膜转位

低氧预适应增高小鼠脑组织内cPKCγ的膜转位水平

Hypoxic preconditioning increases cPKC γ membrane translocation in murine brain

低氧预适应增加小鼠脑组织内nPKCε膜转位

Hypoxic preconditioning increase npkc ε membrane translocation in the brain of mice

X射线全身照射对小鼠免疫细胞PKCθ表达和膜转位的影响

Effect of whole-body X-irradiation on the expression of protein kinase C θ in immune cells in mice

大鼠福尔马林内脏炎症痛过程中脊髓PKCγ、PKCβⅡ膜转位的变化

Changes of PKC γ and PKC βⅱ in the spinal cord in visceral inflammatory pain induced by formalin in the rat

重复低氧对小鼠脑内cPKCα和γ膜转位及蛋白表达的影响

Effect of repetitive hypoxia on level of cPKC α and γ membrane translocation and on protein expression in murine brain

上述观察结果提示，cPKCγ膜转位可能在脑低氧预适应的发生发展过程中发挥着重要作用；

But there were no significant changes in cPKC α membrane translocation in cortex and hippocampi of hypoxic preconditioned mice . These results suggest that cPKC γ plays an important role in the development of cerebral hypoxic preconditioning .

蛋白激酶C在高葡萄糖诱导肾小球系膜细胞核转位信号中的作用

The role of protein kinase c to nuclear translocation signal induced by high glucose in cultured glomerular mesangial cells

腓浅血管筋膜蒂腔、腓骨膜瓣转位术

The transposition of tibiofibular periosteal flap with fascia superficial peroneal vessels

骨间前血管蒂尺骨远段骨（膜）瓣转位术

Transposition of distal ulnar osteoperiosteal flap pedicled with

温度敏感型SecY（100）的转化膜在蛋白质转位中的作用特点

Action characterization of inverted membrane vesicles of temperature-sensitive secy_ ( 100 ) in protein translocation

目的：为带枕血管蒂的颅骨（膜）瓣转位枕颈融合术提供解剖学基础。

To provide anatomic basis of cranial outer table flap pedicled with the occipital artery for occipitocervical fusion .

结论：以枕动脉为蒂颅骨外板骨（膜）瓣转位行枕颈融合的术式具有可行性。

Conclusion : Cranial outer table flap pedicled with the occipital artery could be used in occipitocervical fusion .

带桡神经浅支营养血管蒂的桡骨茎突骨（膜）复合瓣转位术

Transposition of radial styloid process compound flap pedicled with superficial branch of radial nerve