Titlebook: RNA Technologies in Cardiovascular Medicine and Research; Volker A. Erdmann,Wolfgang Poller,Jan Barciszewski Book 2008 Springer-Verlag Ber

得意牛

跳動

S. Merl,R. Wesselythe flow of ions and molecules in the resting state. Combined with structural data, electrophysiological studies have allowed the discovery of structure-function relationships that shed light on functional mechanisms. In some cases, the channel properties have been investigated in the presence of na

Ligament

V. Pekarikg by electrical field, medium pH, and membrane lipid composition. The second part of this review addresses the novel mechanism of VDAC regulation by dimeric tubulin, an abundant cytosolic protein, and the physiological implications of the uncovered VDAC-tubulin interaction. One of the intriguing con

ARK

W. Poller,L. Suckau,S. Pinkert,H. Fechnerthe flow of ions and molecules in the resting state. Combined with structural data, electrophysiological studies have allowed the discovery of structure-function relationships that shed light on functional mechanisms. In some cases, the channel properties have been investigated in the presence of na

BRINK

O. J. Müller,H. A. Katusf these non-enzymatic staphylococcal β-PFTs is the homoheptameric α-hemolysin (αHL) protein. Moreover, . has the ability to secrete up to four heteromeric, bi-component β-PFTs. Although the homomeric and heteromeric β-PFTs are related in sequence, homology, and structure, they demonstrate distinct b

蒸發(fā)

cochlea

E. -H. Yao,N. Fukudag by electrical field, medium pH, and membrane lipid composition. The second part of this review addresses the novel mechanism of VDAC regulation by dimeric tubulin, an abundant cytosolic protein, and the physiological implications of the uncovered VDAC-tubulin interaction. One of the intriguing con

osculate

M. Szymański,J. Barciszewskinuous activity in neuronal firing patterns related complexly and in stochastic ways to sensory stimuli; and of brain substance organized in a series of tissue compartments, each contributing functionally to the whole, and carrying with them the keys to that most unique function of brain tissue, the

原告

C. M. Blake,S. Oney,S. M. Nimjee,B. A. Sullenger progenitors and neurons in ferrets. Furthermore, multiple genes can be efficiently co-expressed in the same progenitors and neurons. Our method promises to be a powerful tool for investigating the mechanisms underlying the development, function, and pathophysiology of neuronal structures that are u

縮影