CZ:Biology Workgroup/concepts
Jump to navigation
Jump to search
Basic biochemistry concepts
- Major categories of bio-compounds:
- Carbohydrates : sugar -- disaccharide -- polysaccharide -- starch -- glycogen
- Lipids : fatty acid -- fats -- essential oils -- oils -- waxes -- cholesterol
- Nucleic acids : DNA -- RNA -- mRNA -- tRNA -- rRNA -- codon -- adenosine -- cytosine -- guanine -- thymine -- uracil
- Proteins :
- amino acid -- glycine -- arginine -- lysine
- peptide -- primary structure -- secondary structure -- tertiary structure -- conformation -- protein folding
- Chemical properties:
- molecular bond -- covalent bond -- ionic bond -- hydrogen bond -- ester -- ethyl
- molecular charge -- hydrophilic -- hydrophobic -- polar
- pH -- acid -- alkaline -- base
- oxidation -- reduction -- hydrolysis
- Structural compounds:
- Enzymes and enzyme activity:
- Membranes : fluid mosaic model -- diffusion -- osmosis
- phospholipids -- glycolipid -- glycocalyx -- antigen -- isoprene
- ion channel -- proton pump -- electron transport -- ion gradient -- antiporter -- symporter -- quinone -- riboflavin
- Energy pathways :
- pigments : chlorophyll -- carotenoids -- xanthophyll -- cytochrome -- phycobilin -- bacteriorhodopsin -- hemoglobin -- myoglobin -- absorption spectrum -- action spectrum -- fluorescence
- Photosynthesis : light reaction -- dark reaction
- Fermentation : Acetyl-CoA -- lactic acid
- Cellular respiration : Adenosine triphosphate (ATP) -- NADH -- pyruvate -- oxalate -- citrate
- Chemosynthesis
- Regulation
- hormones : auxin
- signal transduction -- growth factor -- transcription factor -- protein kinase -- SH3 domain
- Malfunctions : tumor -- oncogene -- tumor suppressor gene
- Receptors : Integrin -- transmembrane receptor -- ion channel
- Techniques : electrophoresis -- chromatography -- mass spectrometry -- x-ray diffraction -- Southern blot -- fractionation -- Gram stain
Subdisciplines of biology
- Acarology -- Anatomy -- Arachnology -- Biochemistry -- Bioinformatics -- Biomechanics -- Bionomics -- Biophysics -- Biotechnology -- Botany -- Cell biology -- Ecology -- Entomology -- Evolution -- Genetics -- Gerontology -- Herpetology -- Histology -- Ichnology -- Ichthyology -- Immunology -- Limnology -- Marine biology -- Microbiology -- Molecular biology -- Mycology -- Myrmecology -- Neurobiology -- Ornithology -- Paleontology -- Palynology -- Parasitology -- Photobiology -- Phycology -- Physiology -- Plant physiology -- Biological psychology-- Radiobiology -- Sociobiology -- Structural biology -- Taxonomy -- Virology -- Zoology
Basic biology concepts
Ecology & evolution
- Life: origin of life -- Miller-Urey experiment
- Ecology:
- Autecology: autotroph -- heterotroph -- acclimatization -- endotherm -- ectotherm -- hibernation -- homeostasis -- behavior -- circadian rhythm
- Population ecology: population -- competition -- mating -- biological dispersal -- endemism -- niche -- growth curve -- carrying capacity
- Community ecology: community -- keystone species -- mimicry -- symbiosis -- pollination -- mutualism -- commensalism -- parasitism -- predation -- invasive species -- environmental heterogeneity -- edge effect
- Ecosystems: biodiversity -- biome -- habitat -- plankton -- thermocline -- carbon cycle -- water cycle -- nitrogen cycle -- food web -- trophic level -- saprobe -- decomposition
- Evolutionary biology (evolution)
- Microevolution: species -- speciation -- adaptation -- selection -- natural selection -- directional selection -- sexual selection -- genetic drift -- sexual reproduction -- asexual reproduction -- colony -- allele frequency -- neutral theory of molecular evolution -- population genetics -- Hardy-Weinberg principle
- Macroevolution: adaptive radiation -- convergent evolution -- extinction -- mass extinction -- fossil -- taphonomy -- geologic time -- plate tectonics -- continental drift -- vicariance -- Gondwana -- Pangaea -- endosymbiosis
- Systematics: taxon -- taxonomy -- scientific classification -- phylogeny -- evolutionary tree -- cladistics -- synapomorphy -- homology -- molecular clock
Organismal biology
- Groups of living organisms
- viruses : DNA viruses -- RNA viruses -- retroviruses
- Single-cell organisms:
- prokaryotes : microbe -- bacteria -- archaebacteria -- eubacteria
- eukaryotes: fungi -- algae -- protozoa -- protista
- Multicellular organisms:
- plantae -- plants -- bryophytes -- pteridophytes -- seed plants
- animalia -- animals -- metazoa -- insects -- molluscs -- vertebrates
- fungi -- lichen -- mycorrhizae
- Developmental biology : gamete -- spermatid -- ovum -- zygote -- embryo -- cellular differentiation -- morphogenesis --homeobox
- Animal development: stem cell -- blastula -- gastrula -- egg (biology) -- fetus -- placenta
- Plant development: seed -- cotyledon -- meristem -- apical meristem -- vascular cambium -- cork cambium
- Morphology, Anatomy, & Physiology:
- Techniques: electrophysiology -- electron microscopy
- tissues -- organ -- senescence
- Plant systems: root -- shoot -- stem -- leaf -- flower
