GRRE25 - Modern problem of genetics, radiobiology, radioecology and evolution: Quantum biology.

Topics

Russian

Physics in biology   Timofeeff-Ressovsky and his circle of friends-physicists Quantum fields Quantum entanglement and coherence Quantum superposition Non-equilibrium physics in biology Biophotons    Quantum technology	Niels Bohr
Genetics Photon Emission from Biological Systems Quantum basis of signaling process Quantum tunneling Quantum effects in cells Quantum Biology Landscape: protein folding and molecular dynamics Collective behavior and swarming	Photon emission from S.cerevisiae[Dunin et al 2024]
Medicine Biophoton detection as a novel technique for cancer Imaging. Biophoton emission as indicator of altered cell function Radiation-induced bystander effect and its clinical implications. Quantum effects and protein misfolding: degenerative diseases	Quantum effects and degenerative diseases
Radiobiology   Biophotons and bystander effect Quantum coherence Quantum entanglement and communication. Cellular defense and DNA repair processes Photodynamic action on cellular systems Communication in cell population	Appearance of cells with abnormalities [Korogodina et al 2003]
Ecology   Quantum coherence: from solid-state to biological systems. Landscape and flux Quantum correlation effects Light-harvesting systems: energy migration Energy transfer pathways in photosynthesis   Quantum entanglement and coherence	Communication in populations and ecosystems
Evolution   Quantum theory and coronavirus Quasi-equilibrium states and phase transitions in biological evolution   Statistical physics tools for the advanced evolution phenomenon Speciation in mountain	Phylogeny diagram of F. tularensis. [Kudryavtseva and Mokrievich, 2022]