QuickView for TI-225;jsessionid=6FEB48DB8A7CD8C8E137E6CA07D9D176;jsessionid=31A107C3526FE52C53D5263D19F8AF5D;jsessionid=C28D60E1E0CC2BEFE71AD58DADE1B01C;jsessionid=F3C90643D4B450CC3C55C4ACE6A825A2;jsessionid=B7FC88827E712321509E82878ADAF7BF;jsessionid=07A00075B050CF52EC4F7AF520D52E26;jsessionid=220B76063A9ADE1330CD1C82F02B9688;jsessionid=0982760AF9694AB894F5C8CE2587DE6A;jsessionid=F89FBAB2FFD02C5C906DED10EED91B36;jsessionid=08CE6EBCD688F3DBBEA953391769C293;jsessionid=38E66F45668DFAFAD0A07D5EC99B9184;jsessionid=B532C4143F0CB7E782313613C021D187;jsessionid=610657F404B3026C02BF455037981012;jsessionid=747A83DE1182594C145A4FEC62E39D50;jsessionid=13B65C6A84820238AA8C38F046F668A2 (gene)

1. E3 ubiquitin ligase Hul6 modulates iron-dependent metabolism by regulating Php4 stability.
2. O-GlcNAcylation of E3 ubiquitin ligase SKP2 promotes hepatocellular carcinoma proliferation.
3. Solution structure of the HOIL-1L NZF domain reveals a conformational switch regulating linear ubiqu…
4. E3 ubiquitin ligase RNF2 protects polymerase ι from destabilization.
5. E3 ubiquitin ligase MaRZF1 modulates high temperature-induced green ripening of banana by degrading …

There were no clinical trials for TI-225;jsessionid=6FEB48DB8A7CD8C8E137E6CA07D9D176;jsessionid=31A107C3526FE52C53D5263D19F8AF5D;jsessionid=C28D60E1E0CC2BEFE71AD58DADE1B01C;jsessionid=F3C90643D4B450CC3C55C4ACE6A825A2;jsessionid=B7FC88827E712321509E82878ADAF7BF;jsessionid=07A00075B050CF52EC4F7AF520D52E26;jsessionid=220B76063A9ADE1330CD1C82F02B9688;jsessionid=0982760AF9694AB894F5C8CE2587DE6A;jsessionid=F89FBAB2FFD02C5C906DED10EED91B36;jsessionid=08CE6EBCD688F3DBBEA953391769C293;jsessionid=38E66F45668DFAFAD0A07D5EC99B9184;jsessionid=B532C4143F0CB7E782313613C021D187;jsessionid=610657F404B3026C02BF455037981012;jsessionid=747A83DE1182594C145A4FEC62E39D50;jsessionid=13B65C6A84820238AA8C38F046F668A2