KEGG   Homo sapiens (human): 285025
Entry
285025            CDS       T01001                                 
Symbol
CCDC141, CAMDI
Name
(RefSeq) coiled-coil domain containing 141
Organism
hsa  Homo sapiens (human)
SSDB
Motif
Pfam: I-set Ig_3 Spectrin Ig_2 ig
Other DBs
NCBI-GeneID: 285025
NCBI-ProteinID: NP_775919
OMIM: 616031
HGNC: 26821
Ensembl: ENSG00000163492
UniProt: Q6ZP82
Position
2:complement(178814978..179050137)
AA seq 1530 aa
MSSQGSPSVALSTTTVSSVAVQAGDSKIVIAVIKCGKWVQLQLAESQPNLLEIGSSQDET
KKLLHDHELLLAKLKALEDRVWELLQEADKTAEENKDQSQVYDAMAETLGEAWAALVSML
ERRTELLRLTSEFFENALEFAIKIDQAEDFLQNTHEFESAESLKSLLQLHEHHTKELLER
SLALLNKSQQLTDFIEKFKCEGPNVNPELTQGAHSSCLKVDRLLELLQDRRRQLDKYLKQ
QWQELSQVLQICQWDQQENQVTCWFQKTIRNLQEQSLGSSLSDNEDRIHKQEELIIKAKE
WNSAVEKLKSEALRILLSKDYVEKEHLQLSHQKLSQLQEEFGQLMVERNTWLKKANEFFN
SANKAFDVLGRVEAYLKLLKSEGLSLAVLAVRHEELHRKIKDCTTDALQKGQTLISQVDS
CSSQVSGIHEMMGCIKRRVDHLTEQCSAHKEYALKKQQLTASVEGYLRKVEMSIQKISPV
LSNAMDVGSTRSESEKILNKYLELDIQAKETSHELEAAAKTMMEKNEFVSDEMVSLSSKA
RWLAEELNLFGQSIDYRSQVLQTYVAFLKSSEEVEMQFQSLKEFYETEIPQKEQDDAKAK
HCSDSAEKQWQLFLKKSFITQDLGLEFLNLINMAKENEILDVKNEVYLMKNTMENQKAER
EELSLLRLAWQLKATESKPGKQQWAAFKEQLKKTSHNLKLLQEALMPVSALDLGGSLQFI
LDLRQKWNDMKPQFQQLNDEVQYIMKESEELTGRGAPVKEKSQQLKDLIHFHQKQKERIQ
DYEDILYKVVQFHQVKEELGRLIKSRELEFVEQPKELGDAHDVQIHLRCSQEKQARVDHL
HRLALSLGVDIISSVQRPHCSNVSAKNLQQQLELLEEDSMKWRAKAEEYGRTLSRSVEYC
AMRDEINELKDSFKDIKKKFNNLKFNYTKKNEKSRNLKALKYQIQQVDMYAEKMQALKRK
MEKVSNKTSDSFLNYPSDKVNVLLEVMKDLQKHVDDFDKVVTDYKKNLDLTEHFQEVIEE
CHFWYEDASATVVRVGKYSTECKTKEAVKILHQQFNKFIAPSVPQQEERIQEATDLAQHL
YGLEEGQKYIEKIVTKHKEVLESVTELCESLTELEEKLKQGDVLKMNPNLEDFHYDYIDL
LKEPAKNKQTIFNEERNKGQVQVADLLGINGTGEERLPQDLKVSTDKEGGVQDLLLPEDM
LSGEEYECVSPDDISLPPLPGSPESPLAPSDMEVEEPVSSSLSLHISSYGVQAGTSSPGD
AQESVLPPPVAFADACNDKRETFSSHFERPYLQFKAEPPLTSRGFVEKSTALHRISAEHP
ESMMSEVHERALQQHPQAQGGLLETREKMHADNNFTKTQDRLHASSDAFSGLRFQSGTSR
GYQRQMVPREEIKSTSAKSSVVSLADQAPNFSRLLSNVTVMEGSPVTLEVEVTGFPEPTL
TWYKKGQKLSADGHLQVLHKETRHSVFIPKVCKADAGLYVARAQNSSGALSSNVILHVTG
NCRLPITRVNWITLCVVYVSVSLMYWLLTQ
NT seq 4593 nt   +upstreamnt  +downstreamnt
atgtccagccaaggaagtcctagtgttgcgctttctacgacgacagtcagttcagttgct
gtgcaggctggggactccaaaatcgttatagctgtcataaagtgtggcaaatgggtacaa
cttcaactggctgaatcacagcccaatcttctagaaattggcagcagtcaagatgaaacc
aaaaaacttcttcatgatcatgaacttcttttggccaagctcaaggctttggaagatcgg
gtatgggaactcttgcaggaagcagacaagacagctgaagagaacaaggatcagagtcag
