General Information
- Project ID
- OEP002600
- Project Name
- Setd2 supports GATA3+ST2+ thymic-derived Tregs and suppress intestinal inflammation
- Description
- Our findings provide mechanistic insights into the regulation of Tregs and intestinal immunity by Setd2
- Publications
-
Setd2 supports GATA3+ST2+ thymic-derived Treg cells and suppresses intestinal inflammation
Ding Z, Cai T, Tang J, et al. Setd2 supports GATA3+ST2+ thymic-derived Treg cells and suppresses intestinal inflammation. Nat Commun. 2022;13(1):7468. Published 2022 Dec 3.
(PMID: 36463230) (DOI: 10.1038/s41467-022-35250-0)
Project information
- Experiments
- 2
- Samples
- 15
Sample ID Sample Name Sample Subject Type Organism Tissue Create Date OES111110 mouse spleen polII CUT&Tag sample1 Animalia Mus musculus spleen 2021-08-11 OES111111 mouse spleen polII CUT&Tag sample2 Animalia Mus musculus spleen 2021-08-11 OES111112 mouse spleen polII CUT&Tag sample3 Animalia Mus musculus spleen 2021-08-11 OES111113 mouse spleen polII CUT&Tag sample4 Animalia Mus musculus spleen 2021-08-11 OES111114 mouse spleen polII CUT&Tag sample5 Animalia Mus musculus spleen 2021-08-11 OES111115 mouse LI H3K27ac CUT&Tag sample1 Animalia Mus musculus LI 2021-08-11 OES111116 mouse LI H3K27ac CUT&Tag sample2 Animalia Mus musculus LI 2021-08-11 OES111117 mouse LI H3K27ac CUT&Tag sample3 Animalia Mus musculus LI 2021-08-11 OES111118 mouse LI H3K27ac CUT&Tag sample4 Animalia Mus musculus LI 2021-08-11 OES111119 mouse LI H3K27ac CUT&Tag sample5 Animalia Mus musculus LI 2021-08-11 OES111120 mouse SP H3K36me3 CHIP sample1 Animalia Mus musculus spleen 2021-08-11 OES111121 mouse LI H3K36me3 CHIP sample2 Animalia Mus musculus LI 2021-08-11 OES111122 mouse SP H3K36me3 CHIP sample3 Animalia Mus musculus spleen 2021-08-11 OES111123 mouse LI RNA-seq crtl Animalia Mus musculus LI 2021-08-11 OES111124 mouse LI RNA-seq KO Animalia Mus musculus LI 2021-08-11 - Runs
-
17
Run ID Run Name Experiment Sample Data Num Create Date OER219960 mouse spleen ctrl1 OEX014368 OES111110 2 2021-08-11 OER219961 mouse spleen IgG OEX014368 OES111114 2 2021-08-11 OER219962 mouse spleen KO1 OEX014368 OES111112 2 2021-08-11 OER219963 mouse spleen ctrl2 OEX014368 OES111111 2 2021-08-11 OER219964 mouse spleen KO2 OEX014368 OES111113 2 2021-08-11 OER219965 mouse LI ctrl1 OEX014368 OES111115 2 2021-08-11 OER219966 mouse LI crtl2 OEX014368 OES111116 2 2021-08-11 OER219967 mouse LI KO1 OEX014368 OES111117 2 2021-08-11 OER219968 mouse LI KO2 OEX014368 OES111118 2 2021-08-11 OER219969 mouse LI IgG OEX014368 OES111119 2 2021-08-11 OER219970 mouse spleen WT OEX014368 OES111120 1 2021-08-11 OER219971 mouse LI WT OEX014368 OES111121 1 2021-08-11 OER219972 mouse spleen input OEX014368 OES111122 1 2021-08-11 OER219973 mouse LI RNA-seq ctrl1 OEX014369 OES111123 2 2021-08-11 OER219974 mouse LI RNA-seq ctrl2 OEX014369 OES111123 2 2021-08-11 OER219975 mouse LI RNA-seq KO1 OEX014369 OES111124 2 2021-08-11 OER219976 mouse LI RNA-seq KO2 OEX014369 OES111124 2 2021-08-11
Author Information
- Create Date
- 2021-08-11
- Last Modified
- 2022-12-13
- Submission
- Ju Qiu
- Shanghai Institute of Nutrition and Health,Chinese Academy of Sciences