KEGG   Homo sapiens (human): 493860
Entry
493860            CDS       T01001                                 
Symbol
CCDC73, NY-SAR-79
Name
(RefSeq) coiled-coil domain containing 73
Organism
hsa  Homo sapiens (human)
SSDB
Motif
Pfam: CCDC73
Other DBs
NCBI-GeneID: 493860
NCBI-ProteinID: NP_001008392
OMIM: 612328
HGNC: 23261
Ensembl: ENSG00000186714
UniProt: Q6ZRK6
Position
11:complement(32602721..32830585)
AA seq 1079 aa
MESNFNTESSSTFTLQSSSETLFSIQLLDFKTSLLEALEELRMRREAEIHYEEQIGKIIV
ETQELKWQKETLQNQKETLAEQHKEAMAVFKKQLQMKMCALEEEKGKYQLATEIKEKEIE
GLKETLKALQVSKYSLQKKVSEMEQKVQLHLLAKEDYHKQLSEIEKYYATITGQFGLVKE
NHEKLEQNVREAIQSNKRLSALNKKQEAEICSLKKELKKAASDLIKSKVTCQYKMGEENI
NLTIKEQKFQELQERLNMELELNEKINEEITHIQEEKQDIIISFQHMQQLLRQQIQANTE
MEAELKVLKENNQTLERDNELQREKVKENEEKFLNLQNEHEKALGTWKRHAEELNGEINK
IKNELSSLKETHIKLQEHYNKLCNQKTFEEDKKFQNVPEVNNENSEMSTEKSENTIIQKY
NTEQEIREENMENFCSDTEYREKEEKKEGSFIEEIIIDDLQLFEKSFKNEIDTVVSQDEN
QSEISLSKTLSLDKEVISQGQTSNVTDNRKSVTTEIKDKICLEKDNGCTEFKSPNNHFVV
LDTAIETEKIHLERTRGLDVHHTDVNLEVENNKTSFNSILNETAHNTYHNNNKDVSENEP
FKQFRLLPGTREHALEKEITNSDQTKADLDSSLDIKKNPVPCQKYSLRNSSNVMLDDKQC
KIKQIQLLTKKSECSILLSKQTSDFLQVCNDTLEKSELTVPCDIVIDHHVSYAAFSANSK
LLLKNSDKNVHSMSMLVKPNSSPGGKTMCKNMSDMQNSQFNNCLGYLENTNVNISHLHLN
NENSHASQAKDVKTAVHMKTCTETEFSNKKNQIDENQVTEATKNDLFLFVSINERQHTLL
NNTEKTESLNDIVSGKMFSEGQLEESHSFHIEPSGDLVNRSGRSTFDLSTSDKKTEKTPV
YMNFSDPGPWSKVNHIESQTASSSTPCISLLLKERPLDPSENKKIISMALCKNIGVDDVG
KDIGPDTTSINRVADTLNNWSIHPDPKGEPSEEKNAMAKTFYDSSFPTEHVKTKPLISTP
LQSHLQAIKTTKNTSGDDDWQSLITNQLNKSENLLSLENDNQPKKRKAEETLEKNNRLK
NT seq 3240 nt   +upstreamnt  +downstreamnt
atggaaagcaacttcaatactgagtcatcatctacttttactcttcaaagttcttcagag
acattgttttctattcagctattagatttcaaaacaagtttactggaggcattagaagaa
ttgcgtatgagaagggaagcagaaattcattatgaagagcagattggtaaaattattgtg
gagacacaggaacttaaatggcaaaaggaaactcttcagaatcaaaaggaaacattggca
gagcaacacaaggaagcaatggcagtttttaaaaagcagttgcagatgaagatgtgtgcc
ctggaagaagaaaagggaaaatatcaacttgctacagaaataaaggaaaaagaaatagaa
ggattgaaggaaacattaaaagcactacaggtttctaaatactctttacagaagaaagtg
agtgaaatggaacaaaaggtccagttacatcttctggctaaagaagactatcataagcaa
ctgagtgaaattgagaaatattatgccacaataacaggtcaatttggattggtaaaagag
aatcatgaaaagttagaacaaaatgtacgggaagcaatacaatcaaacaaaagactttca
gctttaaataaaaaacaagaagctgaaatatgcagtttaaagaaggaactaaaaaaagca
gcctcagacttgataaagtccaaagtcacatgtcaatataagatgggagaagaaaacatc
aatctaacaattaaagaacaaaaatttcaagaacttcaagaaagactcaacatggaattg
gaattaaatgagaagattaatgaagagattacccatattcaagaagaaaaacaggatatc
atcatttctttccaacatatgcagcagttacttcggcaacaaattcaagctaatactgaa
atggaggcagaattgaaggtgctaaaagaaaataatcagacccttgaaagagataatgag
ctgcaaagggagaaggtaaaagaaaatgaagaaaagtttcttaatcttcaaaatgagcat
gaaaaagcactaggaacttggaaaagacatgctgaagaacttaatggagaaattaataag
