Clinical Genetics · 1986 · 21 citations · 10 references
Life SciencesGeneticsMolecular GeneticsCytogeneticsHuman GeneticsPediatric GeneticsChromosomal AbnormalitiesChromosomal DisordersClinical CytogeneticsMolecular CytogeneticsNumerical Chromosome AbnormalitiesStructural Chromosome AbnormalitiesAneuploid SyndromeAneuploidy FormationChromosomal InheritanceChromosome 18Q LossFetal Chromosomal AbnormalitiesIsochromosome Formation
In this paper we report two clinically recognizable chromosomal syndromes, both resulting from isochromosome 18 formation, i.e. trisomy 18q and tetrasomy 18p. The possible mechanisms of the isochromosome formation are discussed and the literature on subject is reviewed.
10
Misdivision and the genetics of the centromere
C. D. Darlington · Journal of Genetics · 1939 · 270 citations
Morphology alone does not make an isochromosome
S. M. Schmutz, Ernest Pinno · Human Genetics · 1986 · 79 citations
How do human isochromosomes arise?
Albert de la Chapelle · Cancer Genetics and Cytogenetics · 1982 · 68 citations
Life Sciences, Biology, Genetics +9
Isochromosome 18q with karyotype 46, XX, i(18q). Cytogenetics and pathology
U. Froster‐Iskenius, Wiltrud Coerdt, Helga Rehder et al. · Clinical Genetics · 1984 · 28 citations
Life Sciences, Genetics, Pathology +15