Edge list

Results from ConceptNet 5.8

Source: Open Multilingual WordNet
en insertional mutagenesis (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en translate (v, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en dominance (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en filial (a, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en cosmid (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en single nucleotide polymorphism (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en segregation (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en XXX (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en sex chromosome (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en deletion (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en homozygous (a, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en haploid (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en translocation (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en homozygote (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en triploid (a, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en diploid (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en reversion (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en hybrid (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en XX (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en unit character (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en haploid (a, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en heterozygous (a, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en recombination (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en position effect (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en saltation (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en vector (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en polymorphism (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en haplotype (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en expression (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en meiosis (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en XY (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en inversion (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en transduction (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en character (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en transformation (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en heteroploid (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en hybridization (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en polygenic (a, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en recessive (a, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en point mutation (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en mapping (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en transcription (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en allele (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en transposition (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en zygote (n, organism)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en univalent (a, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en parental (a, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en carrier (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en dominant (a, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en gene (n, molecular_biology)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en linkage (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en hybrid vigor (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en translation (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en polyploid (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en polyploid (a, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en XXY (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en replication (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en bivalent (a, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en heterozygote (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en inheritance (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en monogenic (a, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en diploid (a, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en XYY (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en mutation (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en amphidiploid (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en multivalent (a, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
en Mendel's law (n, genetics)
― HasContext ⟶
Weight: 2.0
en genetics (n, cognition) Source: Open Multilingual WordNet
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