Titlebook: Lipid and Protein Traffic; Pathways and Molecul Jos A. F. Op den Kamp Conference proceedings 1998 Springer-Verlag Berlin Heidelberg 1998 Ch

Ferret

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騙子

Do the Type I Signal Peptidases of , Compete for Binding and Cleavage of Secretory Precursor Proteiing of other precursors was improved. The latter observation indicates that the presence of SipS can interfere with efficient processing of certain precursor proteins, which raises the question whether the type I signal peptidases of . compete for binding and cleavage of secretory precursor proteins.

Harpoon

Studies on N-Glycosylation of Proteins in the Endoplasmic Reticulum,cases oligosaccharide chains of these proteins are essential because if they are absent or altered, several processes can be affected. These processes are: (1) protein stability; (2) subcellular localization; (3) normal folding; or (4) protein secretion. The diverse biological roles for N-linked oligosaccharides have been reviewed (Varki, 1993).

定點(diǎn)

1010-8793 entific Affairs Division as an Advanced Study Institute and by the Federation of European Biochemical Societies as a Lecture Course was held in Cargese, France, in June 1997. The program included introductory lectures, specialized up-to-date contributions, poster sessions, tutorials and workshops. E

休戰(zhàn)

Protein Targeting into and within Chloroplasts,ly, the information presented has been obtained with chloroplasts, but is assumed to apply to all plastid types. Readers desiring more detailed information are referred to a number of excellent recent reviews on this topic (Cline and Henry, 1996; Kouranov and Schnell, 1996; Hauke and Schatz, 1997).

fertilizer

Import, Folding and Degradation of Proteins by Mitochondria,a recognize the proteins they must import? How do they transport them across one or even both of their membranes? And how do they degrade them? The answers to these questions bear not only on the mechanism of mitochondrial biogenesis, but also tell on the mechanism(s) by which proteins are transported across biological membranes (2).

偶然

https://doi.org/10.1007/978-3-642-51463-0Chloroplast; Lipid; Oxidation; Peroxisom; bacteria; biomembrane; escherichia coli; glycoprotein; membrane; mi

爵士樂(lè)

FACET

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