List of MeSH codes (G04) explained

The following is a partial list of the "G" codes for Medical Subject Headings (MeSH), as defined by the United States National Library of Medicine (NLM).

This list continues the information at List of MeSH codes (G03). Codes following these are found at List of MeSH codes (G05). For other MeSH codes, see List of MeSH codes.

The source for this content is the set of 2006 MeSH Trees from the NLM.

– biological phenomena, cell phenomena, and immunity

– biological phenomena

– adaptation, biological

– adaptation, physiological
– acclimatization
– estivation
– hibernation

– evolution

– evolution, molecular
– genetic speciation
– phylogeny

– microbiologic phenomena

– antibiosis
– bacterial physiology
– bacterial adhesion
– bacterial translocation
– bacteriolysis
– nitrogen fixation
– drug resistance, microbial
– drug resistance, bacterial
– beta-lactam resistance
– cephalosporin resistance
– penicillin resistance
– ampicillin resistance
– methicillin resistance
– chloramphenicol resistance
– drug resistance, multiple, bacterial
– kanamycin resistance
– tetracycline resistance
– trimethoprim resistance
– vancomycin resistance
– drug resistance, fungal
– drug resistance, multiple, fungal
– drug resistance, viral
– drug resistance, multiple, viral
– drug resistance, multiple
– drug resistance, multiple, bacterial
– drug resistance, multiple, fungal
– drug resistance, multiple, viral
– germ-free life
– specific pathogen-free organisms
– hemadsorption
– microbial viability
– nitrogen fixation
– transformation, bacterial
– viral physiology
– antibody-dependent enhancement
– cell transformation, viral
– cytopathogenic effect, viral
– hemagglutination, viral
– inclusion bodies, viral
– viral interference
– virus inactivation
– virus integration
– lysogeny
– virus latency
– virus replication
– virus activation
– virus assembly
– virus shedding
– virulence

– pigmentation

– eye color
– hair color
– skin pigmentation

– regeneration

– remission, spontaneous

– neoplasm regression, spontaneous

– tissue survival

– cell physiology

– cell aging

– erythrocyte aging

– cell communication

– cell compartmentation

– chromosome positioning

– cell count

– blood cell count
– erythrocyte count
– reticulocyte count
– leukocyte count
– lymphocyte count
– cd4 lymphocyte count
– cd4-cd8 ratio
– platelet count
– sperm count

– cell cycle

– cell division
– cell nucleus division
– anaphase
– chromosome segregation
– meiosis
– meiotic prophase i
– chromosome pairing
– synaptonemal complex
– pachytene stage
– metaphase
– mitosis
– anaphase
– metaphase
– prometaphase
– prophase
– telophase
– prometaphase
– prophase
– meiotic prophase i
– chromosome pairing
– synaptonemal complex
– pachytene stage
– telophase
– cytokinesis
– interphase
– g0 phase
– g1 phase
– g2 phase
– s phase

– cell death

– cell differentiation

– adipogenesis
– embryonic induction
– gametogenesis
– oogenesis
– vitellogenesis
– spermatogenesis
– sperm maturation
– hematopoiesis
– erythropoiesis
– hematopoiesis, extramedullary
– leukopoiesis
– lymphopoiesis
– myelopoiesis
– thrombopoiesis

– cell growth processes

– cell enlargement
– cell proliferation
– cell division
– cell nucleus division
– anaphase
– chromosome segregation
– meiosis
– meiotic prophase i
– chromosome pairing
– synaptonemal complex
– pachytene stage
– metaphase
– mitosis
– anaphase
– metaphase
– prometaphase
– prophase
– telophase
– prometaphase
– prophase
– meiotic prophase i
– chromosome pairing
– synaptonemal complex
– pachytene stage
– telophase
– cytokinesis

– cell movement

– cell aggregation
– chemotaxis
– chemotaxis, leukocyte
– leukocyte rolling
– ovum transport
– sperm motility
– sperm transport

– cell respiration

– cell hypoxia
– respiratory burst

– cytoplasmic streaming

– axonal transport

– dna packaging

– chromatin assembly and disassembly

– endocytosis

– exocytosis

– cell degranulation

– receptor aggregation

– immunologic capping

– signal transduction

– immunity

– antibody specificity

– organ specificity
– species specificity

– antigen-antibody reactions

– agglutination
– hemagglutination
– sperm agglutination
– antibody affinity
– antigenic modulation
– binding sites, antibody
– cross reactions
– hemolysis
– immunologic capping
– passive cutaneous anaphylaxis
– rh isoimmunization

– complement activation

– complement pathway, alternative
– complement pathway, classical
– complement pathway, mannose-binding lectin

– cytotoxicity, immunologic

– antibody-dependent cell cytotoxicity
– macrophage activation

– immune tolerance

– clonal anergy
– clonal deletion
– self tolerance
– tachyphylaxis
– transplantation tolerance

– immunity, cellular

– antigen presentation
– immunologic surveillance
– lymphocyte activation
– cross-priming
– transplantation immunology
– graft vs host reaction
– graft vs tumor effect
– graft vs leukemia effect
– histocompatibility
– host vs graft reaction
– graft rejection
– graft survival

– immunity, natural

– blood bactericidal activity
– phagocytosis

– immunocompromised host

– radiation chimera

– immunogenetics

– antibody diversity
– antigenic variation
– gene rearrangement, b-lymphocyte
– gene rearrangement, b-lymphocyte, heavy chain
– immunoglobulin class switching
– gene rearrangement, b-lymphocyte, light chain
– gene rearrangement, t-lymphocyte
– gene rearrangement, alpha-chain t-cell antigen receptor
– gene rearrangement, beta-chain t-cell antigen receptor
– gene rearrangement, delta-chain t-cell antigen receptor
– gene rearrangement, gamma-chain t-cell antigen receptor
– genes, immunoglobulin
– immunoglobulin allotypes
– immunoglobulin gm allotypes
– immunoglobulin km allotypes
– immunoglobulin idiotypes
– major histocompatibility complex
– genes, mhc class i
– genes, mhc class ii
– minor histocompatibility loci
– minor lymphocyte stimulatory loci
– somatic hypermutation, immunoglobulin