Mapping Data

Experiment

• Experiment
  TEXT-Physical Mapping
• Chromosome
  13
• Reference
  J:80094 Marzluff WF, et al., The human and mouse replication-dependent histone genes. Genomics. 2002 Nov;80(5):487-98
• ID
  MGI:2449452

Genes

Gene	Assay Type
H2bc22	sequence analysis
H2ac23	sequence analysis
H3c11	sequence analysis
H2ac22	sequence analysis
H2bc15	sequence analysis
H4c17	sequence analysis
H4c12	sequence analysis
H2ac15	sequence analysis
H2bc14	sequence analysis
H1f5	sequence analysis
H3c10	sequence analysis
H2ac14-ps	sequence analysis
H2bc13	sequence analysis
H2ac13	sequence analysis
H4c11	sequence analysis
H2ac12	sequence analysis
H2bc12	sequence analysis
H4c9	sequence analysis
H2ac11	sequence analysis
H2bc11	sequence analysis
H4c8	sequence analysis
H2ac10	sequence analysis
H3c8	sequence analysis
H2bc9	sequence analysis
H3c7	sequence analysis
H4c6	sequence analysis
H1f3	sequence analysis
H3c6	sequence analysis
H2ac8	sequence analysis
H2bc8	sequence analysis
H2bc7	sequence analysis
H2ac7	sequence analysis
H3c4	sequence analysis
H4c4	sequence analysis
H2bc6	sequence analysis
H1f4	sequence analysis
H2ac6	sequence analysis
H2bc4	sequence analysis
H1f6	sequence analysis
H4c3	sequence analysis
H1f2	sequence analysis
H3c3	sequence analysis
H2bc3	sequence analysis
H2ac4	sequence analysis
H3c2	sequence analysis
H4c2	sequence analysis
H4c1	sequence analysis
H3c1	sequence analysis
H1f1	sequence analysis
H2bc1	sequence analysis
H2ac1	sequence analysis

Notes

• Experiment
  The authors identified the mouse histone genes by searching the public and Celera assemblies of the mouse genome. Replication-dependent histone mRNAs were identified as those regions that encode histone proteins and ended in the stem-loop sequence. The order of genes in the Hist1 gene cluster on mouse Chromosome 13 (band A2-A3) is as follows: centromere - 3'- Hist1h2bp - 5' - 5'- Hist1h2ao - 3' - 5'- Hist1h3i - 3' - 3'- Hist1h2an - 5' - 5'- Hist1h2bn - 3' - 5'- Hist1h4m - 3' - 3'- Hist1h4k - 5' - 3'- Hist1h2ak - 5' - 5'- Hist1h2bm - 3' - 3'- Hist1h1b - 5' - 3'- Hist1h3h - 5' - 3'- Hist1h2aj - 5' - 5'- Hist1h2bl - 3' - 5'- Hist1h2ai - 3' - 5'- Hist1h4j - 3' - 3'- Hist1h2ah - 5' - 5'- Hist1h2bk - 3' - 3'- Hist1h4i - 5' - 3'- Hist1h2ag - 5' - 5'- Hist1h2bj - 3' - 5'- Hist1h4h - 3' - 5'- Hist1h2af - 3' - 5'- Hist1h3g - 3' - 3'- Hist1h2bh - 5' - 5'- Hist1h3f-3' - 3'- Hist1h4f - 5' - 5'- Hist1hid - 3' - 3'- Hist1h3e - 5' - 3'- Hist1h2ae - 5' - 5'- Hist1h2bg - 3' - 3'- Hist1h2bf - 5' - 5'- Hist1h2ad - 3' - 5'-Hist1h3d - 3' - 5'- Hist1h4d - 3' - 3'- Hist1h2be - 5' - 3'- Hist1h1e - 5' - 3'- Hist1h2ac - 5' - 5'- Hist1h2bc - 3' - 5'- Hist1h1t - 3' - 3'- Hist1h4c - 5' - 5'- Hist1h1c - 3' - 3'- Hist1h3c - 5' - 5'- Hist1h2bb - 3' - 5'- Hist1h2ab - 3' - 5'- Hist1h3b - 3' - 5'- Hist1h4b - 3' - 3'- Hist1h4a - 5' - 3'- Hist1h3a - 5' - 5'- Hist1h1a - 3' - 3'- Hist1h2ba - 5' - 5'- Hist1h2aa - 3' - telomere.