Physical and comparative mapping of distal mouse chromosome 16

D. E. Cabin, J. W. McKee-Johnson, L. E. Matesic, T. Wiltshire, E. E. Rue, A. E. Mjaatvedt, Y. K. Huo, J. R. Korenberg, R. H. Reeves

Research output: Contribution to journalArticlepeer-review


Distal mouse Chromosome 16 (Chr. 16) includes a region of conserved linkage with human Chromosome 21 (Chr. 21). Mouse models of Down syndrome based on trisomy of distal Chr. 16 have several phenotypes similar to those seen in human patients and have proven useful for correlating dosage imbalance of specific genes with specific developmental anomalies. The degree to which such findings can be related to Down syndrome depends on how well the conserved synteny is maintained. Twenty-four genes have been mapped in both species and there are no discordancies, but the region could carry hundreds of genes. Comparative sequence represents the ultimate comparative map and will aid in identification of genes and their regulatory sequences. A physical map of the distal 4.5 Mb of Chr. 16 has been assembled as an essential step toward a map of sequence-ready templates. The map consists of 51 YACs and 15 BACs and includes 18 transcripts, 9 of which are mapped for the first time in mouse, and 3 of which are, for the first time, described in either species. YAC fragmentation was used to precisely localize the 49 markers on the map. Comparison of this physical map with 1 that of the corresponding region on Chr. 21 shows conservation not only of gene order but of size in the 3 Mb from Cbr1 to Ets2; distal to Ets2, the human map is expanded.

Original languageEnglish (US)
Pages (from-to)940-950
Number of pages11
JournalGenome research
Issue number9
StatePublished - 1998

ASJC Scopus subject areas

  • Genetics
  • Genetics(clinical)


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