KEGG   Homo sapiens (human): 6101
Entry
6101              CDS       T01001                                 
Symbol
RP1, DCDC4A, ORP1
Name
(RefSeq) RP1 axonemal microtubule associated
  KO
K19538  retinitis pigmentosa 1
Organism
hsa  Homo sapiens (human)
Disease
H00527  Retinitis pigmentosa
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:hsa03037]
    6101 (RP1)
   04812 Cytoskeleton proteins [BR:hsa04812]
    6101 (RP1)
Cilium and associated proteins [BR:hsa03037]
 Primary cilia and associated proteins
  Other primary cilia associated proteins
   6101 (RP1)
Cytoskeleton proteins [BR:hsa04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Microtubule-associated proteins (MAPs)
     6101 (RP1)
SSDB
Motif
Pfam: DCX
Other DBs
NCBI-GeneID: 6101
NCBI-ProteinID: NP_006260
OMIM: 603937
HGNC: 10263
Ensembl: ENSG00000104237
UniProt: P56715
Position
8:54559185..54871234
AA seq 2156 aa
MSDTPSTGFSIIHPTSSEGQVPPPRHLSLTHPVVAKRISFYKSGDPQFGGVRVVVNPRSF
KSFDALLDNLSRKVPLPFGVRNISTPRGRHSITRLEELEDGESYLCSHGRKVQPVDLDKA
RRRPRPWLSSRAISAHSPPHPVAVAAPGMPRPPRSLVVFRNGDPKTRRAVLLSRRVTQSF
EAFLQHLTEVMQRPVVKLYATDGRRVPSLQAVILSSGAVVAAGREPFKPGNYDIQKYLLP
ARLPGISQRVYPKGNAKSESRKISTHMSSSSRSQIYSVSSEKTHNNDCYLDYSFVPEKYL
ALEKNDSQNLPIYPSEDDIEKSIIFNQDGTMTVEMKVRFRIKEEETIKWTTTVSKTGPSN
NDEKSEMSFPGRTESRSSGLKLAACSFSADVSPMERSSNQEGSLAEEINIQMTDQVAETC
SSASWENATVDTDIIQGTQDQAKHRFYRPPTPGLRRVRQKKSVIGSVTLVSETEVQEKMI
GQFSYSEERESGENKSEYHMFTHSCSKMSSVSNKPVLVQINNNDQMEESSLERKKENSLL
KSSAISAGVIEITSQKMLEMSHNNGLPSTISNNSIVEEDVVDCVVLDNKTGIKNFKTYGN
TNDRFSPISADATHFSSNNSGTDKNISEAPASEASSTVTARIDRLINEFAQCGLTKLPKN
EKKILSSVASKKKKKSRQQAINSRYQDGQLATKGILNKNERINTKGRITKEMIVQDSDSP
LKGGILCEEDLQKSDTVIESNTFCSKSNLNSTISKNFHRNKLNTTQNSKVQGLLTKRKSR
SLNKISLGAPKKREIGQRDKVFPHNESKYCKSTFENKSLFHVFNILEQKPKDFYAPQSQA
EVASGYLRGMAKKSLVSKVTDSHITLKSQKKRKGDKVKASAILSKQHATTRANSLASLKK
PDFPEAIAHHSIQNYIQSWLQNINPYPTLKPIKSAPVCRNETSVVNCSNNSFSGNDPHTN
SGKISNFVMESNKHITKIAGLTGDNLCKEGDKSFIANDTGEEDLHETQVGSLNDAYLVPL
HEHCTLSQSAINDHNTKSHIAAEKSGPEKKLVYQEINLARKRQSVEAAIQVDPIEEETPK
DLLPVLMLHQLQASVPGIHKTQNGVVQMPGSLAGVPFHSAICNSSTNLLLAWLLVLNLKG
SMNSFCQVDAHKATNKSSETLALLEILKHIAITEEADDLKAAVANLVESTTSHFGLSEKE
QDMVPIDLSANCSTVNIQSVPKCSENERTQGISSLDGGCSASEACAPEVCVLEVTCSPCE
MCTVNKAYSPKETCNPSDTFFPSDGYGVDQTSMNKACFLGEVCSLTDTVFSDKACAQKEN
HTYEGACPIDETYVPVNVCNTIDFLNSKENTYTDNLDSTEELERGDDIQKDLNILTDPEY
KNGFNTLVSHQNVSNLSSCGLCLSEKEAELDKKHSSLDDFENCSLRKFQDENAYTSFDME
EPRTSEEPGSITNSMTSSERNISELESFEELENHDTDIFNTVVNGGEQATEELIQEEVEA
SKTLELIDISSKNIMEEKRMNGIIYEIISKRLATPPSLDFCYDSKQNSEKETNEGETKMV
KMMVKTMETGSYSESSPDLKKCIKSPVTSDWSDYRPDSDSEQPYKTSSDDPNDSGELTQE