gtctatgatgccatggccgagactctgggtgaagcatgggcagctctggtgtccatgctt
gaaagaagaacagagctccttaggttgacttctgaattttttgaaaatgccttagagttt
gctattaaaatagaccaagctgaagatttcctccagaatactcatgagtttgagagtgct
gagtccttaaaatcacttcttcagcttcatgaacatcatactaaagaactcttggaacgg
tctttagcccttttaaacaaaagtcaacaactcactgacttcatagaaaaattcaagtgt
gaaggacctaatgtgaatcctgagttgactcagggagctcatagcagctgtctgaaggtt
gaccgccttcttgaacttctacaagacaggagaagacaactagacaagtacttgaagcaa
cagtggcaagaattgagtcaagttctgcagatatgtcagtgggaccaacaagaaaaccag
gttacttgttggtttcagaaaactataagaaatttacaggaacaaagtctaggttcatca
ctttcagacaatgaggatcgaattcataagcaagaggaactgataataaaagcaaaggaa
tggaattctgctgttgagaagctgaagagtgaggcactgagaattctgctgtcaaaggac
tacgtggagaaagaacacctccagctctctcaccagaaactcagtcagcttcaagaagaa
tttggtcaactcatggtggaaaggaatacctggttaaagaaggcgaatgaattttttaac
agtgctaacaaggcatttgatgtacttggaagagttgaagcttaccttaagctccttaaa
tcagagggtttaagtctggctgttttggcagtgaggcatgaggaattacacagaaaaatt
aaagactgcacaactgatgctttgcaaaagggacaaaccttaatcagccaagtagactcc
tgcagctctcaggtgtccggcatccatgagatgatggggtgcattaagagacgagtggat
catctgaccgaacagtgttcagcgcacaaggaatatgctcttaagaaacaacaactaaca
gcctcagtggagggttacctacggaaggtggaaatgtcaattcagaaaatcagtccagta
ctttctaatgcaatggatgttggttctacccgttctgaatcagagaagattttgaataaa
tatctggaactagatatccaagctaaggagacatcacatgaattagaagcagctgcaaaa
accatgatggagaaaaatgaatttgtatctgatgaaatggtatcactttcctctaaagct
agatggctagcagaagaattaaacctatttggccaaagcattgactatagatcgcaagtc
ctgcaaacttacgtggcatttctgaagtcatcagaggaggtagagatgcagtttcagagc
ttaaaagaattttatgaaaccgaaatccctcagaaggagcaggatgatgctaaagccaag
cattgttctgactcggctgagaagcagtggcagctatttttaaagaagagttttataaca
caagatctagggcttgagttccttaatttaataaatatggcaaaagagaacgagatatta
gatgtgaaaaatgaagtgtacctcatgaagaacaccatggaaaaccagaaagcagaacgg
gaagaacttagcctccttcggctggcatggcagcttaaagccacggaaagcaagcctgga
aaacagcagtgggcggcattcaaagagcaacttaaaaagacttctcacaacttaaaactt
cttcaggaagcacttatgcctgtgtctgcacttgacctcggagggagcctccagttcatt
ttagatctacgacaaaaatggaatgacatgaagcctcagttccagcaattgaatgatgag
gttcagtacattatgaaagaatcagaggagttaactggcagaggagcccctgtaaaagaa
aagtctcaacaactgaaggaccttattcacttccatcaaaaacagaaagagagaatccag
gattacgaggatatcctgtacaaggtggtccagttccatcaagtcaaggaagagctggga
cgtctcatcaaatcaagagagctggagtttgtagagcagccgaaggaactgggtgatgcc
catgatgtgcagattcacctccggtgctctcaggaaaagcaagcccgtgtagaccatctc
cacagactggccctttccttaggagtcgacatcatctcatcagtgcagcggcctcactgc
tctaatgtttctgcaaagaacctacagcagcagctggagctccttgaggaggacagcatg
