Summary of Study ST002095

This data is available at the NIH Common Fund's National Metabolomics Data Repository (NMDR) website, the Metabolomics Workbench, https://www.metabolomicsworkbench.org, where it has been assigned Project ID PR001328. The data can be accessed directly via it's Project DOI: 10.21228/M82978 This work is supported by NIH grant, U2C- DK119886.

See: https://www.metabolomicsworkbench.org/about/howtocite.php

This study contains a large results data set and is not available in the mwTab file. It is only available for download via FTP as data file(s) here.

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Study IDST002095
Study TitleAddressing batch effects in large-scale metabolomics with augmented experimental design and meta-analysis (Part 1)
Study SummaryNon-polar and polar sequential extracts were collected on three groups of C. elegans: natural isolates, central metabolism mutants, and UDP-glucuronosyltrasnferase mutants. Untargeted LC-MS (HILIC/RP - positive and negative mode) and NMR (CDCl3/H2O) studies were conducted using a Vanquish UHPLC coupled to an Orbitrap Elite MS and NEO 800 MHz Bruker NMR spectrometer, respectively. An augmented design, rank transformation of the raw data, strict feature filtering and QA/QC followed by a meta-analysis was performed on all datasets to demonstrate the benefits of this analysis approach and identify stable, significant features to prioritize for downstream compound identification efforts.
Institute
University of Georgia - Complex Carbohydrate Research Center
LaboratoryEdison Lab
Last NameGarcia
First NameBrianna
Address315 Riverbend Road, Athens, GA, 30602, USA
Emailbrianna.garcia@uga.edu
Phone7065424401
Submit Date2022-02-22
Num Groups3
Total Subjects116
Study CommentsThree study groups of C. elegans strains were used: central metabolism mutants (CMM), UDP-glucuronosyltransferase (UGT) mutants, and natural isolates.
Raw Data AvailableYes
Raw Data File Type(s)fid
Analysis Type DetailNMR
Release Date2022-04-04
Release Version1
Brianna Garcia Brianna Garcia
https://dx.doi.org/10.21228/M82978
ftp://www.metabolomicsworkbench.org/Studies/ application/zip

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Factors:

Subject type: Invertebrate; Subject species: Caenorhabditis elegans (Factor headings shown in green)

