Proceedings of the Royal Society of Edinburgh · 1938 · 56 citations · 13 references
Life SciencesBiologyGeneticsCytogeneticsEmbryologyGametogenesisChromosome BiologyChromosome MorphologyChromosome Pairing BehaviorChromosome StructureMeiosis In Germ CellsMitosisBivalent FormationDifferentiationMale MeiosisSex Chromosome HeteromorphismSex Chromosome OrganizationSex Chromosome PairingSex Chromosome StructureStructural Differentiation
In the male chromosome complement of man, Painter (1923) found that one chromosome pair is heteromorphic and forms an asymmetrical or unequal bivalent during meiotic metaphase, and consequently two kinds of gametes are produced. One member of this heteromorphic pair is about three times longer than the other and is designated the X, the other is described as the Y chromosome. Though the sex chromosomes of man were carefully studied and identified with certainty throughout the nuclear cycle of mitosis and meiosis by several investigators ( cf. Shiwago and Andres, 1932), no further attempt was made to correlate the peculiar pairing properties of the heteromorphic chromosomes with their qualitative and structural differentiation.
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F. W. Sansome · Nature · 1937 · 640 citations
Medicine, Cell Biology, Pathology +12
The genetical and mechanical properties of the sex-chromosomes
P. C. Koller, C. D. Darlington · Journal of Genetics · 1934 · 161 citations
Life Sciences, Biology, Genetics +10
A SEARCH FOR INCOMPLETE SEX‐LINKAGE IN MAN
J. B. S. Haldane · Annals of Eugenics · 1936 · 118 citations · Full text