QuickView for YDL145C;jsessionid=5DDEF1091492DBC91D2438A4859F680D;jsessionid=FF1CEE0B17272EA6BE9109CC16C6C507;jsessionid=14002C5710C61C5E7E4B89445CBD2E97;jsessionid=F9FF8397ABB5E6DC378E514284676D94;jsessionid=2AF53D5422AA2D3D1EE2823A6C892FB6;jsessionid=86071B449A522D9AA580ADD02E366241;jsessionid=F60369B10FCBEA09A779568648A0B1A5;jsessionid=81BCC6C1B035A59DDDF07F22C0316213 (gene)

1. COPI coatomer subunit α-COP interacts with the RNA binding protein Nucleolin via a C-terminal dilysi…
2. Mutations in the COPI coatomer subunit α-COP induce release of Aβ-42 and amyloid precursor protein i…
3. Xenin delays gastric emptying rate and activates the brainstem in mice.
4. Xenin and Related Peptides: Potential Therapeutic Role in Diabetes and Related Metabolic Disorders.
5. Xenin, a gastrointestinal peptide, regulates feeding independent of the melanocortin signaling pathw…

There were no clinical trials for YDL145C;jsessionid=5DDEF1091492DBC91D2438A4859F680D;jsessionid=FF1CEE0B17272EA6BE9109CC16C6C507;jsessionid=14002C5710C61C5E7E4B89445CBD2E97;jsessionid=F9FF8397ABB5E6DC378E514284676D94;jsessionid=2AF53D5422AA2D3D1EE2823A6C892FB6;jsessionid=86071B449A522D9AA580ADD02E366241;jsessionid=F60369B10FCBEA09A779568648A0B1A5;jsessionid=81BCC6C1B035A59DDDF07F22C0316213