HIGH RESOLUTION STRUCTURE OF SPRUCE BUDWORM ANTIFREEZE PROTEIN

在过去的一年里，完整的MAD数据以及 决议(2))收集了本地数据集，用于Se-Met Moesin 晶体和位相问题刚刚得到解决。其他内容 豌豆铁还蛋白突变体的单色数据集收集 还原酶使我们能够阐明NADPH在 高分辨率(~2)。原生数据集也已收集用于 产气克雷伯菌尿素酶及其突变体人谷胱甘肽 人类细胞因子Flt-3配基的还原酶和一种新的黄素酶 金黄色葡萄球菌辅酶A二硫化物还原酶。所有数据都是 在低温下收集，并致力于解决和提炼这些 建筑工程正在进行中。

Within the past year complete MAD data as well as a high resolution (2
) native dataset were collected for Se-Met Moesin crystals and the phase problem has just been solved. Additional monochromatic data sets collected for mutants of pea Ferredoxin Reductase have allowed us to elucidate the binding mode of NADPH at high resolution (~2
). Native data sets have also been collected for Klebsiella aerogenes urease and its mutants, human glutathione reductase, a human cytokine the flt-3 ligand, and a novel flavoenzyme the Staphyboccyl aureus coenzyme A disulfide reductase. All data were collected at low temperature and work on solving and refining these structures is underway.