Search Results - "proteins"

Mitochondrial diseases an update /

Table of Contents: “…Contents: Mitochondrial functions -- Energy generation via oxidative metabolism -- The respiratory chain -- Mitochondrial DNA (mtDNA) -- Mitochondrial genetics -- A genetic classification of the mitochondrial diseases -- Diseases due to mutations in mtDNA -- mtDNA mutations impairing mitochondrial protein synthesis -- mtDNA mutations in specific protein-coding genes -- Diseases due to mutations in nuclear DNA (nDNA) -- Mutations in nuclear genes encoding subunits of respiratory chain complexes -- Mutations in nuclear genes encoding assembly proteins -- Defects of intergenomic communications -- Defects of the inner mitochondrial membrane lipid milieu.…”
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Mitochondrial diseases an update /

Table of Contents: “…Contents: Mitochondrial functions -- Energy generation via oxidative metabolism -- The respiratory chain -- Mitochondrial DNA (mtDNA) -- Mitochondrial genetics -- A genetic classification of the mitochondrial diseases -- Diseases due to mutations in mtDNA -- mtDNA mutations impairing mitochondrial protein synthesis -- mtDNA mutations in specific protein-coding genes -- Diseases due to mutations in nuclear DNA (nDNA) -- Mutations in nuclear genes encoding subunits of respiratory chain complexes -- Mutations in nuclear genes encoding assembly proteins -- Defects of intergenomic communications -- Defects of the inner mitochondrial membrane lipid milieu.…”
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Pathology of Alzheimer's disease

Table of Contents: “…Contents: Alzheimer's disease as the commonest neurodegenerative disease -- Alzheimer's disease as one of the protein folding disorders -- Alzheimer's disease is rarely inherited due to mutations of one of three genes -- Apolipoprotein E epsilon 4 allele as genetic risk factor for Alzheimer's disease -- Neuritic plaques -- Neurofibrillary tangles -- Amyloid-beta peptide -- Tau protein.…”
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Pathology of Alzheimer's disease

Table of Contents: “…Contents: Alzheimer's disease as the commonest neurodegenerative disease -- Alzheimer's disease as one of the protein folding disorders -- Alzheimer's disease is rarely inherited due to mutations of one of three genes -- Apolipoprotein E epsilon 4 allele as genetic risk factor for Alzheimer's disease -- Neuritic plaques -- Neurofibrillary tangles -- Amyloid-beta peptide -- Tau protein.…”
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Pathology of Alzheimer's disease

Table of Contents: “…Contents: Alzheimer's disease as the commonest neurodegenerative disease -- Alzheimer's disease as one of the protein folding disorders -- Alzheimer's disease is rarely inherited due to mutations of one of three genes -- Apolipoprotein E epsilon 4 allele as genetic risk factor for Alzheimer's disease -- Neuritic plaques -- Neurofibrillary tangles -- Amyloid-beta peptide -- Tau protein.…”
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Biochemistry for dummies by Moore, John T.

Table of Contents: “…The meat of biochemistry : proteins -- pt. 3. Carbohydrates, lipids, nucleic acids, and more -- pt. 4. …”
An electronic book accessible through the World Wide Web; click to view

Histone modification and transcriptional repression

Table of Contents: “…Contents: Mechanisms of transcriptional repression -- Corepressor proteins -- Histone modifications involved in repression -- Cancer.…”
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Filoviruses

Table of Contents: “…Contents: Filovirus history -- Filovirus genes, proteins and structure -- Filovirus replication cycle -- Evasion of interferon responses by filoviruses -- Filovirus vaccines.…”
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The roles of chaperonins in bacteria

Table of Contents: “…Contents: The discovery of the GroEL chaperonin in E. coli -- Organization of the GroEL and GroES genes -- Oligomeric structure of GroEL and GroES proteins -- Key roles of GroEL -- The substrates of GroEL -- Chaperonins in other bacteria and their roles.…”
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Histone modification and transcriptional repression

Table of Contents: “…Contents: Mechanisms of transcriptional repression -- Corepressor proteins -- Histone modifications involved in repression -- Cancer.…”
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Filoviruses

Table of Contents: “…Contents: Filovirus history -- Filovirus genes, proteins and structure -- Filovirus replication cycle -- Evasion of interferon responses by filoviruses -- Filovirus vaccines.…”
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Histone modification and transcriptional repression

