ring chromosome
chromosome whose arms fused into a ring
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ring chromosome
Summary
ring chromosome is a developmental defect during embryogenesis[1]. It draws 59 Wikipedia views per month (developmental_defect_during_embryogenesis category, ranking #98 of 308).[2]
Key Facts
- ring chromosome is credited with the discovery of Lilian Vaughan Morgan[3].
- ring chromosome's instance of is recorded as developmental defect during embryogenesis[4].
- ring chromosome's instance of is recorded as class of disease[5].
- ring chromosome's subclass of is recorded as chromosome abnormality[6].
- ring chromosome's subclass of is recorded as autosomal monosomy[7].
- ring chromosome's MeSH descriptor ID is recorded as D012303[8].
- ring chromosome's Freebase ID is recorded as /m/07ft6v[9].
- ring chromosome's MeSH tree code is recorded as C23.550.210.760[10].
- ring chromosome's MeSH tree code is recorded as A11.284.187.788[11].
- ring chromosome's MeSH tree code is recorded as G05.360.162.788[12].
- ring chromosome's MeSH tree code is recorded as G05.365.590.175.760[13].
- ring chromosome's topic's main category is recorded as Category:Ring chromosomes[14].
- ring chromosome's Orphanet ID is recorded as 363203[15].
- ring chromosome's NCI Thesaurus ID is recorded as C3360[16].
- ring chromosome's exact match is recorded as http://www.orpha.net/ORDO/Orphanet_363203[17].
- ring chromosome's UMLS CUI is recorded as C0035639[18].
- ring chromosome's JSTOR topic ID is recorded as ring-chromosomes[19].
- ring chromosome's ICD-10-CM is recorded as Q93.2[20].
- ring chromosome's Mondo ID is recorded as MONDO_0018186[21].
- ring chromosome's Microsoft Academic ID is recorded as 2781034694[22].
- ring chromosome's Microsoft Academic ID is recorded as 2910493198[23].
- ring chromosome's ICD-11 ID is recorded as LD44.0[24].
- ring chromosome's ICD-11 ID is recorded as 844628736[25].
- ring chromosome's OpenAlex ID is recorded as C2781034694[26].
Body
Works and Contributions
ring chromosome is credited with the discovery of Lilian Vaughan Morgan[3].
Why It Matters
ring chromosome draws 59 Wikipedia views per month (developmental_defect_during_embryogenesis category, ranking #98 of 308).[2] It has Wikipedia articles in 8 language editions, a strong signal of global cultural recognition.[27]