attaaaaatgaattatcatcccttaaagaaactcatattaagttacaagaacattataac
aaattatgcaatcaaaaaacatttgaggaagacaaaaagtttcagaatgttccagaagta
aataatgaaaacagtgaaatgtcaactgaaaaatcagaaaacaccattatacagaaatat
aatactgagcaagaaataagggaagaaaatatggagaatttttgttcagatactgaatac
agagaaaaagaagaaaaaaaagaaggctcatttatagaggaaataattatagatgattta
cagctttttgaaaaaagcttcaagaatgaaattgatactgttgtttctcaggatgaaaat
caaagtgaaatctccttaagcaaaaccctctccttagataaagaagtaattagtcaagga
caaacctcgaatgttacggacaacagaaaatcagttactacagaaataaaagacaagata
tgcttggaaaaagacaatggatgtacagaatttaaatcaccaaataatcattttgtagtg
ttagatacagcaatagaaacagaaaaaatacatctagaaagaaccagaggattagatgtt
caccatacagatgtaaatctggaggttgaaaataacaaaacatcatttaacagtatttta
aatgagacagcacacaatacatatcacaataataataaagatgtttctgaaaatgagcca
ttcaaacaattcagattgcttccagggactcgagaacatgctctagagaaggaaattaca
aatagtgaccaaaccaaagcagatttggactcgtctctagatataaaaaaaaatcctgtt
ccatgtcagaaatatagtttacggaattcaagtaatgttatgttagatgataaacaatgt
aaaataaaacaaatacaactgttaactaaaaaaagtgagtgcagcatattactttctaaa
caaacttcagattttctgcaagtctgtaatgatactttagagaaatctgaactaactgtt
ccctgtgatatagtaatcgaccaccatgtttcatatgctgcttttagtgctaattcaaaa
ctacttctgaagaactcagataaaaatgtccatagtatgtctatgttggtgaaacctaac
tcaagccctgggggaaaaactatgtgtaaaaatatgagtgatatgcaaaacagtcaattt
aataactgtttgggatacttagaaaacactaatgtgaacatttcccatcttcatcttaac
aatgagaatagtcatgcttcacaagccaaagatgtgaaaactgctgttcacatgaaaact
tgcacagaaacagagttttccaataaaaagaatcagattgatgagaatcaggtaactgaa
gccacaaaaaatgacctcttcctttttgtgagcattaatgaaagacagcatacattgtta
aataatacagagaaaacagaatcattaaatgacattgtttcaggaaaaatgttcagtgaa
ggacagctggaggaatcacattcatttcacatagagccatctggagatttagtaaacaga
agcggaaggtcaacctttgatctttcaacttcagataaaaaaactgagaaaactccagta
tacatgaatttttcagaccccggtccttggtcaaaagtaaatcacattgaaagtcaaaca
gcgagcagttcgaccccttgcatttctttgttgctgaaggagagaccactagatccatca
gaaaacaaaaagatcatttcaatggctctttgtaaaaatattggtgtggatgatgttgga
aaggatattggaccagatactaccagcattaacagagttgctgacactttgaataactgg
agtatccatccagatcccaagggagaacccagtgaagagaagaatgcaatggcaaagact
ttttatgattcctcttttcccacagaacatgtgaaaacaaagcctctgatatcaactcca
ctacaaagccatttgcaggcaatcaagacgactaaaaatacttctggtgatgatgactgg
cagagcctcattacgaatcaactaaataaaagtgaaaatttactaagtttagaaaatgac
aaccagccaaagaaaagaaaagcagaagagacgttggaaaaaaacaacagattaaaataa

  All links  
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (55)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (17)   
   OC (1)   
Protein sequence (8)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (6)   
DNA sequence (22)   
   RefSeq(nuc) (6)   
   GenBank (8)   
   EMBL (8)   
Protein domain (1)   
   Pfam (1)   
All databases (88)   

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