Summary

Gene Name	Ccdc47
Specie	Rattus norvegicus
Full Name	coiled-coil domain containing 47
Also known as	RGD1308813
Coordinate	chr10:94388425-94406949
Strand	-
Gene summary	Predicted to enable calcium ion binding activity; protein folding chaperone; and ribosome binding activity. Predicted to be involved in ERAD pathway; endoplasmic reticulum calcium ion homeostasis; and protein insertion into ER membrane. Predicted to act upstream of or within several processes, including ER overload response; calcium ion homeostasis; and ubiquitin-dependent ERAD pathway. Predicted to be located in rough endoplasmic reticulum. Predicted to be integral component of endoplasmic reticulum membrane. Predicted to be active in endoplasmic reticulum. Orthologous to human CCDC47 (coiled-coil domain containing 47). [provided by Alliance of Genome Resources, Apr 2022]

Retrocopy(s) from Ccdc47

Retroname	Coord	Strand	Genomic Region	ENSG
Ccdc47P1	chr5:96079889-96081511	-	Intergenic	N/A	UCSC

Expression

Transcript Sequences

>NM_001013974.1

TGAAGAGTAGGGTACCGTGACTGAGCTACCTGCTCTGGGCTGTTCAGTGACCTCGCGGCCCGCAGATAAATCTTTGCGACCTGAAGGCAGAAACCAGACAAAGGCAGGCCGGGTGGAGGTGGTGGCCTCAGGAGCCCCGGGTCCGGTGGTAGCCTCGGGTGCAGCTTATTTTTAAGGTGCAATGAAAGCCTTCTGTGCTTTCTGTGTTGTTCTCTTGGTGTTTGGGAGTGTCTCTGAAGCCAAGTTTGATGATTTCGAGGATGAGGAAGACATAGTAGAGTATGATGATAATGATTTTGCTGAGTTTGAGGACGTCGTGGAAGATTCTGTTACGGAATCTCCTCAGCGAGTGATCAACACTGAAGATGACGAGGATGAGGCCACCGTGGAATTGGAAGGGCAGGATGAAGGCCAAGAAGGCGATTTCGAAGATGCAGATACCCAGGAGGGAGATACAGAAAGTGAGCCATATGATGACGAAGAATTTGAGGGTTATGAAGACAAACCTGATACCTCTTCTAACAAAAATAAAGATCCAATAACAATTGTTGATGTTCCTGCACACCTCCAGAACAGTTGGGAGAGTTATTACCTAGAAATTTTGATGGTGACCGGTCTGCTTGCCTATATCATGAACTATATCATCGGGAAGAATAAAAACAGCCGACTTGCTCAGGCCTGGTTTAACTCTCATAGAGAGCTTTTGGAGAGCAATTTTACCTTAGTGGGGGATGATGGGACTAACAAAGAAGCCACAAGCACAGGGAAGTTGAACCAGGAGAATGAGCACATCTATAACCTGTGGTGTTCTGGCCGAGTGTGCTGTGAAGGCATGCTCATCCAGCTGAGGTTCCTGAAGAGACAAGACTTACTTAACGTCCTGGCCCGGATGATGAGGCCAGTGAGTGATCAGGTGCAAATAAAAGTCACAATGAACGACGAGGACATGGATACATACGTGTTCGCTGTCGGCACTCGCAAAGCTTTGCTGCGACTGCAGAAAGAGATGCAGGATCTGAGTGAGTTTTGTAGTGATAAACCTAAGTCTGGAGCGAAGTATGGACTGCCAGACTCTTTGGCCATTCTGTCAGAGATGGGAGAAGTCACAGAGGGGATGATGGATACAAAGATGGTTCACTTTCTTACACACTATGCTGATAAGATTGAATCTGTTCATTTTTCAGACCAGTTCTCTGGTCCAAAGATTATGCAAGAGGAAGGGCAGCCTTTAAAGCTGCCTGACACCAAGAGGACACTACTGTTTACATTTAATGTGCCTGGCTCAGGTAACACGTACCCAAAGGATATGGAGGCTTTGCTACCCCTGATGAACATGGTGATTTATTCTATCGATAAAGCCAAAAAGTTCCGCCTCAACAGAGAAGGCAAACAAAAAGCAGATAAGAACCGGGCACGCGTGGAAGAGAACTTTCTGAAGCTGACACATGTACAGAGACAGGAGGCTGCACAGTCTCGGCGTGAGGAGAAGAAAAGAGCTGAGAAGGAGCGGATCATGAATGAGGAGGACCCTGAAAAGCAGCGCAGGCTGGAGGAAGCGGCTTTGAGGAGAGAACAAAAGAAGTTGGAGAAGAAGCAAATGAAAATGAAACAAATCAAAGTGAAAGCCATGTAAAGTGGTCCTACGGGCCTGTCCTCGATGCCGATGCCGGAAGCTGGAAGCGCTGTGTCTGCCGAGTCCTCACCTAACAGTCACGTGTTTCTGGTGACTCAGAGATCTTTATTTCACCCTCTCCTTTTGGTTTGGAGTTCTACAGAGGTTAGAGATACATTGAAAGGGCTTTTTCAGCTATCTCCTTCCAGATAATCAAATTATTTTGGTTATTCTCTAAAAGGAATGGTATATAAGTATGTGTAGTTTTACAATGTTTAAATTATAATGTGAATCATTAGTGCTTTACTTTGGTGTTTGAAGAACGATCATGAAATTTCTAGGTAGGTTGTTGCTTTTTGTTTAAACTGAGAGTTGAAATTTCTATGGAGACTGACTCTAACCCAACACCCTAAGAATATCTATTGGAATTGCACAATAGCCATTGCTTGTTTTTCTGTGTCCACATTAAACTTGTGAAAAAAGTGGAATCTAGAACACTGTATGTGATGACAAGGTCAGAGACTTAGAACGTAGTACAGCATATGTTTTGTGTGGGGGTGGTGCTGATGGCAGTATGATAGGAAGAGATCCATAGGTGTTAGGATACTGTAAGTCCATGGAGGACTCTCGAGGTAGGTAGTACAGGAGTGGTTTCTCATTGCCTGATACTATGAGCTAATGACACTGAGTGCTGGATTTGAAGTAGTTATGTGCTTATTTTTTCTGAGCAAGAAATGCATGAATAAATGGACTGCGTCAGCTAGCCGGATCAGCAGTCAGATGGCTGGTCTCTGTGAGGTCATAATGGGTTTCTTGCTTGCTGCAGCCTGTGAGGTTTTCATGGAGGAGCTGATCTGTCTTATGAGTGCGCTTGTTCTCTGCCTGCTTTTATATTGTCCACAAGGCCGGTATGTACTGTCTTGAAACACATAACCATTGATATGCACAAATATGCTTTTAAAAAGTGAGCTTTTTTAAGTGATTCAGAATTTTGTCTGACTCGTGGGGCAGGAGCGATGGTGGAGAGAGGCCCCTCTCTGTGCATAAGCATTGGCTTGTCGAGAGCTCTGCATTTTATAAATGCTTCCTACCGAGAAAGCATTTCTTAAGTCTCTGCTTGTACCAGGTAGTTCTTGCTGGGGTGGGAAAGGGTTGTTTTGTGTTGGGAGTGGGTAGTGGGGTTTGGTTGACAATTTCTGTGTTCTGATGCCGCAGTAACAGTGAGGTGTGGTGAAAGCTGTGTGCTGTTGCCTTGGGGATTACATGGGGTTTTTCATGTGGCTTTGTCTAGGTTAATAGAAATTATGCACTGGGATATACAGGTGTAGTTAAGTTATTAAAAATAACACAAGATTGAATCACTTTAAGGCCATATAATTTTAGACTTAACATTGTTTTACAAATCTTAAAGTACATTTAGAGTCAAATTTTATGTGCTTAGTTATTGTTTAAGTAATATAAGCTTTCTGAAAGTCCCATATATTGGACCGTGGCAGCTAATTTTGTAACTTAAGCATTCATATGACTACCTATGACATATTAAACTGATTGACAAAAATCTGAGACTGCGGCTTTGACTTTTTATAGTTGTCCTACAAGAATATGTATACTGTTCTCTTATTAAAAACATTAAAAGGTTTTCCTTCAAAAA