KEGG   Homo sapiens (human): 151254
Entry
151254            CDS       T01001                                 
Symbol
C2CD6, ALS2CR11, SPGF68
Name
(RefSeq) C2 calcium dependent domain containing 6
  KO
K25947  C2 calcium-dependent domain-containing protein 6
Organism
hsa  Homo sapiens (human)
Disease
H01208  Globozoospermia
H01282  Spermatogenic failure
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09190 Not Included in Pathway or Brite
  09193 Unclassified: signaling and cellular processes
   99977 Transport
    151254 (C2CD6)
SSDB
Motif
Pfam: CTSRT
Other DBs
NCBI-GeneID: 151254
NCBI-ProteinID: NP_001161693
OMIM: 619776
HGNC: 14438
Ensembl: ENSG00000155754
UniProt: Q53TS8
Position
2:complement(201487421..201619178)
AA seq 1820 aa
MEPPQETNRPFSTLDNRSGQVQVLSATPLLQRNPYSSPDIMHIKGSEASSVPYALNQGTT
ALPKNKNQEGTGHRLLNMLRKTLKESDSEELEITQETPNLVPFGDVVGCLGIHIKNCRHF
MPKISLQHYANLFIRISINKAVKCTKMCSLLSKNDEKNTVIKFDEVKYFSVQVPRRYDDK
RNNILLELIQYDNREKRAFLLGSVQIHLYEVIQKGCFIEEVQVLHGNIFVCRLEVEFMFS
YGNFGYGFSHQLKPLQKITEPSMFMNLAPPPERTDPVTKVITPQTVEYPAFLSPDLNVTV
GTPAVQSSNQPSVVRLEKLQQQPRERLEKMKKEYRNLNTWIDKANYLESILMPKLEHKDS
EETNIDEASENTKSNHPEEELENIVGVDIPLVNEEAETTANELLDNDSEKGLTIPTLNQS
DQDNSTADASKNDESTPSPTEVHSLCTISNQETIKAGRIPPLGERQSESMPDRKMKNVFF
PLEVKLKDNYPSILKADSSLSEVAFSPKEYNSPSFRPEYIEFKPKFQFQKFNKNGFDPFL
RNINKMSVRKRKDQDIYKYRNILGAEVIEHEDQDPPYPAQSKTAGPANTTWAHDPNIFTT
KMLETENKLAPDPTINTIKGLDTKNSLKENLPNVSLPSIKGESSRAGNVQANTCHLSKSL
NFTPHIEYLKQSMILKSILSENLQDLSDKLFSKPEVSMNSEAREKSSSPLLSIHDKSSSS
MEDNVLEKKQDLNNWLSEKDILNSKTTLSQIIKNIPADSFSEGSQIIENIPADSLLEGGQ
VIKNIPEYSLSEGGQIIKNIPADSFLESGPGQSPEVEEHVSKKHFEADERDFPIKKNSST
KKKHLISEVPNSKSGSSGTVHDYIMRQIFTAPIFSELEIEVKEPSETPMNLENQLPTPWK
RSLSSHILFHEENADEIELPQPRSATSQIIQAFPIDTLLESGIIKVIELDKEHHKSSLLG
TGITSPKGNLKDSQEYYSEIRSETEPLSEQSIPIIPKDTTSVSRAEFIQEDQNMFPQDSS
YYSIANKELYLPRNGQRLCKDKNDLSSTLESLTNSLMDKLSESDEIMLKSFLKNIFNVFF
KYNHSERRGQPEKELERLIQPSFTSDTEHLEELQEDFDKADKLDRKPILSPKLRVFLEEL
SESEVKHLKSELSKQIQHYLVERLSESGHITKEDLPKIYQNLYLMNEKAEQKGPNSFQGK
YSETVKEIMSFVNNFNHHFIDKHLEIKLRSFLKEILQNYFLKNISESSLFNETASETIYP
NISSLRTKSVSISFHELEQDISKGSFGRRFEINMKYPLSKSLQNYLIALSENELLHLKAD
LSKHLQSLFIEKLSKSGLMTKKQLEGINQHINLLNSSSIPLKYIKTHLPFRDDCHFVEKH
SEKQNKYSRIVQQTTLQTVSEDKLREAELIREKEKKYFPLQNLKGNSSLIKEQKSYYTKE
EAKTPSLIKVQPSSNENIQASPLSKSSEILTDILLKKLRKEHVFTQLPQAENSVHKTEIQ
DPYSWGGKSKITQSKAWCEKTLKMKSLDRKEHVNIYKWTVQEKPEAVLTSYPRIPNARMP
REDEYLNRITFPSWQSSTLTHFNTETGEKSKLEDQYCQTLKGNNNNNKKHLVTFAQYKKE
IQTLYIKPDEICSEKCAKFPEIQSFQYKVVEDEKNLKPHLFPELFKIEDLKPKVRKERDR
VAQPKKSFNKIVRILPTTLPTTRIHLKKSVPRTLLHWTARRTIHDCSDKFEDLHDMTSFT
HLKKVKSRSRLLGKSSDDIHNHARHSARPYTAPEVNKQRESYSGKFTSRRMVSSGLVHIN
DKTSDYEMHKMRPKKIKRGY
NT seq 5463 nt   +upstreamnt  +downstreamnt
atggagccaccccaagagacaaataggcctttcagcacacttgataaccgcagcgggcag
gtccaagtcctgtccgccaccccgctattgcagaggaatccctacagcagcccggatatc
atgcacattaaagggtcggaggcttcttcggtcccttacgccctgaaccagggcacgacg
gccctgcctaagaacaagaaccaggagggcaccgggcaccggctgctgaacatgctgaga
