Results 241 to 250 of about 1,212 (266)
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Faraday Discussions of the Chemical Society, 1974
Globular proteins form gels as a result of aggregation to form strands followed by interaction of the strands to form the gel mesh. An approximate (pore size, concentration) relationship can be predicted from selected models of the aggregation process, which is consistent with that determined from electron micrographs of gels.
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Globular proteins form gels as a result of aggregation to form strands followed by interaction of the strands to form the gel mesh. An approximate (pore size, concentration) relationship can be predicted from selected models of the aggregation process, which is consistent with that determined from electron micrographs of gels.
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Journal of Theoretical Biology, 1974
Abstract This paper inquires whether it is reasonable to expect the native structure of proteins to be “knotted”. To this end, some topological properties of polypeptides containing disulfide bridges are discussed using notions from mathematical knot theory and graph theory.
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Abstract This paper inquires whether it is reasonable to expect the native structure of proteins to be “knotted”. To this end, some topological properties of polypeptides containing disulfide bridges are discussed using notions from mathematical knot theory and graph theory.
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The absorption of globular proteins
Biopolymers, 1973AbstractA series of experiments is suggested to elucidate further the nature of the adsorption of globular proteins on polar solid surfaces. Two ratios of surface energies and the total protein volume are used to characterize the expected form of the adsorbed species. A simple model calculation illustrates the approach.
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Conformational stability of globular proteins
Trends in Biochemical Sciences, 1990The conformational stability of ribonuclease T1 has been measured as a function of the variables of most interest to biochemists: temperature, pH, salt concentration, disulfide-bond content and amino acid sequence. The results provide insight into the forces that stabilize globular proteins.
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Cognitive and Behavioral Modernity in Homo erectus: Skull Globularity and Hominin Brain Evolution
Anthropological Review, 2021Maciej Henneberg
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Enhancing Stability of Hybrid Perovskite Solar Cells by Imidazolium Incorporation
Solar Energy Materials and Solar Cells, 2021Arpad Mihai Rostas +2 more
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GlobPlot: Exploring Protein Sequences for Globularity and Disorder.
Nucleic Acids Research, 2003Rob B Russell +2 more
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