Table of Contents: “…Contents: Mechanisms of transcriptional repression -- Corepressor proteins -- Histone modifications involved in repression -- Cancer.…”
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Filoviruses

Table of Contents: “…Contents: Filovirus history -- Filovirus genes, proteins and structure -- Filovirus replication cycle -- Evasion of interferon responses by filoviruses -- Filovirus vaccines.…”
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Bioorganic studies of vision

Table of Contents: “…Contents: Visual pigments -- Visual chromophores -- Activation of Rh and beta-AR -- Retinal / vitamin A cycle -- Selective capture of retinoid binding proteins -- Photocrosslinking of chromophore to Rh -- Tracking the chromophore / opsin interaction -- Rhodopsin photocycle -- Photoaffinity labelling -- Chromophore confirmation in Rh -- Transient 'dark activity' of 13-des-Me-retinal -- Retinoids that form pigments -- Photoaffinity study of rhodopsin: G-protein (transducin) interaction -- Age-related macular degeneration -- Age pigments or RPE lipofuscin -- A2E flurophore -- ATP binding cassette protein -- Bilberry extract vs. blue-light induced A2E epoxidation.…”
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Bioorganic studies of vision

Table of Contents: “…Contents: Visual pigments -- Visual chromophores -- Activation of Rh and beta-AR -- Retinal / vitamin A cycle -- Selective capture of retinoid binding proteins -- Photocrosslinking of chromophore to Rh -- Tracking the chromophore / opsin interaction -- Rhodopsin photocycle -- Photoaffinity labelling -- Chromophore confirmation in Rh -- Transient 'dark activity' of 13-des-Me-retinal -- Retinoids that form pigments -- Photoaffinity study of rhodopsin: G-protein (transducin) interaction -- Age-related macular degeneration -- Age pigments or RPE lipofuscin -- A2E flurophore -- ATP binding cassette protein -- Bilberry extract vs. blue-light induced A2E epoxidation.…”
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Bioorganic studies of vision

Table of Contents: “…Contents: Visual pigments -- Visual chromophores -- Activation of Rh and beta-AR -- Retinal / vitamin A cycle -- Selective capture of retinoid binding proteins -- Photocrosslinking of chromophore to Rh -- Tracking the chromophore / opsin interaction -- Rhodopsin photocycle -- Photoaffinity labelling -- Chromophore confirmation in Rh -- Transient 'dark activity' of 13-des-Me-retinal -- Retinoids that form pigments -- Photoaffinity study of rhodopsin: G-protein (transducin) interaction -- Age-related macular degeneration -- Age pigments or RPE lipofuscin -- A2E flurophore -- ATP binding cassette protein -- Bilberry extract vs. blue-light induced A2E epoxidation.…”
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Downstream industrial biotechnology recovery and purification /

Table of Contents: “…Downstream recovery of cells and protein capture -- pt. III. Process development in downstream purification -- pt. …”
An electronic book accessible through the World Wide Web; click to view

Proteomic technologies and targets an overview /

Table of Contents: “…-- Challenges in proteome analysis -- Dynamic range of the proteome -- Complexity of the proteome -- Spatiotemporal organisation -- Dynamic changes in protein concentrations and modifications -- Technologies for analysing the proteome -- Mass spectrometry -- Protein arrays -- Imaging -- Data analysis -- The applications of clinical proteomics -- Biomarkers -- Systems biology approaches.…”
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Cell signaling by vitamin E

Table of Contents: “…Contents: Vitamin E or tocopherol's physiological molecular mechanism helps to understand protection against disease -- Not an antioxidant or free radical quencher, they perform cell signaling by affecting protein phosphorylation (for instance protein kinase C and PI3 kinase) -- They can be phosphorylated to more potent species, the tocopheryl phosphates -- Tocopheryl phosphates protect, in animal models against atherosclerosis.…”
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Oxidative DNA damage mechanisms, repair and disease /

Table of Contents: “…Contents: Formation of reactive oxygen species -- Oxidative damage to DNA bases by free radicals -- Techniques used for the measurement of DNA damage and repair -- Biological responses to genomic DNA damage -- Mechanisms of base-excision repair -- Determination of substrate specificities of DNA glycosylases in-vitro and in-vivo -- Mouse and human NEIL1 proteins -- Cockayne syndrome -- CSB protein.…”
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