KEYNIGFVKRAIEKLYGKADIIKPSFFPGSTRKSQVCPYNSVEFQCSRKASLYDSEGQSF
GSSEQVSSSSSMLQEFQEERQDKCDVSAVRDNYCRGDIVEPGTKQNDDSRILTDIEEGVL
IDKGKWLLKENHLLRMSSENPGMCGNADTTSVDTLLDNNSSEVPYSHFGNLAPGPTMDEL
SSSELEELTQPLELKCNYFNMPHGSDSEPFHEDLLDVRNETCAKERIANHHTEEKGSHQS
ERVCTSVTHSFISAGNKVYPVSDDAIKNQPLPGSNMIHGTLQEADSLDKLYALCGQHCPI
LTVIIQPMNEEDRGFAYRKESDIENFLGFYLWMKIHPYLLQTDKNVFREENNKASMRQNL
IDNAIGDIFDQFYFSNTFDLMGKRRKQKRINFLGLEEEGNLKKFQPDLKERFCMNFLHTS
LLVVGNVDSNTQDLSGQTNEIFKAVDENNNLLNNRFQGSRTNLNQVVRENINCHYFFEML
GQACLLDICQVETSLNISNRNILELCMFEGENLFIWEEEDILNLTDLESSREQEDL
NT seq 6471 nt   +upstreamnt  +downstreamnt
atgagtgataccccttctactggtttttccatcattcatcctacgtcttctgaaggtcaa
gttccaccccctcgccatttgagcctcactcatcctgttgtggccaagcgaatcagtttc
tacaagagcggagacccccaattcggcggggtcagggtggtggtcaaccctcgctccttt
aagtcctttgatgctctgctggataacttgtccaggaaggtgcccctcccttttggagtg
aggaacatcagcacccctcggggcaggcacagcatcacgcgcctggaggagctggaggac
ggcgagtcctacctatgttcccacggcaggaaggtgcagcctgtagacctggacaaagcc
cgtcggcgcccgcggccctggctcagcagccgggccattagcgcgcactcaccgccccac
cccgtagccgtcgctgctcccggcatgccccgccccccacggagcctagtggtcttcagg
aatggcgacccgaagacgaggcgtgcggttcttctgagcaggagggtcacccagagcttc
gaggcatttctacagcacctgacagaggtcatgcagcgccctgtggtcaagctgtacgct
acggacggaaggagggttcccagcctccaggcagtgatcctgagctctggagctgtggtg
gcggcaggaagggagccatttaaaccaggaaattatgacatccaaaaatacttgcttcct
gctagattaccagggatctctcagcgtgtgtaccccaagggaaatgcaaagtcagaaagc
agaaagataagcacacatatgtcttcaagctcaaggtcccagatttattctgtttcttct
gagaaaacacataataatgattgctacttagactattcttttgttcctgaaaagtacttg
gccttagaaaagaatgattctcagaatttaccaatatatccttctgaagatgatattgag
aaatcaattatttttaatcaagacggcactatgacagttgagatgaaagttcgattcaga
ataaaagaggaagaaaccataaaatggacaactactgtcagtaaaactggtccttctaat
aatgatgaaaagagtgagatgagttttccaggaagaacagaaagtcgatcatctggttta
aagcttgcagcatgttcattctctgcagatgtgtcacctatggagcgaagcagtaatcaa
gagggcagtttggcagaggagataaacattcaaatgacagatcaagtggctgaaacttgc
agttctgctagttgggagaatgctactgtggacacagatatcatccagggaactcaagac
caagcaaagcatcgtttttataggccccctacacctggactaagaagagtgagacaaaag
aaatctgtgattggcagtgtgaccttagtatctgaaactgaggttcaagagaaaatgatt
ggacagttttcatatagtgaagaaagggaaagtggggaaaacaagtctgagtatcacatg
tttacacattcttgcagtaaaatgtcatcagtatctaacaaaccagtacttgttcagatc
aataacaatgatcaaatggaggagtcatcattagaaagaaaaaaggaaaacagtctgctt
aagtcaagtgcaataagtgctggtgttatagaaattacaagtcagaagatgttagagatg
tcacataataatggtttgccatcaactatatcaaataactcaattgtggaggaagatgta
gttgattgtgtggtattggacaacaaaactggtatcaagaacttcaaaacttatggtaac
accaatgataggttcagtcctatttcagcagatgcaacccatttttcaagtaataactct
ggaactgacaaaaatatttctgaggctccagcttcagaagcatcctctactgtcactgca
