genetics
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genetics
Broader Terms
More specific terms
- NT2 ↓ animal genetics ►▼
- NT3 ↓ insect genetics
- NT2 ↓ cytogenetics ►▼
- NT3 ↓ aneuploidy ►▼
- NT4 ↓ disomics
- NT4 ↓ monosomics
- NT4 ↓ nullisomics
- NT4 ↓ tetrasomics
- NT4 ↓ trisomics
- NT3 ↓ cell cycle ►▼
- NT4 ↓ cell division ►▼
- NT5 ↓ anaphase
- NT5 ↓ asynapsis
- NT5 ↓ chromosome pairing
- NT5 ↓ chromosome segregation
- NT5 ↓ cytokinesis
- NT5 ↓ desynapsis
- NT5 ↓ meiosis ►
- NT5 ↓ meiotic drive ►
- NT5 ↓ metaphase
- NT5 ↓ mitosis
- NT5 ↓ prophase ►
- NT5 ↓ telophase
- NT4 ↓ interphase
- NT4 ↓ cell division ►▼
- NT3 ↓ chimerism
- NT3 ↓ chromosome aberrations ►▼
- NT4 ↓ chromosome addition
- NT4 ↓ chromosome breakage
- NT4 ↓ chromosome elimination
- NT4 ↓ chromosome inversions ►▼
- NT5 ↓ paracentric inversion
- NT5 ↓ pericentric inversion
- NT4 ↓ chromosome substitution
- NT4 ↓ chromosome translocation ►▼
- NT5 ↓ reciprocal translocation
- NT3 ↓ chromosome morphology
- NT3 ↓ chromosome number
- NT3 ↓ chromosome transmission
- NT3 ↓ crossing over
- NT3 ↓ crossover interference
- NT3 ↓ cytogenetic analysis ►▼
- NT4 ↓ karyotyping
- NT3 ↓ diploidy
- NT3 ↓ doubled haploids
- NT3 ↓ haploidy
- NT3 ↓ heterokaryon
- NT3 ↓ homokaryon
- NT3 ↓ mixoploidy
- NT3 ↓ polyploidy ►▼
- NT4 ↓ allopolyploidy
- NT4 ↓ autopolyploidy
- NT4 ↓ endopolyploidy
- NT4 ↓ hexaploidy
- NT4 ↓ octaploidy
- NT4 ↓ tetraploidy
- NT4 ↓ triploidy
- NT3 ↓ aneuploidy ►▼
- NT2 ↓ genetic relationships ►▼
- NT3 ↓ ancestry ►▼
- NT4 ↓ pedigree
- NT4 ↓ wild relatives
- NT3 ↓ kinship
- NT3 ↓ parentage ►▼
- NT4 ↓ dams (mothers)
- NT4 ↓ maternal lineage
- NT4 ↓ paternity
- NT4 ↓ sires
- NT3 ↓ progeny
- NT3 ↓ siblings ►▼
- NT4 ↓ litters (young animals)
- NT4 ↓ twins
- NT3 ↓ ancestry ►▼
- NT2 ↓ genetic stability
- NT2 ↓ genetic vectors ►▼
- NT3 ↓ phage vectors
- NT3 ↓ plasmid vectors
- NT3 ↓ retroviral vectors
- NT2 ↓ genomics
- NT2 ↓ human genetics
- NT2 ↓ immunogenetics ►▼
- NT3 ↓ antigenic variation
- NT3 ↓ immunoglobulin genes
- NT3 ↓ major histocompatibility complex
- NT2 ↓ inheritance (genetics) ►▼
- NT3 ↓ allelism ►▼
- NT4 ↓ codominance
- NT4 ↓ dominance (genetics)
- NT4 ↓ incomplete dominance
- NT4 ↓ overdominance
- NT3 ↓ cytoplasmic inheritance
- NT3 ↓ linkage (genetics) ►▼
- NT4 ↓ linkage disequilibrium
- NT4 ↓ linkage groups
- NT4 ↓ sex linkage
- NT3 ↓ Mendelian inheritance ►▼
- NT4 ↓ gene segregation ►▼
- NT5 ↓ meiotic drive ►
- NT4 ↓ gene segregation ►▼
- NT3 ↓ polygenic inheritance
