Fadel A. Samatey Group: Difference between revisions
Jump to navigation
Jump to search
Eric Martz (talk | contribs) |
|||
| Line 17: | Line 17: | ||
Samatey joined OIST in 2007. | Samatey joined OIST in 2007. | ||
<table align="right" width="240" ><tr><td rowspan="2"> </td><td>[[Image:Samatey-FlgA-Align02a-321px-sh.gif]]</td></tr><tr><td>EXPLAIN HERE. See it in [[User:Fadel_A._Samatey/FlgA_I|interactive 3D]].</td></tr></table> | |||
<ref group="xtra">PMID: 27273476</ref><references group="xtra" /> | <ref group="xtra">PMID: 27273476</ref><references group="xtra" /> | ||
:<table style="background: #d0ffd0;padding: 6px;"><tr><td>The bacterial flagellar P-ring is located in the periplasm and is important for the externalization of the bacterial flagellum in Gram-negative bacteria. FlgA is a protein that regulates the assembly of the P-ring. Deletion of ''flgA'' gene leads to non-flagellated cells. This study showed that it is possible, by reducing the flexibility of FlgA, to block the formation of the flagellum.[[User:Fadel_A._Samatey/FlgA_I| See results in interactive 3D]]. </td></tr></table> | :<table style="background: #d0ffd0;padding: 6px;"><tr><td>The bacterial flagellar P-ring is located in the periplasm and is important for the externalization of the bacterial flagellum in Gram-negative bacteria. FlgA is a protein that regulates the assembly of the P-ring. Deletion of ''flgA'' gene leads to non-flagellated cells. This study showed that it is possible, by reducing the flexibility of FlgA, to block the formation of the flagellum.[[User:Fadel_A._Samatey/FlgA_I| See results in interactive 3D]]. </td></tr></table> | ||