Summary of Study ST001726
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 PR001106. The data can be accessed directly via it's Project DOI: 10.21228/M8R395 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 | ST001726 |
| Study Title | Long term metabolomics refrence material |
| Study Type | nmr metabolomics reference material method |
| Study Summary | Description of a novel method for the production of stable sustainable long term Biologic reference materials. |
| Institute | University of Georgia |
| Department | Complex carbohydrate research Center (CCRC) |
| Laboratory | Edison Lab |
| Last Name | Gouveia |
| First Name | Goncalo Jorge Peres |
| Address | 550, Apt 4, willow str, apt 4 |
| goncalog@uga.edu | |
| Phone | 7063087500 |
| Submit Date | 2021-03-05 |
| Num Groups | 2 |
| Total Subjects | 63 |
| Raw Data Available | Yes |
| Raw Data File Type(s) | ft |
| Analysis Type Detail | NMR |
| Release Date | 2021-03-31 |
| Release Version | 1 |
Select appropriate tab below to view additional metadata details:
Factors:
Subject type: Bacteria; Subject species: Escherichia coli (Factor headings shown in green)
| mb_sample_id | local_sample_id | sample_type |
|---|---|---|
| SA162388 | solera_NMR_D2O_44 | IBAT |
| SA162389 | solera_NMR_D2O_49 | IBAT |
| SA162390 | solera_NMR_D2O_144 | IBAT |
| SA162391 | solera_NMR_D2O_3 | IBAT |
| SA162392 | solera_NMR_D2O_97 | IBAT |
| SA162393 | solera_NMR_D2O_92 | IBAT |
| SA162394 | GG_1_5a | IBAT_batch1 |
| SA162395 | GG_1_5b | IBAT_batch1 |
| SA162396 | GG_1_5c | IBAT_batch1 |
| SA162397 | GG_10_3a | IBAT_batch10 |
| SA162398 | GG_10_3b | IBAT_batch10 |
| SA162399 | GG_10_3c | IBAT_batch10 |
| SA162400 | GG_2_6a | IBAT_batch2 |
| SA162401 | GG_2_6b | IBAT_batch2 |
| SA162402 | GG_2_6c | IBAT_batch2 |
| SA162403 | GG_3_7a | IBAT_batch3 |
| SA162404 | GG_3_7c | IBAT_batch3 |
| SA162405 | GG_3_7b | IBAT_batch3 |
| SA162406 | GG_4_8b | IBAT_batch4 |
| SA162407 | GG_4_8a | IBAT_batch4 |
| SA162408 | GG_4_8c | IBAT_batch4 |
| SA162409 | GG_5_9c | IBAT_batch5 |
| SA162410 | GG_5_9b | IBAT_batch5 |
| SA162411 | GG_5_9a | IBAT_batch5 |
| SA162412 | GG_6_10c | IBAT_batch6 |
| SA162413 | GG_6_10b | IBAT_batch6 |
| SA162414 | GG_6_10a | IBAT_batch6 |
| SA162415 | GG_7_11b | IBAT_batch7 |
| SA162416 | GG_7_11a | IBAT_batch7 |
| SA162417 | GG_7_11c | IBAT_batch7 |
| SA162418 | GG_8_1b | IBAT_batch8 |
| SA162419 | GG_8_1a | IBAT_batch8 |
| SA162420 | GG_8_1c | IBAT_batch8 |
| SA162421 | GG_9_2b | IBAT_batch9 |
| SA162422 | GG_9_2c | IBAT_batch9 |
| SA162423 | GG_9_2a | IBAT_batch9 |
| SA162465 | GG_1b | individual batch1 |
| SA162466 | GG_1c | individual batch1 |
| SA162467 | GG_1a | individual batch1 |
| SA162468 | GG_10c | individual batch10 |