agaattgacagactaattaatgaatttgctcagtgtggtttaacaaaacttccaaaaaat
gaaaagaagattttgtcatctgttgccagcaaaaagaagaaaaaatctcgacagcaagca
ataaattccaggtatcaagatggacagcttgcaaccaaaggaattcttaataagaatgag
agaataaacacaaaaggtagaattacaaaggaaatgatagtgcaagattcagatagtccc
cttaaaggagggatactttgtgaggaagacctccagaaaagtgatactgtaattgaatca
aatactttttgttccaaaagtaatctcaattccacgatttccaagaatttccatagaaat
aaattaaatactactcaaaattccaaggttcaaggacttttaaccaaaagaaaatctaga
tcactaaataaaataagcttaggagcacctaaaaaaagagaaatcggtcaaagagataaa
gtgtttcctcacaatgaatctaaatattgcaaaagtacttttgaaaacaaaagtttattt
catgtatttaacatccttgagcaaaaacccaaagatttttatgcaccgcaatctcaagca
gaagtggcatctgggtatttgagaggaatggcaaagaagagtttagtttcaaaagttact
gattcacacataactttaaaaagccagaaaaaacgtaaaggggataaagtgaaagcaagt
gctattttaagtaaacaacatgctacaaccagggcaaattctttagcttctttgaaaaaa
cctgattttcctgaggctattgctcatcattcaattcaaaattatatacagagttggttg
cagaacataaatccatatccaactttaaagcctataaaatcagctccagtatgtagaaat
gaaacgagtgtggtaaattgtagcaataatagtttttcagggaatgatccccatacaaat
tctggaaaaataagtaattttgttatggaaagtaataagcacataactaaaattgccggt
ttgacaggagataatctatgtaaagagggagataagtcttttattgccaatgacactggt
gaagaagatctccatgagacacaggttggatctctgaatgatgcttatttggttcccctg
catgaacactgtactttgtcacagtcagctattaatgatcataatactaaaagtcatata
gctgctgaaaaatcaggaccagagaaaaaacttgtttaccaggaaataaacctagctaga
aaaaggcaaagtgtagaggctgccattcaagtagatcctatagaagaggaaactccaaaa
gacctcttaccagtcctgatgcttcaccaattgcaagcttcagttcctggtattcacaag
actcagaatggagttgttcaaatgccaggttcacttgcaggtgttccctttcattctgca
atatgtaattcatccactaatctccttctagcttggctcttggtgctaaacctaaaggga
agtatgaatagcttctgtcaagttgatgctcacaaggctaccaacaaatcttcagaaaca
cttgcattgttggagattctaaagcacatagctatcacagaggaagctgatgacttgaaa
gctgctgttgccaatttagtggagtcaactacaagccactttggactcagtgagaaagaa
caagacatggttccaatagatctttctgcaaattgttccacggtcaacattcagagtgtt
cctaagtgcagtgaaaatgaaagaacacaaggaatctcctctttggatggaggttgctct
gccagtgaggcatgtgcccctgaagtctgtgttttggaagtgacttgctctccatgtgag
atgtgcactgtaaataaggcttattctccaaaagagacatgtaaccccagtgacactttt
tttcctagtgatggttatggtgtggatcagacttctatgaataaggcttgtttcctagga
gaggtctgttcacttactgatactgtgttttctgataaggcttgtgctcaaaaggagaac
catacctatgagggagcttgcccaattgatgagacctacgttcctgtcaatgtctgcaat
accattgactttttaaactccaaagaaaacacatatactgataacttggattcaactgaa
gagttagaaagaggtgatgacattcagaaagatctaaatattttgacagaccctgaatat
aaaaatggatttaatacattggtgtcacatcaaaatgtcagtaatttaagctcctgtggc
ctttgcctaagtgaaaaagaagcagaacttgataagaaacatagttctctagatgatttt
gaaaattgttcactaaggaagtttcaggatgaaaatgcatatacttcctttgatatggaa
gaaccacggacttctgaagaaccaggctcaataaccaacagcatgacatcaagtgaaaga
aacatttcagaattggaatcttttgaagaattagaaaaccatgacactgatatctttaat
