Wikipedia:WikiProject Missing encyclopedic articles/Skysmith's list of missing articles/Genetics

Missing articles about genetics

Thanks for User:AnteaterZot, User:Earthdirt, User:Iamozy, User:Madprime, User:Mindrake, User:Sarahj2107, User:TimVickers & User:VeronikaS

Terminology

 * Acceptor splice region -
 * Addendum correction -
 * Additive variance -
 * Allelic complementation -
 * aly sequence –
 * Androgenome -
 * Antennapedia complex (ANT-C) -
 * Average heterozygosity -
 * Azygote -
 * balanced pathogenicity -
 * Bended DNA -
 * Bigeneric hybrid -
 * Biological heritage -
 * Bone marrow chimaera -
 * Breeding out -
 * Cassette model -
 * chromosome promoter -
 * Cis-dominance -
 * Co-dominance coding strand -
 * Codon family -
 * Complex locus -
 * Concatamer -
 * Congenital remnant -
 * Coordinate regulation -
 * Copy-choice mechanism -
 * Copy-choice model -
 * Crossing over gene -
 * Crossover fixation model -
 * Differential gene expression -
 * Dissociator -
 * DNA crosslinker -
 * Dominance variation -
 * Double-positive thymocyte -
 * Embryonical egg culture -
 * Epistatis epistays -
 * Equatorial plate -
 * Filial regression -
 * Frameshift suppression -
 * Functional allele -
 * Functional complementation -
 * Gametic purity -
 * Gene centre, gene center -
 * Gene diminution -
 * Gene pair -
 * Gene segment -
 * Gene superfamily -
 * Gene tool -
 * Genetic effect -
 * genetic enhancer element -
 * genetic epigenesis -
 * Genetic epistasis -
 * Genetic group -
 * Genetic injury -
 * genetic nondisjunction -
 * genetic operator region -
 * Genetic phenomena -
 * genetic pleiotropy -
 * Genetic processes, genetic process - /
 * Genetic ratio -
 * genetic selection -
 * Genetic spiral -
 * Genetic superiority -
 * genetic template -
 * genetic terminator region -
 * genetic transcription elongation -
 * genetic transcription initiation -
 * genetic transcription termination -
 * Genetic vectors Genetic vector -
 * Genocharacteristic -
 * Genodeme -
 * Genosyntype -
 * Genotypic variance -
 * Germline configuration -
 * Germline diversity -
 * Gfm buffer -
 * Gynomerogony -
 * Haldane's map function -
 * Heavy-chain switching -
 * histone chaperone -
 * homologous trait -
 * Hybrid susceptibility -
 * Hybrid-arrested translation -
 * Hypersegmented -
 * Hypervariable locus -
 * inheritance pattern -
 * Interband -
 * Intracisternal A-particle –
 * Intrinsic isolating mechanism -
 * Intron-exon boundary -
 * Isoaccepting tRNA -
 * Isoallele -
 * Lateral line placode -
 * Lethal genes -
 * Long interspersed DNA sequence element -
 * Major locus -
 * Mapping function -
 * Maternal developmental determinant, maternal factor -
 * Megabase pair -
 * Microheterogeneity -
 * Mispairing -
 * Mitogenetic -
 * Mixovariation -
 * Modal number -
 * Monolepsis, monoleptic -
 * Monomorphic locus -
 * Morphogenetic furrow -
 * Multigene phylogenies multigene phylogeny -
 * Multiple adaptive peaks -
 * Multiple allelomorphism -
 * Myogenic stimulation -
 * N segment -
 * Neutral allele -
 * neutral genetic variation -
 * Non-permissive -
 * Nonrepetitive DNA -
 * Nuclear-scaffold -
 * Nucleoli organizing regime -
 * Opsigene -
 * Organizing region -
 * Packing ratio -
 * Parent-of-origin effect -
 * Parental generation -
 * Parental genomic imprinting -
 * parliament of genes -
 * Parsimony principle -
 * Permissive (genetics) -
 * Persistence of plasmid DNA -
 * Phenocritical period -
 * Photogene -
 * Photoregulation -
 * Plasmagene -
 * Plastogene -
 * Polyhybrid -
 * Polymorphic logi -
 * Postreduction -
 * Prepotency -
 * Prepotent -
 * Promoter-probe -
 * Q bands -
 * Quadrihybrid -
 * Recessive phenotype -
 * Reciprocal recombination -
 * Replacement vector -
 * Replicative form -
 * Replicative origin -
 * Rhabdiferous –
 * Segmentation clock -
 * Segregation of genes -
 * Sex bias -
 * Sex mosaic gynandromoprh -
 * Single feature polymorphism -
 * Somatogenic -
 * SOS response (genetics) -
 * Specialised tissue -
 * Splicing junction -
 * Stringency -
 * Sublocus -
 * Supergene family, gene superfamily -
 * Surface genetics -
 * Switch region -
 * Tetratype -
 * Threshold trait -
 * Transcription complex -
 * Transcription unit -
 * Transcriptional terminator -
 * Transdetermination -
 * Transducing phage -
 * Transit sequence -
 * Translational control -
 * triheterozygote -
 * trihybrid -
 * Type number -
 * Unidirectional replication -
 * Unique sequences, single-copy DNA -
 * V gene segment, v segment -
 * Viable cells Viable cell -
 * Visual transduction -
 * Zygoneury -
 * Zygophore -
 * Zygophyte -
 * Zygosphere -
 * Zygotaxis –