aaaactcttaaagagtctgatagtgaagaactggaaataacacaggagacgccaaatttg
gtgccatttggggatgtggttggctgcctgggcattcatataaagaactgcagacatttt
atgcctaagatcagtttacaacattatgctaatttattcattcgcatctctataaacaaa
gctgtgaaatgtacaaaaatgtgtagcttgctatccaaaaacgatgagaagaacactgta
attaagttcgatgaagtgaagtatttttctgtacaggttcccagacgttatgatgataag
cggaataatattttattggaactcatacaatatgacaatagagaaaaacgtgctttcttg
ttagggagtgttcagatacatctttatgaggtaattcagaaagggtgcttcattgaagag
gtccaagtgttgcatggaaacatatttgtctgcaggctggaggtggaatttatgttctcc
tatggaaactttggttatggattttcacatcagttaaaacctcttcagaaaattactgag
ccatccatgtttatgaatcttgcaccacctccagaaagaacagatcccgtgacaaaagtt
attacaccacagacagtagaatatccagcattcttatccccagacctgaatgttactgtt
gggactccagctgtgcaatcctccaaccagccatctgtagtgcgacttgaaaaacttcag
caacaaccccgggaaaggctggaaaagatgaaaaaagaatatagaaatctgaatacatgg
atagataaagctaactatttagaaagcattctaatgccaaaattggaacataaggattct
gaggaaactaatatagatgaggcatctgaaaacacgaaaagtaatcatcctgaagaggag
cttgaaaatattgtaggagtagatatccctcttgtaaatgaggaagctgaaactactgca
aatgagttactggataatgattctgagaaaggcctgactataccaactttgaaccaatcg
gaccaagataattcaactgctgatgcttctaaaaatgatgaatcaacaccttcacccaca
gaagtgcactcattgtgcactatttctaaccaggaaacaataaaagcaggcagaatacca
cctttaggtgaacgtcaatcagaaagcatgccagacagaaaaatgaaaaatgtatttttt
ccattagaagtaaaattaaaagataactatccaagcattttaaaagcagactcatctcta
tcagaggtggctttttcaccaaaagaatataattcaccatctttcagaccagaatatata
gaattcaaaccaaaatttcagtttcagaaattcaacaagaacggttttgatccttttcta
aggaatataaacaaaatgtcagtcagaaaaagaaaagatcaagatatatacaaatataga
aatatcttaggtgcagaggtcatagagcatgaagaccaggatcctccttatccagcacaa
tcaaaaactgcaggacctgctaatacaacctgggcccatgaccctaatatcttcacaaca
aagatgttagaaactgagaataagttagcccctgatcctactatcaatacaataaagggt
ttagatacaaagaatagtttaaaagaaaatctaccaaatgtatctttaccaagcatcaaa
ggagaatcatcaagggctggaaatgtacaggcaaacacatgtcacctctcgaagtcttta
aattttaccccccatatagaatatttaaaacaatcaatgatactcaagtcaattttaagt
gaaaatctgcaagacctttcagacaaattattttctaaaccagaagttagtatgaacagt
gaagcaagagagaaaagtagttctccacttctaagcattcatgataaatcatcaagtagt
atggaagacaacgtattggaaaaaaaacaagatttaaacaactggctttcagaaaaagac
attttaaattcaaagactactttaagtcaaataattaaaaatattcctgcagattcattt
tcagaaggtagtcaaataattgaaaatattcctgcagattcacttttagaaggtggtcaa
gtaattaaaaatattcctgaatattcactttcagaagggggtcagataattaaaaatatt
cctgcagattcatttttagaaagtggaccaggacaatctccagaggtagaagaacatgtc
tctaaaaaacacttcgaagctgatgagagagattttccaattaaaaaaaatagtagtacc
aaaaagaaacatttaataagcgaagtacctaactccaaatcaggttcaagtggcactgta
catgactacattatgaggcaaatattcactgcaccaatattctcagaattggagatagaa
gtgaaagagccaagtgaaacaccaatgaacttggaaaatcaattacctacaccttggaag
agaagtttgtcatcacatattctatttcatgaagaaaatgctgatgaaatagaattgcca
cagcccagatctgctacaagccagataatacaagcatttcctatagatacacttttagaa
tctgggataatcaaagtgatagaattagataaagaacaccataagagttctttgctgggt
acggggatcacttctcctaaaggaaacctaaaggattcccaagagtattattcagaaatc
agaagcgagacagaacctctttctgagcagagtatacccatcattcccaaagacactact
tctgttagtagagctgaatttatacaggaagaccaaaatatgttcccacaagattcaagt
tattattcaatagcaaataaagaactgtatttgccaagaaatggtcagaggctttgtaaa
