HandWiki:Biology

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Handwiki biology.svg Biology

Biology is the natural science that studies life and living organisms, including their physical structure, chemical processes, molecular interactions, development and evolution.     [Add article]



List of Categories

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Main topics

  1. Algae
  2. Algae biofuels
  3. Anatomical terminology
  4. Anatomy
  5. Angiology
  6. Ascomycota
  7. Astrobiology space missions
  8. Biobanks
  9. Biochemistry
  10. Biochemistry methods
  11. Biocybernetics
  12. Biodiversity
  13. Bioenergy
  14. Bioethics
  15. Biogeochemical cycle
  16. Bioindicators
  17. Bioinformatics
  18. Bioinformatics software
  19. Biological classification
  20. Biological databases
  21. Biological defense mechanisms
  22. Biological engineering
  23. Biological evolution
  24. Biological hypotheses
  25. Biological interactions
  26. Biological matter
  27. Biological oceanography
  28. Biological processes
  29. Biological rules
  30. Biological sequence format
  31. Biological techniques and tools
  32. Biology
  33. Biology terminology
  34. Biology theories
  35. Bioluminescence
  36. Biomass
  37. Biomechanics
  38. Biometrics
  39. Biomineralization
  40. Biomolecules
  41. Biophysics
  42. Biosensors
  43. Biostatistics
  44. Biotechnology
  45. Botanical nomenclature
  46. Brain anatomy
  47. Branches of biology
  48. Chloroflexi
  49. Cloning
  50. Clusters of differentiation
  51. Computational biology
  52. Computational neuroscience
  53. Conservation biology
  54. Coronaviridae
  55. Cryobiology
  56. Developmental biology
  57. Electrophysiology
  58. Embryology
  59. Endemism
  60. Endosymbiotic events
  61. Evolution
  62. Evolutionary biology
  63. Fungal morphology and anatomy
  64. Fungi
  65. Fungi by classification
  66. Fungus ecology
  67. Fungus phyla
  68. GHB receptor agonists
  69. Genome projects
  70. Genomics
  71. Habitat
  72. Habitats
  73. Histochemistry
  74. Histology
  75. Histotechnology
  76. Human evolution
  77. Immunology
  78. Invasive species
  79. Lectins
  80. Light reactions
  81. Mathematical and theoretical biology
  82. Meiosis
  83. Membrane biology
  84. Metabolism
  85. Metagenomics
  86. Methylation
  87. Microarrays
  88. Microbial population biology
  89. Microbiomes
  90. Mitochondria
  91. Mitosis
  92. Morphology (biology)
  93. Mutation
  94. Mutualism (biology)
  95. Mycology
  96. Neural circuits
  97. Neural synapse
  98. Neurochemistry
  99. Neuroinformatics
  100. Neurons
  101. Neuroscience
  102. Neurotechnology
  103. Neurotransmitter transporters
  104. Nucleases
  105. Nucleotides
  106. Obsolete biological theories
  107. Obsolete prokaryote taxa
  108. Omics
  109. Organelles
  110. Origin of life
  111. Parasitology
  112. Pathogenic microbes
  113. Photosynthesis
  114. Polymerase chain reaction
  115. Polyphyletic groups
  116. Posttranslational modification
  117. Proteomics
  118. Proximate theories of biological aging
  119. Radiobiology
  120. Radiodurants
  121. Reproduction
  122. Reproductive system
  123. Ribozymes
  124. Secondary metabolites
  125. Senescence
  126. Signal transduction
  127. Soil biology
  128. Solute carrier family
  129. Superorganisms
  130. Symbiosis
  131. Synthetic biology
  132. Systems biology
  133. Theories of aging
  134. Theories of biological aging
  135. Tissues (biology)
  136. Transcription coregulators
  137. Transmembrane transporters
  138. Vaccines
  139. Virulence factors

Botany

  1. Branches of botany
  2. Fossil record of plants
  3. Paleobotany
  4. Plant anatomy
  5. Plant cells
  6. Plant life-form
  7. Plant morphology
  8. Plant pathogens and diseases
  9. Plant reproduction
  10. Plant taxonomy
  11. Plants
  12. Plants by habit