Genes and gene types

 * A1298C (gene) -
 * Antibody gene -
 * Arac gene -
 * archaeal genes archaeal genome -
 * bcl-1 gene -
 * blood clotting gene -
 * C gene -
 * Cardinal gene -
 * Cdc gene -
 * dcc gene -
 * developmental gene Developmental genes -
 * Disease gene -
 * Divalent Metal Transporter gene -
 * Engrailed gene - - Redirected to Morphogenesis, may merit its own page at some point. Madeleine ✉ ✍ 19:55, 27 July 2007 (UTC)
 * erba gene -
 * erbb-1 gene -
 * erbb-2 gene -
 * Euchromosome, autosome -
 * fms gene -
 * fos gene -
 * gag gene -
 * gamma-aminobutyric pathway gene, GABA gene -
 * gene component -
 * Genetic recessive autosome -
 * Genotype 1 -
 * globin genes globin gene -
 * hedgehog gene -
 * helminth antigen -
 * helminth gene -
 * Helminth genome -
 * Heterosome -
 * HOXA1 gene -
 * Induced gene -
 * intracisternal a-particle gene -
 * Isogene -
 * jun gene -
 * Leader peptide Leader peptide gene - At least one subtype of this has a page: Histidine operon leader Madeleine ✉ ✍ 19:55, 27 July 2007 (UTC)
 * Maternal-effect gene -
 * mdr gene -
 * nef gene -
 * protozoan genes protozoan genome -
 * Pumilio gene - Involved in both Drosophila embryo patterning and C elegans germ cell sex decision. Perfect example of why any wikipedia gene page (and maybe an infobox) should specify the species. Not critically notable, but not terribly obscure either. Madeleine ✉ ✍ 19:55, 27 July 2007 (UTC)
 * px gene -
 * rag-1 gene -
 * rel gene -
 * retinoblastoma genes -
 * rev gene -
 * Rrna gene -
 * Selector gene -
 * Sexlinked gene -
 * sis gene -
 * suicide transgenic gene -
 * Switch gene -
 * switch gene -
 * tat gene -
 * toxicogenetics -
 * uracil-DNA glycosidase -
 * viral gene -
 * viral genome -
 * vpu gene -
 * wilms tumor gene -
 * Zygotic gene –

Transposons

 * Crypton transposon -
 * Dada transposon -
 * Harbinger transposon -
 * Kolobok transposon -
 * Merlin transposon -
 * Sola transposon -
 * Zator transposon -

