该单克隆抗体用磷酸化丝氨酸14-3-3结合基序多肽免疫动物制备。
Monoclonal antibody is produced by immunizing animals with phospho-(Ser) 14-3-3 binding motif peptides .
认为脯氨酸等氨基酸的高比例特性以及结合基序特征可以很好地解释羟基磷灰石的生物可利用性和安全性。
The high proportion of proline and other special amino acids in HA binding peptides and motifs was well matched to HA in its bioavailability and safety.
特异的信号基序不仅包括蛋白激酶可以识别的序列(1)，也包括那些能够被磷酸化依赖结合蛋白如14-3-3识别的序列(2)。
Specific signaling motifs include not only sequences that are recognized by protein kinases (1), but also those that are recognized by phosphorylation-dependent binding proteins such as 14-3-3 (2).
结合前面的序列比对得出结论，DAG基序突变为DTG能使病毒的蚜传活性大大降低，甚至丧失。
The mutation from DAG to DTG resulted in low transmission efficiency, even loss of the transmission ability by aphid.
进一步通过荧光光谱法证实，含多拷贝11 -氨基酸基序的多肽可通过多位点协同结合模式，稳定LDH酶的结构。
Furthermore, the fluorescence spectroscopic results show that the peptide consisting of multi-copies of 11-amino acid can stabilize the structure of LDH through synergy and multi-sites binding.
牦牛DAZL蛋白含有DAZ基因家族所具有的典型的RNA结合域和DAZ重复基序。
The yak DAZL gene including one typical RNA recognitong motif(RRM)domains and multiple DAZ repeats as in DAZ family.
牦牛DAZL蛋白含有DAZ基因家族所具有的典型的RNA结合域和DAZ重复基序。
The yak DAZL gene including one typical RNA recognitong motif(RRM)domains and multiple DAZ repeats as in DAZ family.
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