gacaaaaatgatctcagttctactttagaaagtttaactaactcattaatggataaactt
agtgaatcagatgaaataatgttaaaatcctttttaaaaaacatcttcaatgtttttttc
aaatataatcattctgaaagaagaggacaaccagaaaaagaattagaaagactaattcaa
ccttcttttacaagtgacacagaacaccttgaagaactccaagaggattttgataaagca
gacaaattagacagaaaacctattttgagtccaaagttgcgtgtgtttctagaagaactc
tcagagtcagaagtaaaacatttaaaatctgaattaagtaaacaaatccagcattacctt
gtagaaagactttcagaatcaggacatatcaccaaggaggacttaccaaaaatctatcaa
aatctgtatctgatgaatgagaaagcagagcagaaagggccaaacagttttcaggggaaa
tattctgaaactgtgaaagaaatcatgtcttttgtcaacaatttcaatcatcatttcata
gataaacatttggaaataaagctgagatcttttttaaaagagattctccaaaactatttc
ctaaaaaacatttcagaaagcagtttatttaatgagacagcatctgagactatataccca
aacatatcttctctaaggactaaaagtgtctcaatatcttttcatgaactagaacaagat
atttcaaaggggagttttggtagaaggtttgaaataaacatgaaatatcctttaagtaaa
tctctacaaaactatctgatagctttatcagaaaatgaattattacatctaaaagctgat
ttaagcaaacacctccagagtctttttatagaaaaactttcaaaatcaggactaatgaca
aaaaagcaattagaagggatcaaccagcatataaatttgcttaattctagttctatacca
ttaaaatatataaaaacacatttaccttttagagatgactgtcactttgtggagaagcat
tcagaaaagcaaaataaatattcaagaattgttcaacaaaccactttacaaacggtttct
gaggataaacttagagaagcagaattgattcgagagaaagaaaagaaatattttccctta
cagaatttaaagggaaattcatctttaattaaggaacagaaaagttattacactaaggaa
gaagctaaaacaccaagtttaatcaaagtacaaccttcttccaatgaaaatatccaggca
agtccattaagtaagtcatcagaaatacttacagatatactgcttaagaaactaaggaaa
gaacatgtattcacgcagcttcctcaagcagaaaattctgttcataaaacagagattcaa
gacccatatagttggggtggtaaatcaaaaataactcaatcaaaagcttggtgtgaaaag
acactgaaaatgaagtcccttgatagaaaggagcatgtaaacatctataaatggactgtt
caggaaaaacctgaagcagtattaacatcgtatccaagaattcctaatgccagaatgcca
agggaagatgagtacttaaacagaatcactttcccttcctggcaaagtagcactttaact
catttcaatacagagactggggaaaaatcaaaattagaagaccagtattgtcagacattg
aaaggaaataataacaataataaaaagcatttagtaacatttgcacaatacaaaaaagaa
atacaaactctttatataaaaccagatgaaatttgcagtgaaaaatgtgccaagttccct
gaaatacagtcattccaatataaggttgtagaagatgagaaaaacttgaaaccacacctc
ttcccagaattatttaagatagaagatctaaaacccaaggtccgaaaagaaagagaccgt
gtcgcccaaccaaaaaagtcatttaacaagatagtcaggatactaccaaccacactgccc
accacaagaattcacctaaagaagtctgttccaaggacactgcttcactggactgcaaga
agaactatacatgattgttcagataaatttgaggatttacatgacatgacctcatttaca
caccttaaaaaagtaaaatcaagatcaaggcttttaggaaaaagctcagatgatatccat
aaccatgccagacactctgcaagaccatatactgctccggaggttaacaagcaacgagaa
agctacagtggaaagtttacaagtcgtcgaatggtttcatcaggcttagttcatataaat
gataaaacatcagattatgaaatgcataaaatgcggccaaaaaaaattaaaagaggatat
tga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Disease (4)   
   KEGG DISEASE (2)   
   OMIM (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (14)   
   KEGG ORTHOLOGY (1)   
   RefGene (7)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (37)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (35)   
DNA sequence (61)   
   RefSeq(nuc) (37)   
   GenBank (12)   
   EMBL (12)   
Protein domain (1)   
   Pfam (1)   
All databases (119)   

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