General Information
- Project ID
- OEP003800
- Project Name
- The targets study of HDCA in ameliorating NAFLD induced by high-calories diet by multi-omics technology.
- Description
- HDCA supplementation ameliorated diet-induced NAFLD in C57 wild type mice. In attempt to comprehensively understand the molecular mechanism occurring during the protective effect of HDCA, transcriptomic and proteomic profiles of mouse liver were first analyzed utilizing RNA-Sequencing and Tandem Mass Tag-based quantitative proteomic approach, respectively. Then, we screened for potential HDCA binding proteins by using biotin-labeled HDCA and human proteome microarray.
Project information
- Experiments
- 2
- Samples
- 19
Sample ID Sample Name Sample Subject Type Organism Tissue Create Date OES290567 Con1 Animalia Mus musculus liver 2022-12-21 OES290568 Con2 Animalia Mus musculus liver 2022-12-21 OES290569 Con3 Animalia Mus musculus liver 2022-12-21 OES290570 Con4 Animalia Mus musculus liver 2022-12-21 OES290571 Con5 Animalia Mus musculus liver 2022-12-21 OES290572 Con6 Animalia Mus musculus liver 2022-12-21 OES290573 HFHS1 Animalia Mus musculus liver 2022-12-21 OES290574 HFHS2 Animalia Mus musculus liver 2022-12-21 OES290575 HFHS3 Animalia Mus musculus liver 2022-12-21 OES290576 HFHS4 Animalia Mus musculus liver 2022-12-21 OES290577 HFHS5 Animalia Mus musculus liver 2022-12-21 OES290578 HFHS6 Animalia Mus musculus liver 2022-12-21 OES290579 HDCA1 Animalia Mus musculus liver 2022-12-21 OES290580 HDCA2 Animalia Mus musculus liver 2022-12-21 OES290581 HDCA3 Animalia Mus musculus liver 2022-12-21 OES290582 HDCA4 Animalia Mus musculus liver 2022-12-21 OES290583 HDCA5 Animalia Mus musculus liver 2022-12-21 OES290584 HDCA6 Animalia Mus musculus liver 2022-12-21 OES290595 Mix Animalia Mus musculus liver 2022-12-21 - Runs
-
19
Run ID Run Name Experiment Sample Data Num Create Date OER376611 Con1 OEX021152 OES290567 2 2022-12-22 OER376612 Con2 OEX021152 OES290568 2 2022-12-22 OER376613 Con3 OEX021152 OES290569 2 2022-12-22 OER376614 Con4 OEX021152 OES290570 2 2022-12-22 OER376615 Con5 OEX021152 OES290571 2 2022-12-22 OER376616 Con6 OEX021152 OES290572 2 2022-12-22 OER376617 HDCA1 OEX021152 OES290579 2 2022-12-22 OER376618 HDCA2 OEX021152 OES290580 2 2022-12-22 OER376619 HDCA3 OEX021152 OES290581 2 2022-12-22 OER376620 HDCA4 OEX021152 OES290582 2 2022-12-22 OER376621 HDCA5 OEX021152 OES290583 2 2022-12-22 OER376622 HDCA6 OEX021152 OES290584 2 2022-12-22 OER376623 HFHS1 OEX021152 OES290573 2 2022-12-22 OER376624 HFHS2 OEX021152 OES290574 2 2022-12-22 OER376625 HFHS3 OEX021152 OES290575 2 2022-12-22 OER376626 HFHS4 OEX021152 OES290576 2 2022-12-22 OER376627 HFHS5 OEX021152 OES290577 2 2022-12-22 OER376628 HFHS6 OEX021152 OES290578 2 2022-12-22 OER376610 QE_TMT10 OEX021153 OES290595 17 2022-12-22 - Analysis
-
1
Analysis ID Analysis Title Analysis Type Data Date OEZ014266 human proteome microarray De Novo Assembly 1 2023-08-12
Author Information
- Create Date
- 2022-12-21
- Last Modified
- 2023-08-16
- Submission
- Jing Zhong
- Shanghai University of Traditional Chinese Medicine