The second process, associated with the first, involves TRAF3, the molecule that negatively regulates NIK.
第二个进程,同第一个过程相关,涉及TRAF3,负性调节nik的分子。
The important thing to note is that when you uncouple NIK from TRAF3 action, its levels are not necessarily going to go up, but its function is going to be changed.
值得注意的且重要的是:当你把NIK由TRAF 3活化中分开时,NIK水平并不一定会继续增加,但其功能是有所改变。
"We already know that the over-expression or mutation of molecules known as NIK and TRAF3 in B cells is associated with human multiple myeloma," said Professor Mackay.
“我们已经知道,在B细胞过度表达或突变的NIK和TRAF3分子是与人类多发性骨髓瘤相关,”麦凯教授说。
"We already know that the over-expression or mutation of molecules known as NIK and TRAF3 in B cells is associated with human multiple myeloma," said Professor Mackay.
“我们已经知道,在B细胞过度表达或突变的NIK和TRAF3分子是与人类多发性骨髓瘤相关,”麦凯教授说。
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