Antigens

 * ac133 antigen -

Chromosomes

 * A chromosome A-chromosome - /
 * Aaron's Y chromosome –
 * archaeal chromosome -
 * Chromocentre -
 * Chromonema, chromonemata -
 * Chromosomal incompatibility -
 * chromosomal position effect -
 * chromosomal puff -
 * chromosome breakage -
 * Chromosome breakpoint -
 * Chromosome conjugation -
 * Chromosome mapping -
 * chromosome positioning -
 * Chromosome race -
 * Chromosome spread -
 * Decondensation -
 * Deletion chromosome -
 * Diplobivalent -
 * Giant chromosome -
 * Gonomery -
 * Heterotropic chromosome -
 * Karyaster -
 * mammalian artificial chromosome -
 * Megachromosome -
 * Pampbrush chromosome -
 * plant chromosome -
 * Renner complex -
 * Set of chromosomes chromosome set -
 * sex chromosome aberration -
 * Spontaneous chromosome doubling –
 * Testis-determining region –

Traits

 * codominant trait -
 * genetics of color -
 * Heritable quantitative trait -
 * Shared derived traits Shared derived trait -
 * unique trait –

DNA-related

 * algal DNA -
 * archaeal DNA -
 * catenated DNA -
 * concatenated DNA -
 * DNA break DNA breaks-
 * DNA cleavage -
 * DNA contamination -
 * DNA end-joining repair -
 * DNA integration -
 * DNA modification methylase -
 * DNA mutational analysis -
 * DNA rearrangement -
 * DNA replication timing -
 * DNA resolution -
 * DNA restriction enzyme -
 * DNA restriction-modification enzyme -
 * DNA sequence analysis -
 * DNA virus infection -
 * DNA-cytosine methylase -
 * DNA-mediated transfection -
 * Double-stranded DNA helix -
 * Foldback DNA -
 * Foreign DNA -
 * helminth DNA -
 * Interspersed repeated DNA -
 * Nascent DNA -
 * neoplasm DNA -
 * Non-repetitive DNA, single-copy DNA -
 * plant DNA -
 * protozoan DNA -
 * Relaxed DNA -
 * ribosomal spacer DNA -
 * Single-copy DNA -
 * single-stranded DNA break -
 * unstable DNA sequence -

RNA-related

 * 5C RNA -
 * Abundant mRNA -
 * algal RNA -
 * archaeal RNA -
 * arg transfer RNA -
 * asn transfer RNA -
 * asp transfer RNA -
 * chloroplast RNA -
 * Complementary RNA -
 * complementary RNA -
 * Complex mRNA, scarce mRNA -
 * Countertranscript -
 * Dynamic PolyConjugates Dynamic polyConjugate -
 * gln transfer RNA -
 * glu transfer RNA -
 * helminth RNA -
 * ile transfer RNA -
 * Initiator tRNA -
 * leu transfer RNA -
 * lys transfer RNA -
 * met transfer RNA -
 * Nascent RNA -
 * nuclear RNA -
 * phe transfer RNA -
 * plant RNA -
 * post-transcriptional RNA processing -
 * pro transfer RNA -
 * protozoan RNA -
 * RNA cap analog -
 * RNA cleavage -
 * RNA demethylase alkb homolog 5 -
 * RNA folding -
 * RNA isoform -
 * RNA nucleotidyltransferase -
 * RNA precursor -
 * RNA primase -
 * RNA sequence analysis -
 * RNA splice site -
 * RNA stability -
 * RNA transport -
 * RNA-binding motif -
 * Scarce mRNA -
 * self-splicing ribosomal RNA -
 * ser transfer RNA -
 * Small cytoplasmic RNA (ScRNA) -
 * small untranslated RNA -
 * stored messenger RNA -
 * Subgenital subgenomic RNA -
 * thr transfer RNA -
 * trp transfer RNA -
 * tyr transfer RNA -
 * untranslated RNA -
 * val transfer RNA -
 * Wyosine –

