KEGG   Homo sapiens (human): 253143
Entry
253143            CDS       T01001                                 
Symbol
PRR14L, C22orf30
Name
(RefSeq) proline rich 14 like
Organism
hsa  Homo sapiens (human)
SSDB
Motif
Pfam: Tantalus
Other DBs
NCBI-GeneID: 253143
NCBI-ProteinID: NP_775837
HGNC: 28738
Ensembl: ENSG00000183530
UniProt: Q5THK1
Position
22:complement(31681347..31750132)
AA seq 2151 aa
MLSSGVETQPVPLDSSMSAVVQELYSELPVSVSRELHADPEPSVIPDVKPGASSSLLSQN
RALPLELQRTHVESCCEETYETLDHGSEPGRCGLVDSTAGGSVASGILDRAKRSESMEPK
VFRDPGGQAGIIREPSEGAKEDPHQHSTAAEEKTSPSQEDLLMQSSKELSHVDLPEDFLR
SKEGNVQITAETLLKSAEVQGMKVNGTKTDNNEGHKNGNVSKDLSAGCGEFQEVDKIMTS
DEVSETSTLVTPEPLTFVDPVLTEATPKEKECEELKSCPWLSLPGNSAISNVDNGKEELC
KPNLVCEADDNHQQLHGHHNEQPSSTHDSPTATSPLKENSEVSCFTSDLSGPESRTISLE
NCGFEGGGLLKRSAEKTDSSYFYRGDDQGKNLASREENEERLLIPRSERGGPFLFNAREP
EKEISGRCSGEKEPVVSPKENIHNNCIQDSLHTGNSSSLMPNSFTEATEVMLNKNDLKIT
VHVQGNLTNPEDHKETFTNMSHPGGHSEESSFSSLMQIEEAGQTTPVEPNILSKSFYTKD
CNSLVSIQRNLEGNTQLNEASCNDFLFERKSIVSLMPEDQISPVSEVLKPKQGTALLLPS
PEFDYRPESEKVIQTSHDDIPLLDEQSIACEMNELSCTNELVVNKVESECVLNQQVSLNS
QEHANLPTDSLLHLNKEMPLATGRDAHQSHHPPLEGRADVIADIQTIPIQTKIKDISPPG
NQTCGASSNCPTLNIKPVSLERKKEMADSGTKALHSRLRSNKREAAGFPQVVSVIECHSV
QSQDISSCHRVRKNVSQENMCSASAAFKSSKISLQVDNSLITKYENAFQHRDHCCQGTGH
SVEKSSCKVSYTSQERELDGKETNGSLPGDKIRNKMVAGLLNSGISNKTIHTSSSIKLSE
EGLEGKEQDVSKETVFCKYNISDHAIQELNQTVNIPGPEKVLDQSPTVMFSSFKNVKSVE
TLDQKADEVLDCQSNQNRPDECKSEGQSAKEMLSSDQRETVTEPHGEVNHNQKDLLVSSG
SNNSLPCGSPKKCNLKGAFVKMSGCDESTEGMVDIVYTDCSNKLAEGVLDVKASNLLDCG
ARQEKLAFQEDSRSTLSRRELDAAHTGTTGQDSDFPVTAASTVDFLKIKKSCEENVCRSL
KDCEMEKCPDSCAHEMESVADHEPNKRILGRVNLSLNDSHYGQQDKGTSLRETQEMTEGS
RLEPNSEFGKESTFGISSKESMSCHDESSVSLRSLKSIEIMPSQENSETNVNSEETDLKN
LCKPKDGEMLCENVKDCTVLPEMKEIVSRDWSNSSDRDSVCTCVEKNACKACHPHENSSD
RHLPLTVKTDIKVKGEETEEHQRGRLGYLTVGEQSEELVTRETGDGDPVSNISQTHFKCR
GILNHAEKQQSPEVLDYMLQKEEKYIRQQKAHTISQQCISSSLLLDDAQNQNQPKADKDE
STMINEITLAKLAKDSIVAQTQKLEDQKEERLHHPLRKDTESCTSPCLLGAPRKAQDPSS
AGCDQIHGAFAKKGVLPLKKQPHRTCKKVSYQEQIIVGRKIGKIRSSAFLKSSSNPIPTK
AHRLLSLCTLSAPTRLEPETAPTKSLVSHIPKQMSTPCHPLRSLNFRKTTKESALLNKLS
ILASKLAPAMKTQKLRYRRCSSELLPMAKSYKRLRYKRLLDGFSSSTEQLNPYLAASGWD
KRPNSKPMALYSLESIKMTFIDLSNKMPSLLFGSEIFPVSFHVKSSSSDCTTESSRTFPE
HCAPARLALGEALQCPSQPPKWTFSFFLSHGCPGMATFREDTGVHSQTHTQAPPQPPAPL
QDYGGTAIVQTRADCSVLGLHTLLALCSPGCYRIWTKKRSFSSHMPTMQRLFMTQFTQGL
KGLRSPASIADKVFCSLPYSVGRVLSIWSQHGPSVCSFEISSLHSPHCKRQPSLGTTSSH
TMLPYVPLPGMEATYNTSGSQTRLEPPFPALVPKSCLVAESAVSKLLLSASEFQVRGLDE
LDGVKAACPCPQSSPPEQKEAEPEKRPKKVSQIRIRKTIPRPDPNLTPMGLPRPKRLKKK
