Search Results - "proteins"

Calcium, calmodulin and calcineurin

Table of Contents: “…Contents: Calmodulin is highly conserved -- Calmodulin structure -- EF hand proteins -- Calcium binding -- Calmodulin targets -- Mechanism of calmodulin action -- Calmodulin-dependent protein kinases -- Calmodulin dependent protein kinase II autonomy -- Calcineurin structure and activation -- Action of cyclosporin -- NFAT signaling -- Phosphatases downstream of calcineurin -- Differential responses of calmodulin-dependent protein kinase II and calcineurin to calcium signals.…”
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Calcium, calmodulin and calcineurin

Table of Contents: “…Contents: Calmodulin is highly conserved -- Calmodulin structure -- EF hand proteins -- Calcium binding -- Calmodulin targets -- Mechanism of calmodulin action -- Calmodulin-dependent protein kinases -- Calmodulin dependent protein kinase II autonomy -- Calcineurin structure and activation -- Action of cyclosporin -- NFAT signaling -- Phosphatases downstream of calcineurin -- Differential responses of calmodulin-dependent protein kinase II and calcineurin to calcium signals.…”
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BMC Biochemistry

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BMC Biochemistry

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Enzyme-mediated resistance to antibiotics mechanisms, dissemination, and prospects for inhibition /

Table of Contents: “…Bradford -- Resistance mediated by penicillin-binding proteins / Malcolm G. P. Page -- Inhibition of class A [beta]-lactamases / Samy O. …”
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The role of chaperones in Parkinson's disease

Table of Contents: “…Contents: Parkinson's disease -- Pathophysiology, neuropathology, etiology -- Genes associated with Parkinson's disease -- Role of protein misfolding in Parkinson's disease -- alpha-synuclein: protein misfolding and a gain of toxic function -- Parkin: protein misfolding and a loss of physiological function -- Effect of chaperones in different models of Parkinson's disease.…”
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The role of chaperones in Parkinson's disease

Table of Contents: “…Contents: Parkinson's disease -- Pathophysiology, neuropathology, etiology -- Genes associated with Parkinson's disease -- Role of protein misfolding in Parkinson's disease -- alpha-synuclein: protein misfolding and a gain of toxic function -- Parkin: protein misfolding and a loss of physiological function -- Effect of chaperones in different models of Parkinson's disease.…”
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The role of chaperones in Parkinson's disease

Table of Contents: “…Contents: Parkinson's disease -- Pathophysiology, neuropathology, etiology -- Genes associated with Parkinson's disease -- Role of protein misfolding in Parkinson's disease -- alpha-synuclein: protein misfolding and a gain of toxic function -- Parkin: protein misfolding and a loss of physiological function -- Effect of chaperones in different models of Parkinson's disease.…”
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Mitotic chromosome condensation

Table of Contents: “…-- Are there specific nonhistone proteins making up the chromosome scaffold? -- Three independent experimental paths led to identification of condensin complex containing Sc2 -- SMC family of proteins -- Condensation by condensins -- Challenges to textbook model -- progressive condensation during prophase -- Alternative model: Radial loop, helical coil model -- What we think we know -- What we'd like to know -- Alternative mechanism for chromosome condensation -- How do we integrate structural studies of chromosome structure with chromosome biochemistry -- We need a better understanding of chromosome structure.…”
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Mitotic chromosome condensation

Table of Contents: “…-- Are there specific nonhistone proteins making up the chromosome scaffold? -- Three independent experimental paths led to identification of condensin complex containing Sc2 -- SMC family of proteins -- Condensation by condensins -- Challenges to textbook model -- progressive condensation during prophase -- Alternative model: Radial loop, helical coil model -- What we think we know -- What we'd like to know -- Alternative mechanism for chromosome condensation -- How do we integrate structural studies of chromosome structure with chromosome biochemistry -- We need a better understanding of chromosome structure.…”
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Blood brain barrier in health and disease

Table of Contents: “…Contents: The blood-brain barrier is not a static barrier -- The blood-brain barrier does inhibit drug delivery to the brain -- The blood-brain barrier is at the level of the endothelial cell cytoarchitecture that line all cerebral blood vessels in the brain -- The blood-brain barrier consists of a unique set of regulated proteins held together in a tight cytoarchitectural matrix to form a tight junction -- Stressors such as head injury, hypoxia, pain and diseases such as M.S, diabetes, Alzheimer's, cancer and stroke alter tight junction proteins of the blood-brain barrier leading to a "leak" and a loss of integrity -- Understanding what controls the integrity of the blood-brain barrier is critical if we are to understand how to treat the diseases of the brain.…”
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Blood brain barrier in health and disease