Processes

 * Abortive transduction -
 * allosynapsis, allosyndesis -
 * Ameiosis ameiotic -
 * Andromerogony -
 * Autogenous control -
 * Base substitution -
 * Bidirectional replication -
 * Breakage and reunion -
 * Chromatid conversion -
 * Chromatid segregation -
 * Co-transduction -
 * Co-transfection -
 * Congenital inversion -
 * Conservative recombination -
 * Diplosis -
 * DNA degradation in vivo -
 * Embryological cut-and-paste -
 * Error-prone repair -
 * Eukaryotic gene regulation –
 * F-mediated transduction -
 * Gene augmentation -
 * Gene correction -
 * Gene disruption -
 * Gene recruitment -
 * Gene replacement -
 * Gene resequencing -
 * Generalised transduction -
 * Genetic stagnation -
 * Genome partitioning -
 * Long period interspersion -
 * Meiophase -
 * Methylcytocine -
 * Non-reciprocal recombination -
 * Peptide bond formation -
 * Phage conversion -
 * Polyteny -
 * Postmeiotic segregation -
 * Prereduction -
 * Presequence -
 * Replicative recombination -
 * Rhexis -
 * RNA degradation in vitro -
 * Saltatory DNA replication -
 * Segmental interchange -
 * Single-stranded DNA replication -
 * Somatic segregation -
 * TACTAAC box -
 * Terminalization -
 * Theta replication -
 * Unscheduled DNA synthesis -
 * whole-genome capture -
 * X-ray breakage –

Genetic manipulation

 * ABBA-BABA statistics, ABBA-BABA test -
 * Aggregation chimaera -
 * bio-engineered tissue construct –
 * Cisgenic plants cisgenic plant -
 * Congenic mice -
 * Genetic dissection -
 * Genetic transplantation -
 * Genetically Engineered Microorganism Genetically engineered microorganism (GEM)- /
 * Genetically modified ingredient -
 * Genome resequencing -
 * Genomic hybridization -
 * Glowing green monkey -
 * Hybrid individual -
 * In vitro translation, in vitro transcription -
 * Induced gene -
 * Programmable Artificial Cell Evolution –

Methods

 * Amino acid racemization -
 * DNA modification -
 * Induced mutation –
 * Radiation chimaera, radiation bone marrow chimaera -
 * Radiation mapping -
 * Restriction analysis -
 * Transect sampling -

Genetics and medicine

 * Allogenetic treatment -

Inheritance

 * Broad heritability -
 * Criss-cross inheritance -
 * inherited abnormality -
 * Lateral inheritance -
 * Mendelian recessive, Mendelian recessives -
 * Qualitative inheritance -
 * Quantitative inheritance -
 * Sex-linked descent -
 * Trans-generational –

Twins

 * Separated one-egg twins –
 * Unequal twin -

Metabolism

 * Adipocyte stimulating peptide -
 * Beta prism -
 * DNA-protein interaction thermodynamic -
 * Gene regulatory protein -
 * Plasma amino acid Plasma amino acids -
 * RNA cap-binding protein -
 * RNA maturase -
 * SMN complex proteins SMN complex protein -
 * Uracil-DNA glycosidase -

Mutations

 * Cold-sensitive mutant Cold-sensitive mutation –
 * Complementation group -
 * Disjunction mutant -
 * Down mutation -
 * Enhancer mutation -
 * Experimental mutagen -
 * Forward mutation -
 * immunoglobulin somatic hypermutation -
 * Induced mutation -
 * Intracistronic complementation -
 * Intragenic suppression -
 * Lethal mutation -
 * Lethal phenotype -
 * Microinsertion -
 * Modifier mutation -
 * Mutator gene -
 * Mutator mutation -
 * Numerical chromosome mutation -
 * Ochre suppressor -
 * Relaxed mutant -
 * Site-specific mutation -
 * Unstable mutation -
 * Up mutation -
 * Zygotic mutation -

