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SYNCHROTRON CRYSTALLOGRAPHY OF GTPASES & GUANYLATE KINASES

SYNCHROTRON CRYSTALLOGRAPHY OF GTPASES & GUANYLATE KINASES
GTP酶的同步加速器晶体学
批准号:
6120419
负责人:
XINHUA JI
金额:
$0.0万
依托单位国家:
美国
项目类别:
财政年份:
1998
资助国家:
美国
项目状态:
已结题
起止时间:
1998-09-30 至 1999-08-31

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项目成果

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中文摘要
翻译
已经解决了以下结构或收集了数据集: Apo-Guanyate Kinase:HG-MAD数据为2.0A,四个波长。 结构通过MAD相移和1.8A的精化得到了解决 正在进行中。Era GTP酶:SMET MAD数据在3.2 A,4 波长。我们无法解决16个Se地点的问题,因为 分辨率低,信噪比低。Era GTP酶:原生数据 2.6A.apo-Ganyate Kinase:1.8A.ERA GTPase:HG MAD数据,2.6A,四个波长。MAD相的FOM为0.60 在溶剂压平之前。正在进行跟踪。
英文摘要
The following structures have been solved or datasets collected: apo-Guanylate Kinase: Hg MAD data at 2.0 A, four wavelengths. Structure has been solved by MAD phasing and the refinement at 1.8 A is in progress. ERA GTPase: SeMet MAD data at 3.2 A, four wavelengths. We were not able to solve for the 16 Se sites due to the low resolution and low signal/noise ratio. ERA GTPase: native data at 2.6 A. apo-Guanylate Kinase: native data at 1.8 A. ERA GTPase: Hg MAD data at 2.6 A, four wavelengths. MAD phases have a FOM of 0.60 before solvent flattening. Tracing is in progress.
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