Titlebook: Cell Fusion; Arthur E. Sowers Book 1987 Springer Science+Business Media New York 1987 Lipid.Mammalia.development.plasma membrane.protein

avulsion

José Antonio Parejo,Ana Belén Sánchezdiate or influence entry of virus into cells, the virion-cell fusion required for this entry is discussed as well. The emphasis is on new information that has emerged since publication of an earlier review on these subjects (White ., 1983). It was not the intention to provide comprehensive treatment

救護(hù)車

暗諷

追蹤

惡意

庇護(hù)

恫嚇

Practical Tips for Differential Diagnosis. living cell membrane. To address basic questions such as what renders the plasma membrane fusion permissive and what regulates the fusion permissive state ., A. highly fusion permissive system was needed. Since under nonpathological conditions there are only A. few times in the life of an organism

終點(diǎn)

Compartmental Approach to Spinal Tumorswall (Cocking, 1960). With this technique, A. variety of new genetic manipulations have become possible, such as protoplast fusion, uptake of organelles, and uptake of DNA. With the enzymatic digestion procedure, large populations of genetically and physiologically homogeneous protoplasts are now av

reflection

Heung Sik Kang,Joon Woo Lee,Eugene Leehould be especially susceptible to three membrane-membrane interactions: fusion, aggregation-induced vesicle leakage, and intervesicular lipid exchange. This chapter describes this model as well as experimental results derived from relevant systems. The model shows that in H.-forming systems the rel

GLUT

Fibrogenic and Fibrohistiocytic Tumorseen lipid vesicles (liposomes). This approach disregards the diversity and many of the accessory elements suspected to be involved in biological fusions (Poste and Nicolson, 1978) and focuses instead on those aspects thought to be of more universal importance. The development of the lipid vesicle mo