Additional file 24: Figure S13. of A multi-omic analysis of human naĂŻve CD4+ T cells
- Christopher Mitchell (3253833)
- Derese Getnet (174411)
- Min-Sik Kim (421554)
- Srikanth Manda (3427979)
- Praveen Kumar (8242)
- Tai-Chung Huang (841150)
- Sneha Pinto (3427976)
- Raja Nirujogi (3427955)
- Mio Iwasaki (2007559)
- Patrick Shaw (2904647)
- Xinyan Wu (314562)
- Jun Zhong (236780)
- Raghothama Chaerkady (156766)
- Arivusudar Marimuthu (265325)
- Babylakshmi Muthusamy (2131045)
- Nandini Sahasrabuddhe (3427958)
- Rajesh Raju (771787)
- Caitlyn Bowman (3427973)
- Ludmila Danilova (3427982)
- Jevon Cutler (3427964)
- Dhanashree Kelkar (1590292)
- Charles Drake (3427961)
- T. Prasad (3427985)
- Luigi Marchionni (363972)
- Peter Murakami (171557)
- Alan Scott (3427967)
- Leming Shi (22343)
- Jean Thierry-Mieg (2989)
- Danielle Thierry-Mieg (2990)
- Rafael Irizarry (6337)
- Leslie Cope (49815)
- Yasushi Ishihama (44929)
- Charles Wang (242565)
- Harsha Gowda (1321746)
- Akhilesh Pandey (14293)
Publication date
November 2015
DOIAbstract
Cell surface proteins of naĂŻve CD4+ T cells and their expression compared to resting memory CD4+ T cells (A) Cell surface proteins found in this study are compared against those found by Graessel et al. (B) iTRAQ measurements within this study are shown for cell surface proteins that Graessel et al. found to be increased in activated naĂŻve CD4+ T cells. (PDF 75 kb
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