mb_sample_id local_sample_id set batch genotype
SA200948aos142_ga_ms2_71 1 CB4856
SA200949aos145_ga_ms2_81 1 CB4856
SA200950aos127_ga_ms2_51 1 CX11314
SA200951aos76_ga_ms2_211 1 CX11314
SA200952aos25_ga_ms2_101 1 CX11314
SA200953aos46_ga_ms2_141 1 DL238
SA200954aos65_ga_ms2_191 1 DL238
SA200955aos50_ga_ms2_161 1 DL238
SA200956aos67_ga_ms2_201 1 N2
SA200957aos48_ga_ms2_151 1 N2
SA200958aos58_ga_ms2_181 1 N2
SA200959aos43_ga_ms4_131 1 PD1074
SA200960aos27_ga_ms3_111 1 PD1074
SA200961aos129_ga_ms2_61 1 PD1074
SA200962aos149_ga_ms2_91 1 PD1074
SA200963aos78_ga_ms4_221 1 PD1074
SA200964aos32_ga_ms2_121 1 RB2011
SA200965aos122_ga_ms2_41 1 RB2011
SA200966solera_31 1 solera
SA200967aos170_ga_ms2_321 2 CB4856
SA200968aos115_gt_ms1_291 2 CB4856
SA200969aos199_ga_ms2_381 2 CX11314
SA200970aos175_ga_ms2_351 2 CX11314
SA200971aos127_ga_ms3_241 2 CX11314
SA200972aos165_ga_ms2_301 2 DL238
SA200973aos192_ga_ms2_371 2 DL238
SA200974aos174_ga_ms2_341 2 DL238
SA200975aos106_co_ms2_251 2 N2
SA200976aos56_ga_ms2_411 2 N2
SA200977aos113_ga_ms1_281 2 PD1074
SA200978aos188_ga_ms3_361 2 PD1074
SA200979aos99_ga_ms2_261 2 PD1074
SA200980aos53_ga_ms2_401 2 PD1074
SA200981aos200_ga_ms2_391 2 PD1074
SA200982aos167_ga_ms3_311 2 PD1074
SA200985pooled_natural_isolate_421 2 pooled_natural_isolate
SA200986pooled_pd1074_431 2 pooled_pd1074
SA200983aos173_ga_ms2_331 2 RB2011
SA200984aos108_ga_ms2_271 2 RB2011
SA200987solera_441 2 solera
SA200988aos86_ga_ms2_652 3 KJ550
SA200989aos28_ga_ms2_532 3 KJ550
SA200990aos69_ga_ms1_642 3 PD1074
SA200991aos43_ga_bku_602 3 PD1074
SA200992aos90_ga_ms3_662 3 PD1074
SA200993aos27_ga_ms4_522 3 PD1074
SA200994aos99_ga_ms2_682 3 PD1074
SA200995aos38_ga_ms2_572 3 PD1074
SA200996aos185_ga_ms2_512 3 PD1074
SA200997aos37_ga_ms2_562 3 RB2347
SA200998aos74_ga_ms2_632 3 RB2347
SA200999aos36_ga_ms2_552 3 RB2347
SA201000aos35_ga_ms2_542 3 RB2550
SA201001aos40_ga_ms2_582 3 RB2550
SA201002aos71_ga_ms2_622 3 RB2550
SA201006solera_492 3 solera
SA201003aos98_ga_ms2_672 3 VC1265
SA201004aos42_ga_ms2_592 3 VC1265
SA201005aos184_ga_ms2_502 3 VC1265
SA201007aos109_ga_ms2_812 4 KJ550
SA201008aos100_ga_ms2_732 4 KJ550
SA201009aos134_ga_ms2_862 4 KJ550
SA201010aos140_ga_ms3_872 4 PD1074
SA201011aos113_ga_ms1_842 4 PD1074
SA201012aos180_ga_ms2_892 4 PD1074
SA201013aos92_ga_ms2_772 4 PD1074
SA201014aos87_co_ms3_722 4 PD1074
SA201015aos107_ga_bku_802 4 PD1074
SA201027pooled_mutant_902 4 pooled_mutant
SA201028pooled_pd1074_912 4 pooled_pd1074
SA201016aos95_ga_ms2_792 4 RB2347
SA201017aos116_ga_ms2_832 4 RB2347
SA201018aos171_ga_ms2_882 4 RB2347
SA201019aos82_ga_ms2_752 4 RB2347
SA201020aos81_ga_ms2_712 4 RB2550
SA201021aos111_ga_ms2_822 4 RB2550
SA201022aos96_ga_ms2_742 4 RB2550
SA201029solera_922 4 solera
SA201023aos84_ga_ms2_762 4 VC1265
SA201024aos73_ga_ms2_702 4 VC1265
SA201025aos125_ga_ms2_852 4 VC1265
SA201026aos93_ga_ms2_782 4 VC1265
SA201030aos79_ga_ms2_1163 5 AUM2073
SA201031aos51_ga_ms2_1093 5 AUM2073
SA201032aos91_ga_ms2_1193 5 AUM2073
SA201033aos75_ga_ms4_1153 5 PD1074
SA201034aos41_ga_ms2_1043 5 PD1074
SA201035aos44_ga_ms2_1063 5 PD1074
SA201036aos69_ga_ms3_1143 5 PD1074
SA201037aos87_ga_ms3_1183 5 PD1074
SA201038aos196_ga_ms2_1013 5 PD1074
SA201039aos181_ga_ms2_993 5 PD1074
SA201040aos83_ga_ms2_1173 5 RB2055
SA201041aos26_ga_ms2_1023 5 RB2055
SA201042aos45_ga_ms2_1103 5 RB2055
SA201051solera_973 5 solera
SA201043aos39_ga_ms2_1033 5 UGT49
SA201044aos49_ga_ms2_1083 5 UGT49
SA201045aos66_ga_ms2_1123 5 UGT60
SA201046aos33_ga_ms2_1053 5 UGT60
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