Titlebook: NMR of Proteins; G. M. Clore,A. M. Gronenborn Textbook 1993Latest edition The contributors 1993 biology.membrane.molecular biology.protein

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Heteronuclear NMR Studies of the Molecular Dynamics of Staphylococcal Nuclease, has been shown that NMR methods can be applied to larger proteins, containing up to .. 200 residues, by combining heteronuclear labelling (with .C and/or .N) with sophisticated double- and triple-resonance multidimensional techniques (Bax ., 1990; Fesik ., 1990; Ikura ., 1990; Kay ., 1990a,b; Clore ., 1991a,b; Pelton ., 1991).

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s indicates important role in biomineralization process. The environmental services provided by the recently described rhodolith beds (Abrolhos Banks and Vitoria Trindade Seamounts) as calcium carbonate production, increase habitat complexity, benthic diversity and associated fish assemblages justif

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G. M. Clore,A. M. Gronenborngain our understanding of current Chinese marine red algae, but much research is still necessary to reflect the whole picture of the red algal diversity along the China coast..978-981-19-6369-8978-981-19-6367-4Series ISSN 2662-4559 Series E-ISSN 2662-4567

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David A. Case,Peter E. Wrightdiseases. First clinical trials for the optogenetic recovery of vision are underway..This chapter provides a comprehensive description of the structure and function of the different light-gated channels and some new light-activated ion pumps. Some of them already play an essential role in optogeneti

macular-edema

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S. J. Opella,P. A. McDonnelle cell plasma membrane). There are two reasons for restricting the scope to live cell membranes. First, the compositional heterogeneity of the plasma membrane creates a complex milieu with thousands of lipid, protein, and carbohydrate species. This makes it difficult to infer quaternary interactions

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D. Eric Anderson,Jirong Lu,Lawrence McIntosh,Frederick W. Dahlquiste cell plasma membrane). There are two reasons for restricting the scope to live cell membranes. First, the compositional heterogeneity of the plasma membrane creates a complex milieu with thousands of lipid, protein, and carbohydrate species. This makes it difficult to infer quaternary interactions