## Tags - Part of: [[Science]] [[Natural science]] - Related: - Includes: - Additional: ## Definitions - Selective [[chemistry]]. ## Main resources - <iframe src="https://en.wikipedia.org/wiki/Biology" allow="fullscreen" allowfullscreen="" style="height:100%;width:100%; aspect-ratio: 16 / 5; "></iframe> ## Landscapes - [Outline of biology - Wikipedia](https://en.wikipedia.org/wiki/Outline_of_physics) <iframe src="https://en.wikipedia.org/wiki/Outline_of_biology" allow="fullscreen" allowfullscreen="" style="height:100%;width:100%; aspect-ratio: 16 / 5; "></iframe> - [Map of Biology - YouTube](https://www.youtube.com/watch?v=wENhHnJI1ys) <iframe title="Map of Biology" src="https://www.youtube.com/embed/wENhHnJI1ys?feature=oembed" height="113" width="200" allowfullscreen="" allow="fullscreen" style="aspect-ratio: 1.76991 / 1; width: 100%; height: 100%;"></iframe> - [ALL OF BIOLOGY explained in 17 Minutes - YouTube](https://www.youtube.com/watch?v=3tisOnOkwzo) - [[Biophysics]] - [[Biotechnology]] - [[Artificial Intelligence x Biology]] - Metabolic pathways [Roche BCP](https://biochemical-pathways.com/) https://faculty.cc.gatech.edu/~turk/bio_sim/articles/metabolic_pathways.png [[Images/f1f5e0e7fe52ac0b006472416054d6cd_MD5.jpeg|Open: metabolic_pathways.png]] ![[Images/f1f5e0e7fe52ac0b006472416054d6cd_MD5.jpeg]] ## Contents - [[Life]] ## Brainstorming The human morphology is just a tiny point in the space of all possible configurations of physical systems " Are we quantum computers? ❤️ If the brain eventually turns out to use the principles of quantum mechanics to compute and process information more efficiently, which is an as of now still unconfirmed hypothesis with insufficiently strong empirical evidence, then we are all quantum computers. ❤️ Or there are some confirmed quantum processes in biology in general. ❤️ But at least all of us, and all other physical systems, are at the fundamental level the fundamental particles of the universe that make up matter and forces, which operate on the principles of quantum mechanics, and other physics that we know, and that we don't know yet, so we're still quantum anyway. ❤️ Or any physical system can be seen through quantum information theory. ❤️ And in terms of quantum computation being used for better information processing in the brain, afaik, it's an as of now still unconfirmed hypothesis with insufficiently strong empirical evidence, but there are some quantum processes in biology in general unrelated to cognition. But we're still fundamentally to some approximation Standard model stuff which operates under quantum field theory. Still, afaik, we are struggling to find quantum phenomena like superposition and entanglement in the biological neural computations for cognition, because it's a really noisy and warm environment, where quantum computations have trouble surviving, so classical models of information processing are relatively winning more so far in terms of predicting cognition, but we still don't know so much about what equations is the brain using. " ## Deep dives - [[Longevity]], [[Immortality]] - [Lists of unsolved problems in biology - Wikipedia](https://en.wikipedia.org/wiki/Lists_of_unsolved_problems_in_biology) <iframe src="https://en.wikipedia.org/wiki/Lists_of_unsolved_problems_in_biology" allow="fullscreen" allowfullscreen="" style="height:100%;width:100%; aspect-ratio: 16 / 5; "></iframe> - [[Medicine]] - [[Healthcare]] - [The Surprising Map of Plants - YouTube](https://www.youtube.com/watch?v=ONVpFtiD-fo) ## Additional topics - [Every Animal In Your DNA - YouTube](https://www.youtube.com/watch?v=GRm__SOzz6c) - [VIRUSES Explained in 9 Slides - YouTube](https://www.youtube.com/watch?v=754YnbOtmvA) ## Resources [[Resources biology]] ## Written by AI (may include factually incorrect information) #### Map 1 **Gigantic Map of Biology** --- **I. Molecular Biology** - **A. Nucleic Acids** - DNA Structure and Function - Double Helix