Difference between revisions of "O2k-Publications: Topics"
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== Stress conditions == | == Stress conditions == | ||
* [[O2k-Publications: Cell death|Cell death]] β’β’ [[O2k-Publications: Hypoxia|Hypoxia]] β’β’ [[O2k-Publications: Ischemia-Reperfusion Injury and Preservation|Ischemia-reperfusion injury and preservation]] β’β’Β [[O2k-Publications: Permeability transition|Permeability transition]] β’β’ [[O2k-Publications: RONS;_Oxidative_stress|Oxidative stress;RONS]]β’β’ [[O2k-Publications: Temperature|Temperature]]β’β’ [[O2k-Publications: Cell death|Cell death]]β’β’ [[O2k-Publications: Mitochondrial Disease; Degenerative Disease and Defect|Mitochondrial disease;degenerative disease and defect]] | * [[O2k-Publications: Cancer;apoptosis;cytochrome c|Cancer;apoptosis;cytochrome c]] β’β’Β [[O2k-Publications: Cell death|Cell death]] β’β’ [[O2k-Publications: Hypoxia|Hypoxia]] β’β’ [[O2k-Publications: Ischemia-Reperfusion Injury and Preservation|Ischemia-reperfusion injury and preservation]] β’β’Β [[O2k-Publications: Permeability transition|Permeability transition]] β’β’ [[O2k-Publications: RONS;_Oxidative_stress|Oxidative stress;RONS]] β’β’ [[O2k-Publications: Temperature|Temperature]] β’β’ [[O2k-Publications: Cell death|Cell death]] β’β’ [[O2k-Publications: Mitochondrial Disease; Degenerative Disease and Defect|Mitochondrial disease;degenerative disease and defect]] | ||
Β | |||
== Mammals and models, other organisms == | == Mammals and models, other organisms == |
Revision as of 11:05, 24 February 2015
O2k-Publications: Topics
See also >>> O2k-Publications - chronological: 4708
O2k-Publications in the MiPMap: selected fields of Oxygraph-2k applications
- mt-Medicine
- Exercise physiology;nutrition;life style β’β’ Comparative MiP;environmental MiP
- Pharmacology;toxicology
- mt-Biogenesis;mt-density β’β’ Genetic knockout;overexpression
- Instruments;methods
Pathological states
- Aging;senescence
- Alzheimer's
- Autism
- Cancer
- Cardiovascular
- COPD
- Diabetes
- Inherited β’β’ Infectious
- Myopathy
- Neurodegenerative
- Obesity
- Parkinson's
- Sepsis
- Other
Stress conditions
- Cancer;apoptosis;cytochrome c β’β’ Cell death β’β’ Hypoxia β’β’ Ischemia-reperfusion injury and preservation β’β’ Permeability transition β’β’ Oxidative stress;RONS β’β’ Temperature β’β’ Cell death β’β’ Mitochondrial disease;degenerative disease and defect
Mammals and models, other organisms
- Human β’β’ Pig β’β’ Horse β’β’ Bovines β’β’ Cat β’β’ Dog β’β’ Rabbit β’β’ Mouse β’β’ Rat β’β’ Guinea pigβ’β’ Other mammals
- Chicken β’β’ Zebrafish β’β’ Drosophila β’β’ Caenorhabditis elegans β’β’ Artemia β’β’ Saccharomyces cerevisiae
- Comparative MiP β’β’ Plants
- Further information
Tissues, cell types and cell lines
- Heart β’β’ Skeletal muscle β’β’ Nervous system β’β’ Liver β’β’ Kidney β’β’ Lung; gill β’β’ Fat β’β’ Genital β’β’ Endothelial;epithelial;mesothelial cell β’β’ Islet cell;pancreas;thymus β’β’ Blood cells
- CHO β’β’ HEK β’β’ HeLa β’β’ Neuroblastoma β’β’ Fibroblast β’β’ HUVEC β’β’ Macrophage-derived cell lines β’β’ Lymphocyte β’β’ Platelet β’β’ Stem cells β’β’ Other cell lines
Preparations
- Intact organism β’β’ Intact organ β’β’ Intact cells β’β’ Permeabilized cells β’β’ Permeabilized tissue β’β’ Homogenate β’β’ Isolated mitochondria β’β’ SMP β’β’ Chloroplasts β’β’ Enzyme β’β’ Oxidase and biochemical oxidation
Regulation
- Flux control β’β’ Coupling efficiency;uncoupling β’β’ Uncoupler β’β’ Inhibitor β’β’ Temperature β’β’ Oxygen kinetics β’β’ Substrate
MiPMap combinations - examples
Examples for specific combinations are given for O2k-Publications:
- O2k-Publications: Human skeletal muscle
- O2k-Publications: Human heart
- O2k-Publications: Skeletal muscle - human vs mouse
O2k-Manuals and protocols and specific instrumental applications
- O2k-Manual β’β’ Instruments;methods β’β’ TIP2k β’β’ O2k-Fluorometry β’β’ Theoretical background β’β’ O2k-Protocols β’β’ Q-junction effect