- NT3 ↓ transgressive segregation
- NT3 ↓ allelism ►▼
- NT2 ↓ maternal effect
- NT2 ↓ metabolomics
- NT2 ↓ microbial genetics ►▼
- NT3 ↓ conjugation
- NT3 ↓ genetic transduction
- NT3 ↓ lysogeny
- NT3 ↓ SOS response (genetics)
- NT3 ↓ transfection
- NT2 ↓ molecular genetics ►▼
- NT3 ↓ amino acid sequences ►▼
- NT4 ↓ signal peptide
- NT3 ↓ consensus sequence
- NT3 ↓ conserved sequences
- NT3 ↓ DNA conformation
- NT3 ↓ DNA fragmentation
- NT3 ↓ DNA libraries ►▼
- NT4 ↓ cDNA libraries
- NT4 ↓ expressed sequence tags
- NT4 ↓ genomic libraries
- NT3 ↓ DNA probes ►▼
- NT4 ↓ DNA primers
- NT3 ↓ DNA repair
- NT3 ↓ DNA replication
- NT3 ↓ DNA-binding domains ►▼
- NT4 ↓ leucine zipper
- NT4 ↓ zinc finger motif
- NT3 ↓ epigenetics ►▼
- NT4 ↓ genomic imprinting
- NT3 ↓ gene conversion
- NT3 ↓ gene duplication
- NT3 ↓ gene expression ►▼
- NT4 ↓ gene overexpression
- NT3 ↓ gene expression regulation ►▼
- NT4 ↓ autoregulation
- NT4 ↓ gene activation
- NT4 ↓ gene amplification
- NT4 ↓ gene induction
- NT4 ↓ gene silencing ►▼
- NT5 ↓ RNA interference
- NT4 ↓ nucleocytoplasmic interaction
- NT4 ↓ RNA editing
- NT4 ↓ RNA splicing ►▼
- NT5 ↓ alternative splicing
- NT4 ↓ transcriptional activation
- NT3 ↓ gene interaction ►▼
- NT4 ↓ epistasis
- NT3 ↓ gene-for-gene relationship
- NT3 ↓ genes ►▼
- NT4 ↓ alleles
- NT4 ↓ complementary genes
- NT4 ↓ dominant genes
- NT4 ↓ duplicate genes
- NT4 ↓ homeotic genes
- NT4 ↓ immunoglobulin genes
- NT4 ↓ lethal genes
- NT4 ↓ major genes
- NT4 ↓ major histocompatibility complex
- NT4 ↓ modifiers (genes)
- NT4 ↓ multigene family
- NT4 ↓ oncogenes ►▼
- NT5 ↓ proto-oncogenes
- NT4 ↓ operon
- NT4 ↓ pseudogenes
- NT4 ↓ recessive genes
- NT4 ↓ regulator genes
- NT4 ↓ reporter genes
- NT4 ↓ structural genes
- NT4 ↓ suppressor genes
- NT4 ↓ synthetic genes
- NT4 ↓ transgenes
- NT3 ↓ genetic code
- NT3 ↓ genetic complementation
- NT3 ↓ genetic engineering ►▼
- NT4 ↓ nuclear transplantation
- NT4 ↓ protein engineering ►▼
- NT4 ↓ sex preselection
- NT3 ↓ genetic recombination ►▼
- NT4 ↓ crossing over
- NT4 ↓ genetic transformation ►▼
- NT5 ↓ genetic transduction
- NT5 ↓ transfection
- NT4 ↓ homologous recombination ►▼
- NT5 ↓ intragenic recombination
- NT4 ↓ mitotic recombination
- NT3 ↓ genetic techniques and protocols ►▼
- NT4 ↓ chromosome banding
- NT4 ↓ chromosome mapping ►▼
- NT5 ↓ chromosome walking
- NT5 ↓ physical chromosome mapping ►
- NT4 ↓ cytogenetic analysis ►▼
- NT5 ↓ karyotyping
- NT4 ↓ diallel analysis
- NT4 ↓ direct DNA uptake