Microbiology

  1. Animal cells
  2. Animal virology
  3. Bacteria
  4. Bacterial diseases
  5. Bacterial enzymes
  6. Bacterial toxins
  7. Bacteriology
  8. Cell adhesion proteins
  9. Cell anatomy
  10. Cell biology
  11. Cell cycle
  12. Cell imaging
  13. Cell movement
  14. Cell signaling
  15. Cellular respiration
  16. Cellular senescence
  17. Environmental microbiology
  18. Gammaretroviruses
  19. Geomicrobiology
  20. Germ cells
  21. Human cells
  22. Induced stem cells
  23. Lists of bacteria
  24. Microbiology
  25. Microbiology techniques
  26. Microbiology terms
  27. Neuroendocrine cells
  28. Phototrophic bacteria
  29. Plant cells
  30. Programmed cell death
  31. Stem cells
  32. Virology
  33. Viruses

Molecular biology

  1. 14-3-3 proteins
  2. Applied genetics
  3. Bacterial enzymes
  4. Biotin enzymes
  5. Blood proteins
  6. Cell adhesion proteins
  7. Chromosomes
  8. Cytogenetics
  9. DNA
  10. DNA repair
  11. DNA replication
  12. DNA sequencing
  13. DNA-binding proteins
  14. DNA-binding substances
  15. Developmental genes and proteins
  16. EC 1.1.1
  17. EC 1.1.3
  18. EC 1.1.99
  19. EC 1.14.12
  20. EC 1.14.13
  21. EC 1.14.15
  22. EC 1.14.18
  23. EC 1.14.99
  24. EC 1.3.1
  25. EC 1.8.1
  26. EC 1.8.4
  27. EC 2.1.1
  28. EC 2.3.1
  29. EC 2.3.2
  30. EC 2.3.3
  31. EC 2.4.1
  32. EC 2.6.1
  33. EC 2.7.1
  34. EC 2.7.11
  35. EC 2.7.2
  36. EC 2.7.7
  37. EC 2.7.8
  38. EC 2.8.2
  39. EC 3.1
  40. EC 3.1.1
  41. EC 3.1.3
  42. EC 3.1.4
  43. EC 3.1.5
  44. EC 3.1.7
  45. EC 3.2.1
  46. EC 3.2.2
  47. EC 3.3.2
  48. EC 3.4.11
  49. EC 3.5.1
  50. EC 3.5.2
  51. EC 3.5.4
  52. EC 3.6.3
  53. EC 4.1.1
  54. EC 4.1.99
  55. EC 4.2.1
  56. EC 4.2.3
  57. EC 4.2.99
  58. EC 4.3.2
  59. EC 4.4.1
  60. EC 4.99.1
  61. EC 5.3.1
  62. EC 5.3.2
  63. EC 5.3.99
  64. EC 5.4.2
  65. EC 6.2.1
  66. EC 6.3.2
  67. EC 6.3.4
  68. EC 6.3.5
  69. Enzymes
  70. Enzymes of known structure
  71. Enzymes of unknown structure
  72. Epigenetics
  73. Flavin enzymes
  74. G proteins
  75. Genetic genealogy
  76. Heme enzymes
  77. Human Y-DNA haplogroups
  78. Human Y-DNA modal haplotypes
  79. Human mtDNA haplogroups
  80. Human proteins
  81. Integral membrane proteins
  82. Iron enzymes
  83. Iron-sulfur enzymes
  84. Membrane proteins
  85. MicroRNA
  86. MicroRNA precursor families
  87. Mitochondrial proteins
  88. Mobile genetic elements
  89. Molecular biology
  90. Molecular biology techniques
  91. Molecular evolution
  92. Molecular genetics
  93. NADH-dependent enzymes
  94. NADPH-dependent enzymes
  95. Non-coding RNA
  96. POU-domain proteins
  97. Peripheral membrane proteins
  98. Phylogenetics
  99. Protein biosynthesis
  100. Protein classification
  101. Protein complexes
  102. Protein domains
  103. Protein families
  104. Protein methods
  105. Protein structure
  106. Protein superfamilies
  107. Proteins
  108. RNA
  109. RNA interference
  110. RNA sequencing
  111. RNA splicing
  112. Recombinant proteins
  113. Restriction enzymes
  114. Ribosomal RNA
  115. Saccharomyces cerevisiae genetics
  116. Statistical genetics
  117. Streptococcal proteins
  118. Structural proteins
  119. Transmembrane proteins
  120. Transport proteins

Genetics

  1. Applied genetics
  2. Cytogenetics
  3. Developmental genes and proteins
  4. Epigenetics
  5. Gene delivery
  6. Gene expression
  7. Gene families
  8. Gene tests
  9. Gene therapy
  10. Genes
  11. Genetic engineering
  12. Genetic genealogy
  13. Genetically modified organisms
  14. Genetics
  15. Genetics terms
  16. Mobile genetic elements
  17. Molecular genetics
  18. Phylogenetics
  19. Saccharomyces cerevisiae genetics
  20. Statistical genetics