| SA162469 | GG_10b | individual batch10 |
| SA162470 | GG_10a | individual batch10 |
| SA162471 | GG_11c | individual batch11 |
| SA162472 | GG_11a | individual batch11 |
| SA162473 | GG_11b | individual batch11 |
| SA162474 | GG_2b | individual batch2 |
| SA162475 | GG_2c | individual batch2 |
| SA162476 | GG_2a | individual batch2 |
| SA162477 | GG_3a | individual batch3 |
| SA162478 | GG_3c | individual batch3 |
| SA162479 | GG_3b | individual batch3 |
| SA162480 | GG_4c | individual batch4 |
| SA162481 | GG_4b | individual batch4 |
| SA162482 | GG_4a | individual batch4 |
| SA162483 | GG_5c | individual batch5 |
| SA162484 | GG_5b | individual batch5 |
| SA162485 | GG_5a | individual batch5 |
| SA162486 | GG_6b | individual batch6 |
| SA162487 | GG_6a | individual batch6 |
| SA162488 | GG_6c | individual batch6 |
| SA162489 | GG_7c | individual batch7 |
| SA162490 | GG_7b | individual batch7 |
| SA162491 | GG_7a | individual batch7 |
| SA162492 | GG_8c | individual batch8 |
| SA162493 | GG_8b | individual batch8 |
| SA162494 | GG_8a | individual batch8 |
| SA162495 | GG_9a | individual batch9 |
| SA162496 | GG_9b | individual batch9 |
| SA162497 | GG_9c | individual batch9 |
| SA162424 | aos185_ga_ms2_NMR_D2O_51 | PD1074 |
| SA162425 | aos113_ga_ms1_NMR_D2O_28 | PD1074 |
| SA162426 | aos149_ga_ms2_NMR_D2O_9 | PD1074 |
| SA162427 | aos188_ga_ms3_NMR_D2O_36 | PD1074 |
| SA162428 | aos27_ga_ms3_NMR_D2O_11 | PD1074 |
| SA162429 | aos129_ga_ms2_NMR_D2O_6 | PD1074 |
| SA162430 | aos167_ga_ms3_NMR_D2O_31 | PD1074 |
| SA162431 | aos53_ga_ms2_NMR_D2O_40 | PD1074 |
| SA162432 | aos27_ga_ms4_NMR_D2O_52 | PD1074 |
| SA162433 | aos43_ga_ms4_NMR_D2O_13 | PD1074 |
| SA162434 | aos113_ga_ms1_NMR_D2O_84 | PD1074 |
| SA162435 | aos107_ga_bku_NMR_D2O_80 | PD1074 |
| SA162436 | aos140_ga_ms3_NMR_D2O_87 | PD1074 |
| SA162437 | aos180_ga_ms2_NMR_D2O_89 | PD1074 |
| SA162438 | aos196_ga_ms2_NMR_D2O_101 | PD1074 |
| SA162439 | aos181_ga_ms2_NMR_D2O_99 | PD1074 |
| SA162440 | aos92_ga_ms2_NMR_D2O_77 | PD1074 |
| SA162441 | aos87_co_ms3_NMR_D2O_72 | PD1074 |
| SA162442 | aos43_ga_bku_NMR_D2O_60 | PD1074 |
| SA162443 | aos38_ga_ms2_NMR_D2O_57 | PD1074 |
| SA162444 | aos54_ga_bku2_NMR_D2O_61 | PD1074 |
| SA162445 | aos69_ga_ms1_NMR_D2O_64 | PD1074 |
| SA162446 | aos99_ga_ms2_NMR_D2O_68 | PD1074 |
| SA162447 | aos90_ga_ms3_NMR_D2O_66 | PD1074 |
| SA162448 | aos41_ga_ms2_NMR_D2O_104 | PD1074 |
| SA162449 | aos44_ga_ms2_NMR_D2O_106 | PD1074 |
| SA162450 | aos198_ga_ms2_NMR_D2O_137 | PD1074 |
| SA162451 | aos196_ga_ms3_NMR_D2O_135 | PD1074 |
| SA162452 | aos99_ga_ms2_NMR_D2O_141 | PD1074 |
| SA162453 | aos99_ga_ms2_NMR_D2O_26 | PD1074 |
| SA162454 | aos54_ga_bku_NMR_D2O_17 | PD1074 |