Congenital disorders

 * Acephalopodia -
 * Allelic imbalance -
 * Amaurotic family idiocy -
 * Anopthalmia, anopthalmos -
 * Anterior megalophthalmos -
 * Bloch-Stauffer syndrome, Rothmund syndrome, Thomson syndrome -
 * Chokenflok Syndrome -
 * Clardo cranial dysplasia -
 * Congenital dyspraxia -
 * Congenital hip luxation -
 * Congenital hydronephrosis -
 * congenital hypertrophic pyloric stenosis -
 * Crouzon's phenomenon, separation difficulty -
 * Cystic microphthalmia -
 * Double elevator palsy -
 * Embryotoxon -
 * Familial syndactyly -
 * genetic skin disease -
 * Hereditary Necrotizing Myelopathy -
 * Hereditary papillary renal carcinoma -
 * Hereditary renal carcinoma -
 * Inborn errors inborn error -
 * inborn genetic disease -
 * Jansky-Bielshowsky syndrome -
 * Klipper-Fiel syndrome -
 * Multigene disorders Multigene disorder -
 * Niemann Pick syndrome -
 * Norman-Wood syndrome -
 * Pterygoid-levator synkinesis, external pterygoid-legator synkinesis -
 * Unilateral small kidney –
 * x-linked combined immunodeficiency disease -
 * y-linked genetic disease -

Genetic tests

 * carcinogenicity test -
 * Chromosomic analysis -
 * Clonal analysis -
 * Complementation analysis -
 * Epistasis analysis -
 * Expanded simple tandem repeat -
 * genetic complementation test -
 * Lineage analysis -

Sub-areas

 * Cynegetics -
 * Forest genetics -
 * Genetic phonetics -
 * Prokaryotic genetics -
 * Transgenetics -
 * Transmission genetics -

Theories

 * Biogenetic principle -
 * Chiasmatype hypothesis chiasmatype -
 * Dysgenic trend theory –
 * Freese's theory of mutagenesis, theory of mutagenesis -
 * Genetical theory of social behavior -
 * Genic balance theory -
 * Heredity predisposition theory heredity predispotition -
 * Holliday model -
 * Inchworm theory -
 * Monogenetic hypothesis -
 * Multigene hypothesis -
 * Polygenetic hypothesis -
 * Protovirus hypothesis protovirus -
 * Senescence gene hypothesis senescence gene -
 * Single-gene hypothesis -
 * Somatic mutation hypothesis, somatic mutation theory -
 * Somatic mutation theory of ageing -
 * Somatic mutation theory of antibody diversity -
 * Theory of genetic cycles genetic cycle -
 * Two-gene hypothesis –

Gene-related technology

 * Cell nucleus analysis -
 * DNA recognition instruments -
 * Fragmentation mapping -
 * gene knockdown techniques -
 * gene transfer techniques -
 * Gene-based treatment -
 * genetic hybridization -
 * genomic segmental duplication -
 * Hybrid Orientation Technique -
 * Metaphase spread -
 * Molecular chronometry -
 * Multiple codon recognition -
 * Oocyte injection -
 * Paleoecostoichiophylogenomics -
 * physical chromosome mapping -
 * Physical containment -
 * recombinational DNA repair -
 * Research embryo creation -
 * Sequenator -
 * targeted gene repair -
 * Tracking dye –
 * Transgenic technology –

Gene-related projects and programs

 * Minnesota Study of Twins -

Related organizations

 * Boston University Biolabs -
 * Center for Personalized Genetic Healthcare -
 * DNA Advisory Board -
 * Harvard Partners Center for Genetics and Genomics -
 * International Human Genome Consortium (IHGC) -
 * Lexicon Genetics Incorporated -
 * National Fragile X Foundation -
 * Utah Parent Center -
 * Vavilov Institute of General Genetics, Russia –