Model - Base Pairing Rules - DNA Replication Mechanisms - RNA Types and Functions - mRNA, tRNA, rRNA - Non-coding RNAs (siRNA, miRNA) - **B. Gene Expression** - Transcription Processes - RNA Polymerase Function - Promoters and Enhancers - Translation Mechanisms - Ribosome Structure - Codon-Anticodon Interaction - **C. Protein Biology** - Amino Acids and Peptide Bonds - Protein Folding and Structure - Primary to Quaternary Structures - Enzyme Kinetics - Activation Energy - Inhibition Types - **D. Genetic Regulation** - Operons in Prokaryotes - Epigenetics - DNA Methylation - Histone Modification - **E. Molecular Techniques** - PCR and qPCR - Gel Electrophoresis - DNA Sequencing Technologies - Sanger Sequencing - Next-Generation Sequencing - CRISPR-Cas9 Gene Editing --- **II. Cell Biology** - **A. Cell Structure** - Prokaryotic vs. Eukaryotic Cells - Organelles and Their Functions - Nucleus, Mitochondria, ER, Golgi Apparatus - Cytoskeleton Components - Microfilaments, Microtubules, Intermediate Filaments - **B. Cell Membrane Dynamics** - Fluid Mosaic Model - Transport Mechanisms - Passive and Active Transport - Membrane Receptors - **C. Cell Cycle and Division** - Phases of the Cell Cycle - G1, S, G2, Mitosis, Cytokinesis - Checkpoints and Regulation - Apoptosis and Necrosis - **D. Cellular Communication** - Signal Transduction Pathways - Second Messengers (cAMP, Ca²⁺) - Cell Junctions and Adhesion --- **III. Genetics** - **A. Classical Genetics** - Mendelian Inheritance - Law of Segregation - Law of Independent Assortment - Punnett Squares and Pedigrees - **B. Molecular Genetics** - Gene Structure and Mutation Types - Genetic Recombination and Mapping - Transposons and Genetic Elements - **C. Population Genetics** - Hardy-Weinberg Equilibrium - Genetic Drift and Gene Flow - Selection Pressures - **D. Genomics** - Genome Sequencing Projects - Comparative Genomics - Functional Genomics and Proteomics --- **IV. Evolutionary Biology** - **A. Evolutionary Theories** - Natural Selection and Adaptation - Genetic Variation and Speciation - Phylogenetics and Cladistics - **B. Evolutionary Mechanisms** - Mutation and Genetic Drift - Gene Flow and Hybridization - Sexual Selection - **C. Macroevolution** - Fossil Record and Transitional Forms - Mass Extinctions - Adaptive Radiation - **D. Human Evolution** - Hominid Fossils - Molecular Anthropology - Cultural Evolution --- **V. Ecology** - **A. Organismal Ecology** - Physiological Ecology - Behavioral Ecology - **B. Population Ecology** - Population Dynamics - Reproductive Strategies - Life History Traits - **C. Community Ecology** - Species Interactions - Predation, Competition, Symbiosis - Community Structure and Succession - **D. Ecosystem Ecology** - Energy Flow and Food Webs - Biogeochemical Cycles - Carbon, Nitrogen, Phosphorus Cycles - **E. Global Ecology** - Climate Change Impact - Biodiversity and Conservation - Habitat Destruction and Restoration --- **VI. Physiology** - **A. Animal Physiology** - Nervous System - Neuron Function, Synaptic Transmission - Circulatory System - Heart Anatomy, Blood Vessels - Respiratory System - Gas Exchange Mechanisms - Digestive System - Nutrient Absorption - Excretory System - Kidney Function and Osmoregulation - Endocrine System - Hormonal Control and Feedback Loops - **B. Plant Physiology** - Photosynthesis and Photophosphorylation - Transpiration and Water Transport - Plant Hormones (Auxins, Gibberellins) - Nutrient Uptake and Soil Interactions --- **VII. Anatomy** - **A. Human Anatomy** - Skeletal System - Muscular System - Cardiovascular System - Respiratory System - Digestive System - Nervous System - Reproductive System - **B. Comparative Anatomy** - Homologous and Analogous Structures - Evolutionary Adaptations --- **VIII. Biochemistry** - **A. Biomolecules** - Carbohydrates - Monosaccharides, Polysaccharides - Lipids - Fatty Acids, Phospholipids, Steroids - Proteins - Amino Acids, Enzymes - Nucleic Acids - DNA, RNA Structures - **B. Metabolism** - Catabolic Pathways - Glycolysis, Krebs Cycle, Electron Transport Chain - Anabolic Pathways - Gluconeogenesis, Lipogenesis - **C. Enzymology** - Enzyme Structure and Function - Cofactors and Coenzymes - Regulation of Enzyme Activity --- **IX. Microbiology** - **A. Bacteriology** - Bacterial Classification - Gram-Positive vs. Gram-Negative - Antibiotic Resistance Mechanisms - **B. Virology** - Virus Life Cycles - Lytic and Lysogenic Cycles - Retroviruses and Reverse Transcriptase - **C. Mycology** - Fungal Reproduction - Sexual and Asexual Spores - Fungi in Ecosystems - **D. Parasitology** - Protozoan Diseases - Helminth Infections - **E. Microbial Ecology** - Microbiomes - Biofilms and Quorum Sensing --- **X. Botany** - **A. Plant Taxonomy** - Classification Systems - Angiosperms vs. Gymnosperms - **B. Plant Morphology** - Tissue Types - Meristematic, Vascular, Ground Tissues - Leaf Structures and Functions - **C. Plant Reproduction** - Alternation of Generations - Seed Development and Dispersal - **D. Economic Botany** - Medicinal Plants - Crop Plants and Agriculture --- **XI. Zoology** - **A. Invertebrate Zoology** - Sponges, Cnidarians, Mollusks, Arthropods - Echinoderms and Their Unique Systems - **B. Vertebrate Zoology** - Fish, Amphibians, Reptiles, Birds, Mammals - Comparative Physiology and Anatomy - **C. Ethology (Animal Behavior)** - Innate and Learned Behaviors - Social Structures and Communication - **D. Conservation Zoology** - Endangered Species - Wildlife Management --- **XII. Developmental Biology** - **A. Embryology** - Gametogenesis - Fertilization and Early Development - Germ Layer Formation - **B. Organogenesis** - Development of Organ Systems - Morphogenetic Movements - **C. Growth and Differentiation** - Stem Cells and Their Potency - Regeneration Mechanisms --- **XIII. Neurobiology** - **A. Neuroanatomy** - Central and Peripheral Nervous Systems - Brain Structures and Functions - **B. Neurophysiology** - Action Potentials - Synaptic Transmission - **C. Sensory Systems** - Vision, Hearing, Taste, Smell, Touch - **D. Neurological Disorders** - Neurodegenerative Diseases - Neurodevelopmental Disorders --- **XIV. Immunology** - **A. Innate Immunity** - Physical Barriers - Phagocytic Cells - Complement System - **B. Adaptive Immunity** - Lymphocytes (B Cells and T Cells) - Antigen Presentation - Immunological Memory - **C. Vaccinology** - Vaccine Development - Herd Immunity - **D. Immunopathology** - Autoimmune Diseases - Hypersensitivities - Immunodeficiency Disorders --- **XV. Biotechnology** - **A. Genetic Engineering** - Recombinant DNA Technology - Gene Cloning and Expression - **B. Biomedical Applications** - Gene Therapy - Stem Cell Therapy - **C. Agricultural Biotechnology** - Genetically Modified Organisms (GMOs) - Pest-Resistant Crops - **D. Industrial Biotechnology** - Bioprocessing and Fermentation - Biofuels and Bioplastics --- **XVI. Bioinformatics** - **A. Biological Databases** - GenBank, EMBL, DDBJ - Protein Data Bank (PDB) - **B. Sequence Alignment** - BLAST and FASTA Tools - Multiple Sequence Alignment - **C. Computational Genomics** - Genome Assembly and Annotation - Comparative Genomics - **D. Systems Biology** - Network Modeling - Pathway Analysis --- **XVII. Systems Biology** - **A. Integrative Approaches** - Omics Technologies - High-Throughput Screening - **B. Biological Networks** - Gene Regulatory Networks - Metabolic Networks - **C. Modeling and Simulation** - Computational Modeling - Predictive Biology --- **XVIII. Synthetic Biology** - **A. Biological Engineering** - Synthetic Gene Circuits - Modular Genetic Parts - **B. Artificial Life Forms** - Minimal Genomes - Xenobiology - **C. Applications** - Biomanufacturing - Environmental Biosensors --- **XIX. Structural Biology** - **A. Protein Structure Analysis** - X-ray Crystallography - NMR Spectroscopy - Cryo-Electron Microscopy - **B. Macromolecular Interactions** - Protein-Protein Interactions - Ligand Binding - **C. Drug Design and Discovery** - Structure-Based Drug Design - Virtual Screening --- **XX. Astrobiology** - **A. Origin of Life Studies** - Prebiotic Chemistry - RNA World Hypothesis - **B. Extremophiles** - Life in Extreme Environments - Implications for Extraterrestrial Life - **C. Exoplanet Research** - Habitable Zones - Biosignatures --- **XXI. Biogeography** - **A. Species Distribution** - Geographic Range and Endemism - Dispersal Mechanisms - **B. Plate Tectonics and Evolution** - Continental Drift - Vicariance Biogeography - **C. Island Biogeography** - Species-Area Relationships - Colonization and Extinction Dynamics --- **XXII. Paleontology** - **A. Fossil Record** - Fossilization Processes - Stratigraphy and Dating Methods - **B. Evolution of Major Taxa** - Dinosaurs and Mesozoic Fauna - Early Mammals - **C. Mass Extinctions** - Causes and Consequences - Recovery and Radiation --- **XXIII. Marine Biology** - **A. Marine Ecosystems** - Coral Reefs, Mangroves, Deep Sea - Ocean Currents and Productivity - **B. Marine Organisms** - Plankton, Nekton, Benthos - Marine Mammal Biology - **C. Human Impact** - Overfishing - Pollution and Acidification --- **XXIV. Environmental Biology** - **A. Ecosystem Health** - Indicators and Assessment - Restoration Ecology - **B. Pollution Biology** - Heavy Metals, Pesticides - Bioaccumulation and Biomagnification - **C. Climate Change Biology** - Species Range Shifts - Phenological Changes --- **XXV. Biophysics** - **A. Molecular Biophysics** - Biomolecular Structure and Dynamics - Single-Molecule Techniques - **B. Cellular Biophysics** - Membrane Biophysics - Electrophysiology - **C. Systems Biophysics** - Neural Networks - Biomechanics --- **XXVI. Biostatistics** - **A. Statistical Methods** - Descriptive and Inferential Statistics - Hypothesis Testing - **B. Experimental Design** - Randomization - Control Groups - **C. Data Analysis** - Regression Analysis - ANOVA --- **XXVII. Chronobiology** - **A. Biological Rhythms** - Circadian Rhythms - Ultradian and Infradian Rhythms - **B. Molecular Clocks** - Clock Genes - Entrainment Mechanisms --- **XXVIII. Gerontology** - **A. Aging Processes** - Cellular Senescence - Telomere Shortening - **B. Age-Related Diseases** - Neurodegenerative Diseases - Metabolic Disorders - **C. Longevity Research** - Caloric Restriction - Genetic Factors --- **XXIX. Pharmacology** - **A. Drug Development** - Drug Discovery Pipeline - Clinical Trials - **B. Pharmacokinetics** - Absorption, Distribution, Metabolism, Excretion - **C. Pharmacodynamics** - Drug-Receptor Interactions - Dose-Response Relationships --- **XXX. Toxicology** - **A. Toxic Agents** - Natural and Synthetic Toxins - Mechanisms of Toxicity - **B. Environmental Toxicology** - Ecotoxicology - Risk Assessment --- **XXXI. Epidemiology** - **A. Disease Patterns** - Incidence and Prevalence - Outbreak Investigation - **B. Public Health** - Vaccination Programs - Epidemiological Studies - **C. Global Health Issues** - Infectious Diseases - Non-Communicable Diseases --- **XXXII. Bioethics** - **A. Ethical Principles** - Autonomy, Beneficence, Justice - **B. Research Ethics** - Informed Consent - Animal Experimentation - **C. Clinical Ethics** - End-of-Life Decisions - Genetic Privacy --- **XXXIII. Forensic Biology** - **A. DNA Profiling** - STR Analysis - Mitochondrial DNA - **B. Biological Evidence** - Blood, Hair, Semen Analysis - **C. Forensic Entomology** - Insect Succession on Corpses - Time of Death Estimation --- **XXXIV. Agricultural Biology** - **A. Crop Science** - Plant Breeding - Soil Management - **B. Animal Husbandry** - Livestock Genetics - Disease Management - **C. Sustainable Agriculture** - Organic Farming - Permaculture --- **XXXV. Ethnobiology** - **A. Ethnobotany** - Traditional Plant Uses - Medicinal Plants - **B. Ethnozoology** - Animal Symbolism - Wildlife in Cultures - **C. Traditional Ecological Knowledge** - Indigenous Resource Management --- **XXXVI. Education and Communication** - **A. Biological Education** - Curriculum Development - Pedagogical Strategies - **B. Science Communication** - Public Engagement - Media and Outreach - **C. Citizen Science** - Community Involvement - Data Collection Initiatives --- This comprehensive map provides a hierarchical overview of biology's vast and interconnected disciplines. Each section can be delved into more deeply, revealing the intricate details and current research trends that define modern biological science. #### Map 2 - Biology is a vast field of science that studies life and living organisms. It encompasses numerous sub-disciplines and specialized areas of study. Here's a comprehensive list of the various branches and subfields within biology: ### 1. Core Biological Disciplines - Botany (Study of Plants) - Zoology (Study of Animals) - Microbiology (Study of Microorganisms) - Genetics (Study of Genes and Heredity) - Ecology (Study of Ecosystems and the Environment) - Evolutionary Biology (Study of the Evolution of Life) - Cell Biology (Study of Cellular Structures and Functions) - Molecular Biology (Study of Biological Molecules) - Physiology (Study of Organ Functions) ### 2. Specialized Fields in Biology - Marine Biology (Study of Marine Ecosystems) - Conservation Biology (Study of Biodiversity and Conservation) - Ethology (Study of Animal Behavior) - Paleontology (Study of Fossils and Ancient Life) - Mycology (Study of Fungi) - Virology (Study of Viruses) - Phycology (Study of Algae) - Parasitology (Study of Parasites) - Entomology (Study of Insects) - Ornithology (Study of Birds) - Herpetology (Study of Reptiles and Amphibians) - Ichthyology (Study of Fish) - Mammalogy (Study of Mammals) - Nematology (Study of Nematodes) - Limnology (Study of Inland Waters) ### 3. Interdisciplinary and Applied Biology - Biotechnology (Application of Biology and Technology) - Bioinformatics (Intersection of Biology and Informatics) - Systems Biology (Study of Complex Biological Systems) - Synthetic Biology (Engineering of Biological Systems) - [[Biophysics]] (Application of Physics to Biological Problems) - Biochemistry (Chemical Processes in Organisms) - Astrobiology (Study of Life in the Universe) - Biogeography (Geographical Distribution of Species) - Environmental Biology (Study of the Biological Impacts of Environmental Changes) - Conservation Genetics (Genetics in Conservation Management) - Wildlife Biology (Study of Wild Animals) - Agrobiology (Biology Applied to Agriculture) - Pharmacology (Study of Drug Action) - Toxicology (Study of the Effects of Chemicals on Living Organisms) - Developmental Biology (Study of Development of Organisms) - Plant Pathology (Study of Plant Diseases) - Epidemiology (Study of Diseases in Populations) - Endocrinology (Study of Hormones) - Immunology (Study of the Immune System) - Neurobiology (Study of the Nervous System) - Structural Biology (Molecular Structure of Biological Macromolecules) - Psychobiology (Biological Basis of Psychology) - Population Biology (Study of Populations of Organisms) ### 4. Emerging Areas in Biology - Computational Biology (Computational Analysis of Biological Data) - Genomics (Study of Genomes) - Proteomics (Study of the Proteome) - Metabolomics (Study of Metabolic Processes) - Epigenetics (Study of Changes in Gene Expression) - Cryobiology (Study of Organisms at Low Temperatures) - Nanobiology (Application of Nanotechnology in Biology) - Theoretical Biology (Theoretical Models of Biological Systems) - Astrobiology (Study of Life in the Universe) Biology is a dynamic and ever-evolving field, continuously expanding with new discoveries, technologies, and methodologies. It spans a wide range of scales, from molecular biology to global environmental systems, making it one of the most diverse and comprehensive scientific disciplines.