early conceptus |
embryo ectoderm |
embryo endoderm |
embryo mesoderm |
embryo mesenchyme |
extraembryonic component |
alimentary system |
auditory system |
branchial arches |
cardiovascular system |
connective tissue |
endocrine system |
exocrine system |
hemolymphoid system |
integumental system |
limbs |
liver and biliary system |
musculoskeletal system |
nervous system |
olfactory system |
reproductive system |
respiratory system |
urinary system |
visual system |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Transcription Start Site | Location | Distance from Gene 5'-end |
Tssr15116 | Chr1:171480491-171480500 (-) | 107 bp |
Tssr15115 | Chr1:171480441-171480452 (-) | 156 bp |
Tssr15114 | Chr1:171476570-171476580 (-) | 4,028 bp |
Tssr15113 | Chr1:171476513-171476556 (-) | 4,068 bp |
Tssr15112 | Chr1:171476071-171476080 (-) | 4,527 bp |
Tssr15111 | Chr1:171475956-171475969 (-) | 4,640 bp |
Tssr15110 | Chr1:171475932-171475945 (-) | 4,664 bp |
Tssr15109 | Chr1:171473979-171473991 (-) | 6,618 bp |
Tssr15108 | Chr1:171473518-171473541 (-) | 7,073 bp |
Tssr15107 | Chr1:171473449-171473462 (-) | 7,147 bp |
Tssr15105 | Chr1:171468741-171468748 (-) | 11,858 bp |
Tssr15104 | Chr1:171468723-171468736 (-) | 11,873 bp |
Tssr15103 | Chr1:171468682-171468695 (-) | 11,914 bp |
Tssr15102 | Chr1:171468627-171468654 (-) | 11,962 bp |
Tssr15101 | Chr1:171468588-171468604 (-) | 12,007 bp |
Tssr15100 | Chr1:171467196-171467199 (-) | 13,405 bp |
Tssr15099 | Chr1:171467094-171467135 (-) | 13,488 bp |
Tssr15098 | Chr1:171466815-171466826 (-) | 13,782 bp |
Tssr15097 | Chr1:171466734-171466745 (-) | 13,863 bp |
Tssr15096 | Chr1:171466628-171466642 (-) | 13,968 bp |
Tssr15095 | Chr1:171466585-171466612 (-) | 14,004 bp |
Tssr15094 | Chr1:171466333-171466344 (-) | 14,264 bp |
Tssr15093 | Chr1:171466315-171466329 (-) | 14,281 bp |
Tssr15092 | Chr1:171466285-171466304 (-) | 14,308 bp |
Tssr15091 | Chr1:171464914-171464946 (-) | 15,673 bp |
Tssr15090 | Chr1:171464891-171464905 (-) | 15,705 bp |
Tssr15089 | Chr1:171464809-171464836 (-) | 15,780 bp |
Tssr15088 | Chr1:171464747-171464756 (-) | 15,851 bp |
Tssr15087 | Chr1:171464234-171464259 (-) | 16,356 bp |
Tssr15086 | Chr1:171463908-171463948 (-) | 16,675 bp |
Tssr15085 | Chr1:171462547-171462569 (-) | 18,045 bp |
Tssr15084 | Chr1:171462533-171462544 (-) | 18,064 bp |
Tssr15083 | Chr1:171462511-171462529 (-) | 18,083 bp |
Tssr15082 | Chr1:171462482-171462500 (-) | 18,112 bp |
Tssr15081 | Chr1:171462361-171462391 (-) | 18,227 bp |
Tssr15080 | Chr1:171462307-171462332 (-) | 18,283 bp |
Tssr15079 | Chr1:171462283-171462300 (-) | 18,311 bp |
Tssr15078 | Chr1:171462210-171462221 (-) | 18,387 bp |
Tssr15077 | Chr1:171462193-171462206 (-) | 18,403 bp |
Tssr15076 | Chr1:171462134-171462157 (-) | 18,457 bp |
Tssr15075 | Chr1:171462115-171462126 (-) | 18,482 bp |
Tssr15074 | Chr1:171462059-171462077 (-) | 18,535 bp |
Tssr15073 | Chr1:171462012-171462023 (-) | 18,585 bp |
Tssr15072 | Chr1:171461890-171461911 (-) | 18,702 bp |
Tssr15071 | Chr1:171461853-171461879 (-) | 18,737 bp |
Tssr15070 | Chr1:171461770-171461786 (-) | 18,825 bp |
Tssr15069 | Chr1:171461725-171461732 (-) | 18,874 bp |
Tssr15068 | Chr1:171461695-171461709 (-) | 18,901 bp |
Tssr15067 | Chr1:171461676-171461687 (-) | 18,921 bp |
Tssr15066 | Chr1:171461642-171461652 (-) | 18,956 bp |
Tssr15065 | Chr1:171461468-171461473 (-) | 19,132 bp |
Tssr15064 | Chr1:171460880-171460899 (-) | 19,713 bp |
Tssr15063 | Chr1:171460732-171460748 (-) | 19,863 bp |
Tssr15062 | Chr1:171460437-171460447 (-) | 20,161 bp |
Tssr15061 | Chr1:171460413-171460424 (-) | 20,184 bp |
Tssr15060 | Chr1:171460347-171460366 (-) | 20,246 bp |
QTL | Genetic Location* | Genome Location (GRCm39) | Reference | QTL Note |
Sle1b | Chr1, 75.10 cM | J:94686 | Congenic and physical mapping was used to show that Sle1b mapped within an interval containing SLAM family members ordered as Cd244 - Ly9 - Slamf7 - Cd48 - Slamf1 - Cd84 - Slamf6. Haplotype analysis of the aformentioned region were suggestive that the markers contained within the region as contributing to the Sle1b phenotype. The strongest contribution may come from Slamf6. |
Mouse Genome Database (MGD), Gene Expression Database (GXD), Mouse Models of Human Cancer database (MMHCdb) (formerly Mouse Tumor Biology (MTB)), Gene Ontology (GO) |
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last database update 11/12/2024 MGI 6.24 |
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