aagtggcgtgccaaagctgaggagtatggacggaccctgtcccgtagtgtggagtactgc
gccatgagagacgagataaatgagctcaaagactcattcaaagatatcaaaaagaaattc
aataatttgaagtttaattacactaagaaaaatgaaaaatctcggaatctgaaggcgctt
aaatatcaaattcagcaagttgatatgtatgctgaaaaaatgcaggctttgaaaaggaaa
atggaaaaagttagtaataaaacctctgattctttcttaaattatccaagtgataaagtt
aatgtccttttggaagtcatgaaggatttgcaaaaacatgtggatgactttgacaaagtt
gtgacagattacaagaagaatttggacctgactgagcatttccaggaggtgatagaagag
tgtcatttttggtacgaagatgcaagtgccacagttgtaagagttggaaaatattccaca
gagtgcaagacaaaggaagctgtgaaaattctccaccagcagtttaataagtttattgca
ccctcagtgccgcagcaagaagaaaggattcaggaggccactgaccttgctcagcactta
tatggtttggaagaaggacagaaatatattgagaaaatagtgacaaaacacaaagaggtt
cttgaatctgtgactgaattatgtgagtccctcacagagctcgaagaaaaactgaagcag
ggagatgttttaaagatgaatccgaatttggaagacttccattatgattacattgacttg
ctaaaggaaccagcaaaaaataagcagacaatattcaatgaagaaaggaataaggggcag
gtgcaggtggcagatcttttgggcatcaatggaacaggggaagagcgactaccacaagac
ctgaaggtgtccactgacaaggagggtggcgtccaggacctgctcctgcctgaagacatg
ctctcaggggaagaatatgagtgtgtctcacctgatgacatctccttgcctcctctccca
ggaagccctgagtcccctcttgcaccatctgacatggaggtggaagagcctgtcagctcc
tccctcagccttcacataagcagctatggggtgcaggctgggaccagcagcccaggggat
gcccaggaatctgttcttccaccacctgttgcctttgcggatgcatgcaatgataagaga
gaaacattttcaagtcattttgagaggccttacctccagttcaaagctgagcccccacta
acctccagaggattcgtggaaaagagtactgccttacacagaatcagtgctgaacatcca
gagagcatgatgagtgaagtgcatgagagagctttacagcagcaccctcaggctcagggt
ggtttgctagaaacacgggagaaaatgcatgctgataataacttcactaaaacccaagat
aggctgcatgcttcctctgatgcattctcgggcctcaggtttcaatcaggcaccagcagg
ggctatcagaggcaaatggttcctcgagaagagattaaaagcacatcagcaaagagcagc
gtggtcagcctagctgaccaggcacctaatttctccaggctcctgtctaatgtaactgtc
atggaaggttctccagtgactttggaagttgaagtaacaggatttccagagcctacactg
acatggtacaagaagggccagaaattgtctgcagatgggcacttacaggttttacacaag
gagacaaggcattcggtgttcattccaaaggtatgcaaggcagacgcaggcctctatgtg
gctcgggcccaaaactctagcggcgctctctcttccaatgtcatcctccacgtgacaggt
aactgcaggctgccaatcacaagagtaaactggataaccctgtgtgtcgtctatgttagt
gtgtccctaatgtactggctcctcacacaataa

  All links  
Disease (2)   
   OMIM (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (39)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (37)   
DNA sequence (51)   
   RefSeq(nuc) (37)   
   GenBank (7)   
   EMBL (7)   
Protein domain (5)   
   Pfam (5)   
All databases (124)   

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