EFSLEEIYTNKNYKSPPANRCLETIFEEPKERNGTLISISQQKRKRVLEFQDFTVPRKRR
ARGKVKVAGSFTRAQKAAVQSRELDALLIQKLMELETFFAKEEEQEQSSGC
NT seq 6456 nt   +upstreamnt  +downstreamnt
atgctgtcatctggagtagagactcagccagttccacttgattcctccatgtctgccgtg
gtacaggaattatactctgaactcccagtaagtgtctccagagagcttcatgctgaccct
gagccaagtgtgattccagatgtaaaacctggagcctcaagctctcttttaagtcagaat
agggcattgcccttggagctgcagaggactcatgtggagagttgttgtgaagaaacctat
gagaccttggatcatgggagtgagcctgggcgatgtgggctagtggactccacagcagga
ggttctgtggcatctgggatcttggatagggcaaagagaagcgagagcatggagccaaag
gtcttcagagatccagggggccaggcaggaattataagagaaccctctgagggagcaaag
gaagatccacatcaacattccacagctgctgaagaaaagactagcccgagtcaggaggat
ctcctgatgcagtccagcaaagaactttcacatgtggacctccctgaagattttctaagg
agcaaagaaggaaatgtacagattacagctgaaactctgctaaaatccgccgaagtacaa
ggtatgaaggtcaatgggactaagacggataataatgaaggacacaaaaatggcaatgtg
agtaaagatctctcagctggatgcggtgaattccaagaagtagacaaaatcatgaccagt
gatgaggtttcagaaaccagcacattagttaccccagaacctttaacctttgtggaccct
gtattaacagaagcaactcctaaagaaaaagaatgtgaagaattaaaaagttgtccttgg
ttgtcattaccaggaaacagtgccatttctaatgtggacaatgggaaggaagagttgtgt
aaaccaaacctggtctgtgaagcagatgacaatcaccaacagcttcatggccaccataat
gaacaacccagttctacacatgatagtcccacagccacaagccctttgaaagaaaattct
gaagtttcatgtttcacatcagacttgtctggtccagaatccagaacaatatccttagaa
aactgtggttttgaaggtggtggtttgctaaagagatctgctgaaaagacagacagttct
tatttttataggggggatgatcaagggaagaacttggcttctagagaagaaaatgaggaa
cggcttttgattcctaggagtgaaagaggtggaccttttctttttaatgccagggaacca
gaaaaggagattagtggtcgttgttctggtgaaaaagagcctgttgtttctccaaaggaa
aatatccacaataactgcattcaagacagtctccatacagggaactctagttctttaatg
cccaattcttttactgaagccacagaagtaatgttaaataaaaatgatttgaaaattact
gtacacgttcaaggtaacttgacaaaccctgaggaccataaagaaacttttactaatatg
agccatcctggtggacactctgaagaaagcagtttttcctccttgatgcagattgaagag
gcaggacagacaacccctgtagagcccaatatattaagtaaatctttttacactaaagac
tgtaactccttagtcagcatccagagaaatctggaaggcaacacccagttaaatgaagca
tcatgtaatgattttctgtttgaaagaaaatccattgtgagtttaatgccagaggatcaa
ataagtcctgtaagtgaggtattaaaacccaagcaaggtactgctctgttgctaccatcc
ccagaatttgattacagacctgagtcagaaaaagttatacagacctcacatgatgatatt
ccacttttagatgaacagagcatagcctgtgagatgaatgaactttcttgtaccaatgaa
ctggttgtaaacaaagtagaaagtgaatgtgttttaaatcaacaagtgtcccttaattct
caagaacatgcaaatttgccaactgactctctactgcatttaaacaaagagatgccttta
gcaacaggcagagatgcccatcagagccatcaccctccattagagggtagagcagatgtc
attgctgatatacaaaccattcccattcagacaaaaataaaagacatctctccaccaggt
aaccaaacctgtggtgcctcttcaaactgtcccaccttaaacatcaaaccagtaagccta
gagagaaaaaaggaaatggctgattcaggaacaaaagctctacattccaggctgcgctca