Table of Contents: “…Contents: The blood-brain barrier is not a static barrier -- The blood-brain barrier does inhibit drug delivery to the brain -- The blood-brain barrier is at the level of the endothelial cell cytoarchitecture that line all cerebral blood vessels in the brain -- The blood-brain barrier consists of a unique set of regulated proteins held together in a tight cytoarchitectural matrix to form a tight junction -- Stressors such as head injury, hypoxia, pain and diseases such as M.S, diabetes, Alzheimer's, cancer and stroke alter tight junction proteins of the blood-brain barrier leading to a "leak" and a loss of integrity -- Understanding what controls the integrity of the blood-brain barrier is critical if we are to understand how to treat the diseases of the brain.…”
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Mitotic chromosome condensation

Table of Contents: “…-- Are there specific nonhistone proteins making up the chromosome scaffold? -- Three independent experimental paths led to identification of condensin complex containing Sc2 -- SMC family of proteins -- Condensation by condensins -- Challenges to textbook model -- progressive condensation during prophase -- Alternative model: Radial loop, helical coil model -- What we think we know -- What we'd like to know -- Alternative mechanism for chromosome condensation -- How do we integrate structural studies of chromosome structure with chromosome biochemistry -- We need a better understanding of chromosome structure.…”
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Professional guide to diagnostic tests /

Table of Contents: “…Hematology -- Hemostasis -- Blood gases and electrolytes -- Enzymes -- Hormones -- Lipids and lipoproteins -- Protein, protein metabolites, and pigments -- Carbohydrates -- Vitamins and trace elements -- Immunohematology -- Immune response -- Urinalysis -- Urine enzymes -- Urine hormones and metabolites -- Urine protein, protein metabolites, and pigments -- Urine sugars, ketones, and mucopolysaccharides -- Urine vitamins and minerals -- Histology -- Microbes and parasites -- Thyroid -- Eye -- Ear -- Respiratory system -- Skeletal system -- Reproductive system -- Nervous system -- Gastrointestinal system -- Cardiovascular system -- Urinary system -- Miscellaneous tests.…”
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Molecular biology of ryanodine receptors

Table of Contents: “…Contents: Molecular cloning of RyR -- The identification of functional domains -- RyR channel structure -- Channel regulation by: a) inter-RyR interaction, b) divalent cations and c) protein:protein interactions -- The role of leucine zippers in assembling the 'macromolecular complex' -- Defective protein:protein interactions in cardiac disease -- Genetic basis of RyR dysfunction -- Identification of mutations in cardiac RyR -- Functional characterization of RyR mutations -- Investigating interdomain interactions using state-of-the-art imaging tools -- Pathological defects in channel stability.…”
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Molecular biology of ryanodine receptors

Table of Contents: “…Contents: Molecular cloning of RyR -- The identification of functional domains -- RyR channel structure -- Channel regulation by: a) inter-RyR interaction, b) divalent cations and c) protein:protein interactions -- The role of leucine zippers in assembling the 'macromolecular complex' -- Defective protein:protein interactions in cardiac disease -- Genetic basis of RyR dysfunction -- Identification of mutations in cardiac RyR -- Functional characterization of RyR mutations -- Investigating interdomain interactions using state-of-the-art imaging tools -- Pathological defects in channel stability.…”
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Molecular biology of ryanodine receptors

Table of Contents: “…Contents: Molecular cloning of RyR -- The identification of functional domains -- RyR channel structure -- Channel regulation by: a) inter-RyR interaction, b) divalent cations and c) protein:protein interactions -- The role of leucine zippers in assembling the 'macromolecular complex' -- Defective protein:protein interactions in cardiac disease -- Genetic basis of RyR dysfunction -- Identification of mutations in cardiac RyR -- Functional characterization of RyR mutations -- Investigating interdomain interactions using state-of-the-art imaging tools -- Pathological defects in channel stability.…”
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Aquatic food quality and safety assessment methods / by Shakila, R. Jeya

Table of Contents: Taylor & Francis
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Molecular biology by Clark, David P.

Table of Contents: “…Basic genetics -- Cells and organisms -- DNA, RNA and protein -- Genes, genomes and DNA -- Cell division and DNA replication -- Transcription of genes -- Protein structure and function -- Protein synthesis -- Regulation of transcription in prokaryotes -- Regulation of transcription in eukaryotes -- Regulation at the RNA level -- Processing of RNA -- Mutations -- Recombination and repair -- Mobile DNA -- Plasmids -- Viruses -- Bacterial genetics -- Diversity of lower eukaryotes -- Molecular evolution -- Nucleic acids : isolation, purification, detection and hybridization -- Recombinant DNA technology -- The polymerase chain reaction -- Genomics and DNA sequencing -- Analysis of gene expression -- Proteomics : the global analysis of proteins.…”
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Robustness and evolvability in living systems / by Wagner, Andreas, 1967 January 26-

Table of Contents: “…Introduction -- The genetic alphabet -- The genetic code -- RNA structure -- Proteins and point mutations -- Proteins and recombination -- Regulatory DNA regions and their reorganization in evolution -- Metabolic pathways -- Metabolic networks -- Drosophila segmentation and other gene regulatory networks -- Phenotypic traits, cryptic variation, and human diseases -- The many ways of building the same body -- Neutral spaces -- Evolvability and neutral mutations -- Redundancy of parts or distributed robustness? …”
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