Titlebook: Urban Geography in Postcolonial Zimbabwe; Paradigms and Perspe Abraham R. Matamanda,Verna Nel,Innocent Chirisa Book 2021 The Editor(s) (if

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ication with the extracellular environment. Pannexins have been associated with various physiological and pathological processes including apoptosis, inflammation, and cancer. However, it is only recently that our work has unveiled a role for Pannexin 1 and Pannexin 3 as novel regulators of skeletal

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Abraham R. Matamanda,Verna Nel,Innocent ChirisaNTH-containing proteins share the phosphoinositide-binding activity and can interact with clathrin or its related proteins via multiple binding motifs. Their function also include promotion of clathrin assembly, induction of membrane curvature, and recruitment of various effector proteins, such as t

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Verna Nel,Abraham R. Matamanda,Innocent Chirisa bacteria. The narrow host range is determined by the sophisticated uptake mechanisms that these proteins use to enter susceptible bacterial cells. Bacteriocins range in size from rather small toxic peptides to relatively large protein structures of 60–70 kDa. The relatively small bactericidal pepti

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Gift Mhlanga,Innocent Chirisa,Verna Nelic cells. Studies of protein secretion across the membranes of the rough endoplasmic reticulum have led to the formulation of the now-classic signal hypothesis, which has stimulated many discussions and new ideas, and the identification of the signal recogni­ tion particle as an organelle in the ini

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Abraham R. Matamanda,Tiisetso Dube,Maléne Campbellhemical methods. The most popular, best-yielding site for chemical cleavage is probably at the methionine residue. Cysteine is a significant residue, however, since it forms the disulfide bonds (by formation of cystine), which are so important in maintaining protein structure. Cleavage at cysteine m

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Elmond Bandauko,Tafadzwa Mutambisi,Percy Toriro,Innocent Chirisay chemical methods. The most popular, best-yielding site for chemical cleavage is probably at the methionine residue. Cysteine is a significant residue, however, because it forms the disulfide bonds (by formation of cystine) which are so important in maintaining protein structure. Cleavage at cystei

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Abraham R. Matamanda,Verna Nels will be directed toward identifying degradative covalent changes, such as deamidation and oxidation, that are thought to be associated with protein “aging” and to influence protein stability. The first issue that arises is how one goes about detecting the more than 100 different posttranslational

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Processes

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