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Sandbox Reserved 2
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(Difference between revisions)
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2.it appears to be soluble because<scene name='Sandbox_Reserved_2/3cyy_polar/1'> there are so much polar residues in surface</scene> | 2.it appears to be soluble because<scene name='Sandbox_Reserved_2/3cyy_polar/1'> there are so much polar residues in surface</scene> | ||
| - | 3.<scene name='Sandbox_Reserved_2/3cyy_tyr/ | + | 3.<scene name='Sandbox_Reserved_2/3cyy_tyr/2'>Tyr 198 is highly conserverd</scene>(hotpink color)because it |
forms cation-pie with the LYS 191 in chain A. | forms cation-pie with the LYS 191 in chain A. | ||
Revision as of 08:54, 14 May 2013
| This Sandbox is Reserved from May 10, 2015, through July 31, 2015 for use by the class Protein 3D Structure Visualization & Structural Bioinformatics taught by Eric Martz and Keiichi Namba at Osaka University, Japan. This reservation includes Sandbox Reserved 1 through Sandbox Reserved 10. Syllabus. |
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1.3CYYChainA=B.(blue and green)ChainC=D.(yellow and pink)
2.it appears to be soluble because
3.(hotpink color)because it forms cation-pie with the LYS 191 in chain A.
