Summary of Study ST002702

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 PR001673. The data can be accessed directly via it's Project DOI: 10.21228/M8FQ4P 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.

Study ID	ST002702
Study Title	A targeted metabolomics approach for sepsis-induced ARDS and its subphenotypes
Study Summary	Acute respiratory distress syndrome (ARDS) is etiologically and clinically a heterogeneous disease. Its diagnostic characteristics and subtype classification, and the application of these features to treatment, have been of considerable interest. Metabolomics is becoming important for identifying ARDS biology and distinguishing its subtypes. This study aimed to identify metabolites that could distinguish sepsis-induced ARDS patients from non-ARDS controls, using a targeted metabolomics approach, and to identify whether sepsis-induced direct and sepsis-induced indirect ARDS are metabolically distinct groups, and if so, confirm their metabolites and associated pathways.
Institute	Asan Medical Center
Last Name	Yoo
First Name	Hyun Ju
Address	88, Olympic-ro 43-gil, Songpa-gu
Email	d131108@ulsan.ac.kr
Phone	0230104029
Submit Date	2023-05-15
Raw Data Available	Yes
Raw Data File Type(s)	OTHER
Analysis Type Detail	GC-MS/LC-MS
Release Date	2023-07-06
Release Version	1

Select appropriate tab below to view additional metadata details:

Factors:

Subject type: Human; Subject species: Homo sapiens (Factor headings shown in green)

mb_sample_id	local_sample_id	Factor
SA270931	Normal_1_S1P	Control
SA270932	D_Serum_2_AminoAcids	Control
SA270933	D_Serum_4_AminoAcids	Control
SA270934	Normal_30_FFA	Control
SA270935	D_Serum_3_AminoAcids	Control
SA270936	Normal_28_FFA	Control
SA270937	Normal_25_FFA	Control
SA270938	Normal_26_FFA	Control
SA270939	Normal_27_FFA	Control
SA270940	D_Serum_5_AminoAcids	Control
SA270941	Normal_29_FFA	Control
SA270942	D_Serum_6_AminoAcids	Control
SA270943	D_Serum_12_AminoAcids	Control
SA270944	D_Serum_13_AminoAcids	Control
SA270945	D_Serum_14_AminoAcids	Control
SA270946	D_Serum_15_AminoAcids	Control
SA270947	D_Serum_11_AminoAcids	Control
SA270948	D_Serum_10_AminoAcids	Control
SA270949	D_Serum_7_AminoAcids	Control
SA270950	D_Serum_8_AminoAcids	Control
SA270951	D_Serum_9_AminoAcids	Control
SA270952	Normal_24_FFA	Control
SA270953	Normal_23_FFA	Control
SA270954	Normal_8_FFA	Control
SA270955	Normal_9_FFA	Control
SA270956	Normal_10_FFA	Control
SA270957	Normal_11_FFA	Control
SA270958	Normal_7_FFA	Control
SA270959	Normal_6_FFA	Control
SA270960	Normal_3_FFA	Control
SA270961	Normal_4_FFA	Control
SA270962	Normal_5_FFA	Control
SA270963	Normal_12_FFA	Control
SA270964	Normal_13_FFA	Control
SA270965	Normal_19_FFA	Control
SA270966	Normal_20_FFA	Control
SA270967	Normal_21_FFA	Control
SA270968	Normal_22_FFA	Control
SA270969	Normal_18_FFA	Control
SA270970	Normal_17_FFA	Control
SA270971	Normal_14_FFA	Control
SA270972	Normal_15_FFA	Control
SA270973	Normal_16_FFA	Control
SA270974	D_Serum_16_AminoAcids	Control
SA270975	D_Serum_18_AminoAcids	Control
SA270976	D_Serum_16_EnergyMetabolism	Control
SA270977	D_Serum_17_EnergyMetabolism	Control
SA270978	D_Serum_18_EnergyMetabolism	Control
SA270979	D_Serum_19_EnergyMetabolism	Control
SA270980	D_Serum_15_EnergyMetabolism	Control
SA270981	D_Serum_14_EnergyMetabolism	Control
SA270982	D_Serum_10_EnergyMetabolism	Control
SA270983	D_Serum_11_EnergyMetabolism	Control
SA270984	D_Serum_12_EnergyMetabolism	Control
SA270985	D_Serum_13_EnergyMetabolism	Control
SA270986	D_Serum_20_EnergyMetabolism	Control
SA270987	D_Serum_21_EnergyMetabolism	Control
SA270988	D_Serum_27_EnergyMetabolism	Control
SA270989	D_Serum_28_EnergyMetabolism	Control
SA270990	D_Serum_29_EnergyMetabolism	Control
SA270991	D_Serum_30_EnergyMetabolism	Control
SA270992	D_Serum_26_EnergyMetabolism	Control
SA270993	D_Serum_25_EnergyMetabolism	Control
SA270994	D_Serum_22_EnergyMetabolism	Control
SA270995	D_Serum_23_EnergyMetabolism	Control
SA270996	D_Serum_24_EnergyMetabolism	Control
SA270997	D_Serum_9_EnergyMetabolism	Control
SA270998	D_Serum_8_EnergyMetabolism	Control
SA270999	D_Serum_23_AminoAcids	Control
SA271000	D_Serum_24_AminoAcids	Control
SA271001	D_Serum_25_AminoAcids	Control
SA271002	D_Serum_26_AminoAcids	Control
SA271003	D_Serum_22_AminoAcids	Control
SA271004	D_Serum_21_AminoAcids	Control
SA271005	Normal_2_FFA	Control
SA271006	D_Serum_19_AminoAcids	Control
SA271007	D_Serum_20_AminoAcids	Control
SA271008	D_Serum_27_AminoAcids	Control
SA271009	D_Serum_28_AminoAcids	Control
SA271010	D_Serum_4_EnergyMetabolism	Control
SA271011	D_Serum_5_EnergyMetabolism	Control
SA271012	D_Serum_6_EnergyMetabolism	Control
SA271013	D_Serum_7_EnergyMetabolism	Control
SA271014	D_Serum_3_EnergyMetabolism	Control
SA271015	D_Serum_2_EnergyMetabolism	Control
SA271016	D_Serum_29_AminoAcids	Control
SA271017	D_Serum_30_AminoAcids	Control
SA271018	D_Serum_1_EnergyMetabolism	Control
SA271019	D_Serum_17_AminoAcids	Control
SA271020	D_Serum_1_AminoAcids	Control
SA271021	Normal_12_S1P	Control
SA271022	Normal_11_S1P	Control
SA271023	Normal_13_S1P	Control
SA271024	Normal_14_S1P	Control
SA271025	Normal_16_S1P	Control
SA271026	Normal_15_S1P	Control
SA271027	Normal_10_S1P	Control
SA271028	Normal_9_S1P	Control
SA271029	Normal_5_S1P	Control
SA271030	Normal_4_S1P	Control