acagtggtaaatggaggagagcaagccactgaagaattaatccaagaagaggtagaggct
agtaaaactttagaattgatagacatctctagtaagaatattatggaagaaaaaagaatg
aacggtataatttatgaaataatcagtaagaggctggcaacaccaccatctttagatttt
tgctatgattctaagcaaaatagtgaaaaggagaccaatgaaggagaaactaagatggta
aaaatgatggtgaaaactatggaaactggaagttattcagagtcctctcctgatttaaaa
aaatgcatcaaaagtccagtgacttctgattggtcagactatcggcctgacagtgacagt
gagcagccatataaaacatccagtgatgatcccaatgacagtggcgaacttacccaagag
aaagaatataacataggatttgttaaaagggcaatagaaaaactgtacggtaaagcagat
attatcaaaccatctttttttcctgggtctacccgcaaatctcaggtttgtccttataat
tctgtggaatttcagtgttccaggaaagcaagtctttatgattctgaagggcagtcattt
ggctcttctgaacaggtatctagtagttcatctatgttgcaggaattccaggaggaaaga
caagataagtgtgatgttagtgctgtgagggacaattattgtaggggtgacattgtagaa
cctggtacaaaacaaaatgatgatagcagaatcctcacagacatagaggaaggagtactg
attgacaaaggcaaatggcttctgaaagaaaatcatttgctaaggatgtcatctgaaaat
cctggcatgtgtggcaatgcagacaccacatcagtggacaccctacttgataataacagc
agtgaggtaccatattcacattttggtaatttggccccaggcccaacgatggatgaactc
tcctcttcagaactcgaggaactgactcaaccccttgaactaaaatgcaattactttaac
atgcctcatggtagtgactcagaaccttttcatgaggacttgctggatgttcgcaatgaa
acctgtgccaaggaaagaatagcaaatcatcatacagaggagaagggtagtcatcagtca
gaaagagtatgcacatctgtcactcattcctttatttctgctggtaacaaagtctaccct
gtctctgatgatgctattaaaaaccaaccattgcctggcagtaatatgattcatggtaca
cttcaggaagctgactctttggataaactgtatgctctttgtggtcaacattgcccaata
ctaactgttattatccaacccatgaatgaggaagaccgaggatttgcatatcgcaaagaa
tctgatattgaaaatttcttgggtttttatttatggatgaaaatacacccatatttactt
cagacagacaaaaatgtgttcagggaagagaacaataaagcaagtatgagacaaaatctt
attgataatgccattggtgatatatttgatcagttttatttcagtaacacatttgacttg
atgggtaaaagaagaaaacaaaaaagaattaacttcttggggttagaggaagaaggtaat
ttaaagaaatttcaaccagatttgaaggaaaggttttgtatgaatttcttgcacacatca
ttgttagttgtgggtaatgtggattcaaatacacaagacctcagcggtcagacaaatgaa
atctttaaagcagtcgatgagaataacaacttattaaataacagattccagggctcaaga
acaaatctcaaccaagtagtaagagaaaatatcaactgtcattacttctttgaaatgctt
ggtcaagcttgcctcttagatatttgccaagttgagacctccttaaatattagcaacaga
aatattttagaactttgtatgtttgagggtgaaaatcttttcatttgggaagaggaagac
atattaaatttaactgatcttgaaagcagtagagaacaagaagatttataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Disease (3)   
   KEGG DISEASE (1)   
   OMIM (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (51)   
   KEGG ORTHOLOGY (1)   
   RefGene (45)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (13)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (11)   
DNA sequence (33)   
   RefSeq(nuc) (11)   
   GenBank (11)   
   EMBL (11)   
Protein domain (1)   
   Pfam (1)   
All databases (105)   

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