Mapping Data

Experiment

• Experiment
  TEXT-Physical Mapping
• Chromosome
  11
• Reference
  J:53517 Weiss A, et al., Organization of human and mouse skeletal myosin heavy chain gene clusters is highly conserved. Proc Natl Acad Sci U S A. 1999 Mar 16;96(6):2958-63
• ID
  MGI:1340267

Genes

Gene	Assay Type
475D1T7	overlapping clones
538C3T7	overlapping clones
Myh3	overlapping clones
Myh2	overlapping clones
Myh1	overlapping clones
380N16T7	overlapping clones
630D9T7	overlapping clones
Myh4	overlapping clones
433B7T7	overlapping clones
561O14T7	overlapping clones
Myh8	overlapping clones
386N23T7	overlapping clones
645M6T7	overlapping clones
410O9T7	overlapping clones
Myh13	overlapping clones
524K7T7	overlapping clones

Notes

• Experiment
  The authors constructed a PAC-based contig of the skeletal myosin heavy chain cluster on mouse Chromosome 11. Several PAC end clones were used as STs in the generation of the physical map. The size of the gene cluster was estimated to be ~350kb. The following order, distance and transcriptional orientation of the genes in the cluster on mouse Chromosome 11 was determined: 471D1T7 - 538C3T7 - 5' - Myh3 - 3' - 5' - Myh2 - 3' - 5' - Myh1 - 380N16T7 - Myh1 - 3' - 630D9T7 - 5' - Myh4 - 3' - 433B7T7 - 561O14T7- 5' - Myh8 - 3' - 386N23T7 - 645M6T7 - 410O9T7 - 5' - Myh13 - 3' - 524K7T7. The distance between Myh2 and Myh1 was estimated to be 4.5kb and the distance between Myh1 and Myh4 was 5.0kb.