- NT4 ↓ DNA footprinting
- NT4 ↓ DNA profiling
- NT4 ↓ electroporation
- NT4 ↓ gene targeting
- NT4 ↓ gene transfer ►▼
- NT5 ↓ biolistics
- NT5 ↓ transfection
- NT4 ↓ genetic complementation test
- NT4 ↓ genetic markers
- NT4 ↓ in situ hybridization ►▼
- NT4 ↓ microarray technology
- NT4 ↓ molecular cloning ►▼
- NT5 ↓ gene fusion
- NT5 ↓ two hybrid system techniques
- NT4 ↓ Northern blotting
- NT4 ↓ nucleic acid hybridization
- NT4 ↓ plasmid curing
- NT4 ↓ polymerase chain reaction ►▼
- NT4 ↓ sequence alignment
- NT4 ↓ sequence analysis
- NT4 ↓ sexing
- NT4 ↓ Southern blotting
- NT4 ↓ virus curing
- NT3 ↓ genetically modified organisms ►▼
- NT4 ↓ genetically engineered microorganisms
- NT4 ↓ transgenic animals ►▼
- NT5 ↓ transgenic insects
- NT4 ↓ transgenic plants
- NT3 ↓ molecular mimicry
- NT3 ↓ mutation ►▼
- NT4 ↓ amino acid substitution
- NT4 ↓ base pair mismatch
- NT4 ↓ DNA damage
- NT4 ↓ frameshift mutation
- NT4 ↓ gene deletion
- NT4 ↓ genetic polymorphism ►▼
- NT4 ↓ missense mutation
- NT4 ↓ mutagenesis ►▼
- NT5 ↓ insertional mutagenesis
- NT5 ↓ site-directed mutagenesis
- NT4 ↓ nonsense mutation
- NT4 ↓ point mutation
- NT4 ↓ somatic mutation
- NT3 ↓ nuclear-cytoplasmic interactions
- NT3 ↓ nucleic acids ►▼
- NT4 ↓ DNA ►▼
- NT5 ↓ A-DNA
- NT5 ↓ antisense DNA
- NT5 ↓ circular DNA ►
- NT5 ↓ complementary DNA
- NT5 ↓ DNA adducts
- NT5 ↓ mitochondrial DNA
- NT5 ↓ plastid DNA ►
- NT5 ↓ recombinant DNA
- NT5 ↓ ribosomal DNA
- NT5 ↓ single-stranded DNA
- NT5 ↓ transfer DNA
- NT5 ↓ Z-DNA
- NT4 ↓ RNA ►▼
- NT5 ↓ antisense RNA ►
- NT5 ↓ double-stranded RNA
- NT5 ↓ messenger RNA ►
- NT5 ↓ ribosomal RNA
- NT5 ↓ satellite RNA
- NT5 ↓ small nuclear RNA
- NT5 ↓ transfer RNA
- NT4 ↓ DNA ►▼
- NT3 ↓ nucleotide sequences ►▼
- NT4 ↓ codons ►▼
- NT5 ↓ start codon
- NT5 ↓ stop codon
- NT4 ↓ exons
- NT4 ↓ internal transcribed spacers
- NT4 ↓ introns
- NT4 ↓ open reading frames
- NT4 ↓ regulatory sequences ►▼
- NT5 ↓ 3' untranslated regions
- NT5 ↓ 5' untranslated regions
- NT5 ↓ enhancer elements
- NT5 ↓ operator regions
- NT5 ↓ promoter regions ►
- NT5 ↓ response elements
- NT5 ↓ terminator regions
- NT4 ↓ repetitive sequences ►▼
- NT5 ↓ microsatellite repeats
- NT5 ↓ minisatellite repeats
- NT5 ↓ retrotransposons
- NT5 ↓ satellite DNA
- NT5 ↓ tandem repeat sequences
- NT5 ↓ terminal repeat sequences
- NT5 ↓ transposons
- NT4 ↓ replicon ►▼
- NT5 ↓ replication origin
- NT4 ↓ satellite RNA
- NT4 ↓ codons ►▼
- NT3 ↓ oligonucleotide probes
- NT3 ↓ pleiotropy
- NT3 ↓ position effect (genetics)
