Published on 01 January 2020

Additional file 2 of Comparative analysis of differentially abundant proteins quantified by LC–MS/MS between flash frozen and laser microdissected OCT-embedded breast tumor samples

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Sturtz, Lori A.;Guisong Wang;Shah, Punit;Searfoss, Richard;Praveen-Kumar Raj-Kumar;Hooke, Jeffrey A.;J. Leigh Fantacone-Campbell;Deyarmin, Brenda;Cutler, Mary Lou;Rangaprasad Sarangarajan;Niven R. Narain;Hu, Hai;Kiebish, Michael A.;Kovatich, Albert J.;Shriver, Craig D.

Description

Additional file 2: Table S1. Percentage of tumor and stroma in each OCT/LMD sample before and after laser microdissection. Table S2. Number of proteins quantified in each sample. Table S3. Differentially expressed proteins between FF/HOM and OCT/LMD-T. Table S4. Differentially expressed proteins between FF/HOM and OCT/LMD-TS. Table S5. Differentially expressed proteins common between FF/HOM vs OCT/LMD-T and FF/HOM vs. OCT/LMD-TS. Table S6. Differentially enriched GO Terms between FF/HOM and OCT/LMD-T. Table S7. Differentially enriched GO Terms between FF/HOM and OCT/LMD-TS. Table S8. Differentially enriched GO Terms common between FF/HOM vs OCT/LMD-T and FF/HOM vs. OCT/LMD-TS. Table S9. Non-significant differentially expressed proteins between OCT/LMD-T and OCT/LMD-TS. Table S10. Non-significant differentially enriched GO Terms between OCT/LMD-T and OCT/LMD-TS. Table S11. Trended differentially expressed proteins between OCT/LMD-T and OCT/LMD-TS using paired analysis. Table S12. Differentially enriched GO Terms between OCT/LMD-T and OCT/LMD-TS using paired analysis. Table S13. Select stroma-associated GO terms from Table S12 and the proteins from Table S11 that map to them.

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0.2

FAIR Score

13%

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Publication Details

DOI

Publisher

figshare

Assigned Domain

Subfield

Spectroscopy

Field

Chemistry

Domain

Physical Sciences

Confidence Score

100%

Source

Open Alex

Keywords

BiophysicsBiochemistry29999 Physical Sciences not elsewhere classifiedFOS: Physical sciencesMedicineCell BiologyGeneticsFOS: Biological sciencesMolecular BiologyCancerInorganic ChemistryFOS: Chemical sciences

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26.92

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1.00

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1.00