Yunis E, Torres de Caballero O
Hum Genet. 1981;57(1):71-4. doi: 10.1007/BF00271171.
In a family a large pericentric inversion involving nearly 70% of the chromosome 10 has been segregating during three generations, giving several carriers and an affected male with the karyotype 46,XY,der(10)(10pter Leads to 10q25::10p12 Leads to 10pter)mat. The patient is trisomic for 10p except for a small segment near the centromere, and monosomic for the distal 10q26. A simple diagrammatic representation explains the behavior of the inv(10) in meiosis. The study of meiotic segregation in the present case, and the reviews of previously reported duplication-deficiencies, agree with established postulates and add some principles to the understanding of duplication deficiencies resulting from the meiotic behavior of inverted chromosomes.
在一个家族中,一个涉及近70% 10号染色体的大型臂间倒位已在三代人中进行分离,产生了几名携带者和一名核型为46,XY,der(10)(10pter导致10q25::10p12导致10pter)mat的患病男性。该患者除着丝粒附近一小段区域外,10号染色体短臂三体,而10号染色体长臂远端26区单体。一个简单的示意图解释了inv(10)在减数分裂中的行为。对本病例减数分裂分离的研究以及对先前报道的重复 - 缺失病例的综述,与既定假设相符,并为理解由倒位染色体减数分裂行为导致的重复 - 缺失增添了一些原则。