47233404 163554240 138451952 266580064 35254240 63018296 85266688 525596 2240448 627422 28251838 189342080 1913275 5640853 2788355 3269287 2628349 384389088 218139584 291880448 806444800 775753728 732725824 875331584 874031552 850341120 1765663232 2420792320 1284419200 774154240 777756864 774931136 1449901440 2100035456 883150080 871359488 848825344 582885120 555929344 671507520 228732112 136211696 222897360 408293504 730539072 679672320 335220032 214185056 359037920 NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Glycine Betaine 536177888 614719104 662751168 311542016 311441888 376350912 601024768 686763200 523228832 480856288 402109216 664345088 589434560 663308992 371746624 427158912 491957824 426910560 667053184 353024832 454400960 1169836800 467231712 435258304 409572064 427953536 709284480 952239616 430802080 372366272 372700800 480452448 637036416 797666048 528994176 520198624 390253248 523734496 429021184 628978688 469052384 383026 16482972 32892572 34832632 30343360 16405057 27305164 851100096 477565440 759174464 481668160 716464640 553449664 607900928 480282336 573636480 686740992 1437199104 722639808 754901248 712730176 728132160 882539904 1181443968 634811840 599779264 596667392 716551424 884578816 1033513408 531128480 407022208 887695744 735672576 799528320 838042816 469449056 700230016 523222080 576554816 707696576 828060544 NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA MS_METABOLITE_DATA_END #METABOLITES METABOLITES_START metabolite_name pubchemcode keggcode mz rt polarity LC column type 13C5 15N1 Glycine Betaine NA NA NA NA NA NA Glycine Betaine NA cpd:C00719 118.086804 7.86 pos HILIC METABOLITES_END #END