- vascular tissue -- Casparian strip -- turgor pressure -- xylem -- phloem -- transpiration -- wood
- alternation of generations -- gametophyte -- antheridium -- archegonium -- sporophyte -- spore -- sporangium
- tropism -- taxis
- Animal systems: skin cell
- skeleton -- bone -- cartilage -- joint -- muscle -- tendon -- actin -- myosin -- reflex
- circulatory system -- respiration -- lung -- heart -- artery -- vein -- capillary -- blood -- blood cell
- digestive system -- stomach -- intestine -- liver -- nutrition -- primary nutritional groups metabolism -- kidney -- excretion
- nervous system: limbic system -- vestibular system -- neuron -- axon -- dendrite -- brain -- eye -- vision -- audition -- proprioception -- olfaction -- memory
- nerve signaling: action potential -- signal transduction -- synapse -- receptor
- endocrine system -- hormone
- reproductive system -- testes -- ovary -- pregnancy
- Medicine:
- Diseases: cancer -- diabetes -- obesity -- hereditary disease -- communicable disease
- immune system: antibody -- host -- vaccine -- immune cell -- AIDS -- T-cell -- leucocyte
- Drugs: antibiotic -- barbiturate -- SSRI
- Techniques: MRI -- Computed axial tomography -- blood count
Cell & molecular biology
- Cell biology: the cell
- Techniques: culture -- microscope -- SEM -- TEM
- cell components:
- organelles: Golgi apparatus -- nucleus -- cytoplasm -- vacuole -- vesicle -- lysosome -- peroxisome -- mitochondrion -- plastid -- chloroplast
- membranes: plasma membrane -- endomembrane system -- endoplasmic reticulum -- mitochondrial membrane -- chloroplast membrane
- Other subcellular features: cell wall -- pseudopod -- cytoskeleton -- mitotic spindle -- flagellum -- cilium
- cell processes:
- diffusion -- osmosis -- isotonic -- active transport -- phagocytosis
- energy pathways: fermentation -- glycolysis -- cellular respiration -- citric acid cycle -- photosynthesis -- Calvin cycle
- protein biosynthesis -- ribosomes
- cellular reproduction: cytokinesis -- centromere -- meiosis
- nuclear reproduction: mitosis -- interphase -- prophase -- metaphase -- anaphase -- telophase
- programmed cell death -- apoptosis -- cell senescence
- Biochemistry :
- Biomolecules:
- Small: amino acids -- Adenosine triphosphate (ATP) -- fats -- lipids -- oil -- phospholipid -- prion -- sugar -- vitamins -- neurotransmitter -- wax
- Medium-sized:
- pigments: chlorophyll -- carotenoid -- xanthophyll -- melanin
- Biopolymers/macromolecules
- proteins: primary structure -- secondary structure -- tertiary structure -- conformation -- native state -- protein folding -- enzyme -- receptor -- transmembrane receptor -- ion channel -- membrane transporter-- collagen -- silk
- DNA -- RNA
- polysaccharide: cellulose -- carbohydrate -- chitin -- glycogen -- starch
- Biochemical mechanisms: proteolysis -- cooperativity
- Techniques: electrophoresis -- His tag --affinity chromatography -- x-ray diffraction -- Proteomics -- mass spectrometry
- Biomolecules:
- Molecular biology:
- genetic structure: DNA -- DNA replication -- nucleosome -- genetic code -- codon -- transcription factor -- transcription -- translation -- RNA -- histone -- telomere
- gene expression -- heterochromatin -- promoter -- enhancer -- operon
- mutation -- point mutation -- crossover -- recombination --plasmid -- transposon
- molecular genetics: DNA fingerprinting -- genetic fingerprint -- microsatellite -- gene knockout-- imprinting -- RNA interference
- Genomics: computational biology -- bioinformatics
- Molecular Techniques: gel electrophoresis -- transformation -- PCR -- PCR mutagenesis -- primer -- chromosome walking -- RFLP -- restriction enzyme -- sequencing -- shotgun sequencing -- cloning -- culture -- DNA microarray
- Genetics (classical genetics) :
- heredity -- Mendelian inheritance -- gene -- locus -- trait -- allele -- polymorphism -- homozygote -- heterozygote -- hybrid -- hybridization -- dihybrid cross -- Punnett square
- genotype-phenotype distinction -- genotype -- phenotype -- dominant gene -- recessive gene
- genetic interactions -- Mendel's law of segregation -- genetic mosaic -- maternal effect -- penetrance -- complementation -- suppression -- epistasis -- genetic linkage
- chromosomal effects: chromosome -- haploid -- diploid -- polyploidy -- dosage effect -- inbreeding
- Model organisms: Drosophila -- Arabidopsis -- Caenorhabditis elegans -- mouse -- Saccharomyces cerevisiae -- Escherichia coli -- Lambda phage -- Xenopus
- Techniques: genetic screen -- paternity test -- linkage map -- genetic map
Influential biologists
Charles Robert Darwin -- Alfred Russel Wallace -- Jean-Baptiste Lamarck -- Sir Charles Lyell -- Alfred Wegener -- Alexander Fleming -- Andrew Huxley -- Robert Koch -- Konrad Lorenz -- Ernst Haeckel -- Theodor Bilharz -- Marcello Malpighi -- Antoni van Leeuwenhoek -- Konrad Lorenz -- Thomas Malthus -- Edward Jenner -- Carolus Linnaeus -- Sewall Wright -- Louis Pasteur -- Gregor Mendel -- Barbara McClintock -- James D. Watson -- Francis Crick -- Kary Mullis -- Rosalind Franklin -- Steven Jay Gould -- Lynn Margulis -- Carl Woese -- Jane Goodall