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Clinical Genetics|January 1, 1997
De novo duplication of 7pter-->p21.2 and deletion of 9pter-->p23.5: clinical and cytogenetic diagnosisE Back, C Jung, S Zeitler, et al.Genomics|May 1, 1994
Evolution of the chAB4 multisequence family in primatesG Assum, C Gartmann, W Schempp, et al.American Journal of Primatology|July 23, 2003
Chromosome painting shows that the proboscis monkey (Nasalis larvatus) has a derived karyotype and is phylogenetically nested within Asian ColobinesF Bigoni, R Stanyon, R Wimmer, et al.Cytogenetic and Genome Research|November 20, 2002
Comparative mapping of CDY and DAZ in higher primatesR Wimmer, H Kühl, S Röttger, et al.Cytogenetics and Cell Genetics|January 1, 1986
Chromosomal homoeologies in hamster species of the genus Phodopus (Rodentia, Cricetinae)M Schmid, T Haaf, H Weis, et al.Clinical Genetics|March 1, 1997
De novo duplication of 12pter-->p12.1: clinical and cytogenetic diagnosis confirmed by chromosome paintingE Back, W Kratzer, S Zeitler, et al.Cancer Genetics and Cytogenetics|March 1, 1988
High-resolution chromosome banding and fragile site studies in von Hippel-Lindau syndromeH P Neumann, W Schempp, T F WienkerCytogenetics and Cell Genetics|January 1, 1988
Homoeologic aberrations in human and chimpanzee Y chromosomes: inverted and satellited Y chromosomesB Weber, L Walz, M Schmid, et al.Cytogenetics and Cell Genetics|January 1, 1989
Chromosome banding and DNA replication patterns in bird karyotypesM Schmid, E Enderle, D Schindler, et al.Cytogenetic and Genome Research|November 17, 2004
Evolutionary breakpoint analysis on Y chromosomes of higher primates provides insight into human Y evolutionR Wimmer, S Kirsch, G A Rappold, et al.Pageof 53