Contents (38 articles)
- Introduction
- Gene Expression
- Eukaryotic Genome Organization in General (Definitions)
- Eukaryotic Chromatin Types, Function, Activation
- Transcription in Eukaryotes
- RNA Processing
- Regulation of Gene Expression (enhancers, silencers)
- Regulation of Gene Expression (micro RNAs)
- Regulation of Gene Expression (nuclear receptors)
- Regulation of Gene Expression (methylation, epigenetic signals)
- Cell proliferation and apoptosis
- Tyrosine kinase pathway, stable cyclin D generation, insulin signaling pathways
- Phosphorylation and proteolytic regulation of cell cycle function
- Biochemical interpretation of the cell cycle. The function of G2 – M phase kinase
- The restriction point control and the role of p53 in the life of cells
- Biochemical pathways leading to apoptosis
- Signal transduction
- Extracellular Signalling Pathways
- Ion Channels
- 7-TM receptors
- Adenylate Cyclase — cAMP Pathway
- cGMP pathway — membrane bound version
- cGMP pathway — soluble version
- Phopsholipase pathways — PLC
- Sports Biochemistry
- Introduction
- Structure of Skeletal Muscle, Muscle Proteins and Various Muscle Types
- Energy sources of skeletal muscle during various physical activities, biochemical differences between aerobic and anaerobic exercises
- Physical activity induced regulatory processes and their beneficial effects on health
- Effect of exercise on the metabolism of fatty acids
- Physical activity induces autophagy
- Effect of exercise on protein synthesis
- Chronic effects of exercise
- Interaction between exercised induced Master Regulators: AMPK, SIRT1, PGC1α
- Metabolic syndrome and exercise
- Doping Agents