Awards

 * Kimber Genetics Award -

Issues about genetics

 * Genetics of religiosity –

Miscellaneous

 * archaeal gene expression regulation -
 * artificial receptor -
 * Atomic mutant -
 * Atomic mutant -
 * Atrial myosin -
 * bacterial gene expression regulation -
 * beta-chain t-cell antigen receptor gene rearrangement -
 * Carabao test tube twins -
 * Chemical footprinting -
 * Chromosome 3t13-77 (human) -
 * Chromosome virus -
 * clonal evolution -
 * Concorde Study -
 * conditioned culture media -
 * Conservative replication -
 * Continuity of the germ plasma -
 * cosmetic genomics -
 * dead-box RNA helicases -
 * developmental gene expression regulation -
 * dictator gene -
 * Doogie mouse -
 * Double-strand origin -
 * double-stranded DNA break -
 * double-stranded RNA binding motif -
 * ectopic gene expression -
 * embryo research -
 * Embryonated eggs -
 * EnSpm/CACTA -
 * erythroid-specific DNA-binding factor -
 * Extrachromosomal inheritance -
 * GAL80 -
 * GASP phenotype -
 * GenEdit -
 * Genetic conjugation -
 * Genetic crossing over -
 * genetic dosage compensation -
 * Genetic revolution –
 * Genetic services -
 * genetic sex determination -
 * genetic speciation -
 * Genetically engineered mouse -
 * Genome components -
 * Genome Revolution -
 * genomic ethics -
 * germ line genetics / genomic engineering -
 * Ginger1 -
 * Ginger2 -
 * HaloFISH -
 * helminth antibody -
 * IS3EU -
 * ISL2EU -
 * Kinetochore fibre kinetochore fiber, kinetochore microtubule -
 * leukemic gene expression regulation -
 * Ligandal -
 * M cytotype -
 * Mcm complex -
 * Medium reiterated repeats 4 -
 * MRNA cleavage and polyadenylation factors -
 * MuDR -
 * Multisegmented -
 * N-region -
 * necrotic DNA degradation -
 * neoplastic gene expression regulation -
 * Novosib -
 * paramecium tetraurelia -
 * Paternity identification -
 * Polar fibres, polar microtubules Polar fibre polar microtubule -
 * Poly(ADP-ribosyl) polymerase -
 * Population characteristic -
 * Postzygotic duplication -
 * Pre-initiation replication complex -
 * Protease nexin -
 * Psittichorhina -
 * radiation chimera -
 * Retispersion -
 * sex distribution -
 * single-strand specific DNA and RNA endonuclease -
 * Siphonage trait -
 * SNA sequencing -
 * Sudden correction model –
 * Symbiosis island -
 * taxonomic DNA barcoding -
 * viral gene expression regulation -
 * Zisupton –

Geneticists

 * Ivane Mikhranbaton, Russian geneticist -
 * Jonathan Alan King (1941- ) US molecular biologist and geneticist –
 * Kristian Andersen (molecular biologist) Danish molecular biologist expert in SARS-CoV-2 origin  -
 * Lotte Auerbach (1899- ) German-born British geneticist -

Missing related books



 * Some of these are specific genes. At what point does a specific gene warrant having a Wikipedia article? There are different genes for each species, and homologs of the same gene can have different names in different species. Engrailed is a drosophila gene, and it's mentioned within the Morphogenesis page; this could redirect to that. I'm guessing that Ras-A is a Ras gene? V-Ras appears to be. What makes V-Ras notable? It would help to know how the list is generated; these topics sometimes seem obscure or look like misspellings. Madeleine ✉ ✍ 14:18, 23 July 2007 (UTC)
 * Good question; I think I do not know enough to be sure when the specific genes need their own articles. I take these notes from various sources (including other Wikipedia articles) and sometimes the context is not clear. Any suggestions? - Skysmith
 * Here's one way to throw out things as being too obscure - searching the NCBI bookshelf for any textbook mentions. If they aren't talking about it, it definitely isn't a missing page. Madeleine ✉ ✍ 19:55, 27 July 2007 (UTC)

Sources include
 * Eleanor Lawrence - Henderson's Dictionary of Biological Terms (2000, 12th edition)