- NT3 ↓ proliferating cell nuclear antigen
- NT3 ↓ protein synthesis ►▼
- NT3 ↓ reverse transcription
- NT3 ↓ RNA probes
- NT3 ↓ sequence homology
- NT3 ↓ transcription (genetics)
- NT3 ↓ transcription factors ►▼
- NT4 ↓ sigma factors
- NT3 ↓ translation (genetics)
- NT3 ↓ transposition (genetics)
- NT3 ↓ amino acid sequences ►▼
- NT2 ↓ nutrigenomics
- NT2 ↓ paternal effect
- NT2 ↓ phenotype ►▼
- NT3 ↓ albino
- NT3 ↓ blood groups
- NT3 ↓ gender ►▼
- NT4 ↓ females ►▼
- NT5 ↓ cows ►
- NT5 ↓ ewes
- NT5 ↓ gilts
- NT5 ↓ gravid females
- NT5 ↓ heifers
- NT5 ↓ hens ►
- NT5 ↓ mares
- NT5 ↓ nannygoats
- NT5 ↓ pullets
- NT5 ↓ sows
- NT5 ↓ virgin females
- NT4 ↓ gender differences
- NT4 ↓ males ►▼
- NT4 ↓ females ►▼
- NT2 ↓ plant genetics ►▼
- NT3 ↓ forest genetics
- NT3 ↓ ideotypes
- NT2 ↓ population genetics ►▼
- NT3 ↓ founder effect
- NT3 ↓ gene flow
- NT3 ↓ gene frequency
- NT3 ↓ genetic distance
- NT3 ↓ genetic drift
- NT3 ↓ genetic polymorphism ►▼
- NT3 ↓ mating systems ►▼
- NT4 ↓ assortative mating
- NT4 ↓ inbreeding
- NT4 ↓ natural mating
- NT4 ↓ outbreeding
- NT4 ↓ random mating
- NT3 ↓ reproductive isolation
- NT3 ↓ sex ratio
- NT3 ↓ synthetic populations
- NT2 ↓ proteomics
- NT2 ↓ quantitative genetics ►▼
- NT3 ↓ additive gene effects
- NT3 ↓ breeding value
- NT3 ↓ correlated responses
- NT3 ↓ gene frequency
- NT3 ↓ general combining ability
- NT3 ↓ genetic correlation
- NT3 ↓ genetic covariance
- NT3 ↓ genetic distance
- NT3 ↓ genetic improvement
- NT3 ↓ genetic merit
- NT3 ↓ genetic trend
- NT3 ↓ genetic variance
- NT3 ↓ genetic variation ►▼
- NT4 ↓ antigenic variation
- NT4 ↓ clonal variation
- NT4 ↓ genetic heterogeneity
- NT4 ↓ somaclonal variation
- NT3 ↓ genotype-environment interaction
- NT3 ↓ heritability
- NT3 ↓ heterosis
- NT3 ↓ inbreeding coefficient
- NT3 ↓ inbreeding depression
- NT3 ↓ outbreeding depression
- NT3 ↓ penetrance
- NT3 ↓ phenotypic correlation
- NT3 ↓ phenotypic variation ►▼
- NT4 ↓ phenotypic plasticity
- NT3 ↓ quantitative trait loci
- NT3 ↓ quantitative traits
- NT3 ↓ selection intensity
- NT3 ↓ selection response
- NT3 ↓ specific combining ability
- NT2 ↓ sex determination
- NT2 ↓ traits ►▼
- NT3 ↓ agronomic traits ►▼
- NT4 ↓ maturity groups
- NT3 ↓ double muscling
- NT3 ↓ growth traits
- NT3 ↓ polled trait
- NT3 ↓ quantitative traits
- NT3 ↓ reproductive traits
- NT3 ↓ agronomic traits ►▼
- NT2 ↓ transcriptomics
Related terms
- RT⇆ biotechnology
- RT⇆ breeders
- RT⇆ genetic resources
- RT⇆ geneticists
- Español genética