aataagagagaagcagctggctttcctcaagtggtctctgtcatagaatgtcacagcgtt
caatctcaggatatctctagctgtcatcgtgtaagaaaaaatgtatcccaggaaaacatg
tgttctgcttctgctgctttcaagtccagcaaaatcagcctgcaagttgataactctttg
ataacaaaatatgaaaatgcatttcagcaccgtgatcactgctgccaaggaacaggacac
tctgtggaaaaaagcagctgtaaagtgagttacacatcacaggaaagggaacttgatggg
aaagaaacgaatggcagccttccaggagataagatcagaaacaaaatggtagcaggcttg
ttaaatagtggaatttcaaacaaaaccattcacacctccagtagcatcaaactcagtgag
gaagggctggaaggaaaggagcaggatgtatccaaagaaactgtattttgtaagtataac
atctctgatcatgctatacaagaactaaaccagactgtaaacattccaggtcctgaaaaa
gtgttggaccagtctcctactgttatgttctccagttttaaaaatgtaaaatcagttgaa
acactcgatcagaaggcagatgaagtccttgactgtcagagtaaccaaaacagaccagat
gaatgcaaaagtgaaggtcagtcagccaaggagatgctaagtagtgaccagagagagact
gtcaccgagcctcacggggaggtaaaccacaaccaaaaggatctgctggtcagctcaggc
agtaataactcactaccttgtggtagtccaaagaaatgcaatttgaaaggagcctttgtc
aagatgtctggttgtgatgagtccacagaaggtatggtagacatcgtctacacggactgt
agtaataagcttgcagaaggtgtgctggacgtgaaggcatctaatctactggattgtggt
gcaaggcaagagaaactggcatttcaagaggactccaggagtaccttgtctcggagagaa
ctggatgctgcacatacaggaacaactggtcaggattcagatttcccagttactgctgct
tctacagtggactttctcaaaataaaaaaatcatgtgaagaaaacgtatgcagatcttta
aaagactgtgaaatggaaaagtgtccagactcttgtgcccatgagatggagtctgttgca
gatcatgaaccaaataaaagaatattgggcagagtaaatttgtctttaaatgatagccat
tatggacagcaagataaaggaacatctctcagagaaacacaagaaatgactgaaggatca
agactagaaccaaactctgagtttggcaaagaaagtacctttggaatttcctcaaaagag
tcgatgtcttgccatgatgaaagctctgtttccctaagaagcctgaaatccattgaaata
atgccttctcaagaaaattcagaaactaatgttaacagtgaagaaactgacctgaaaaat
ctttgtaaaccaaaagatggtgaaatgctttgtgaaaatgtaaaggactgcacagtcctt
cctgagatgaaggaaatagtatcaagagattggagtaattctagtgacagagacagcgta
tgtacctgtgtggaaaagaatgcttgcaaagcttgtcaccctcacgagaattcctctgac
agacatttgcctttgacagtgaaaacagatattaaagtgaaaggagaagaaaccgaagag
catcagaggggacgactgggttacttaactgttggggagcaatctgaggagttggttacc
agagaaactggcgatggcgatcccgtgagcaacatctctcagacccattttaaatgccgg
gggatacttaatcatgctgaaaaacagcagagccctgaggttttggactacatgttgcag
aaagaagagaaatatatacgtcaacaaaaagcacatacgatatcgcaacagtgcatatca
tctagtctgttgttagatgatgcacaaaatcagaaccaaccgaaggctgacaaagatgag
tccaccatgatcaatgaaatcaccctagcaaagctggccaaggacagcattgtggcacag
actcagaagttagaagaccagaaggaggaaaggttacatcatccattaaggaaggacact
gagtcatgcacaagtccttgccttcttggtgcccctcggaaagcacaagacccctcctct
gctgggtgtgatcaaatacatggtgcctttgcgaagaaaggagttcttcccttaaagaag
cagccccatcgaacttgtaagaaagtttcctatcaggagcaaatcattgttgggagaaaa
ataggtaaaatcagaagttctgcctttttaaagagttcttccaatcccatccccacaaaa
gcgcacagacttctcagtttgtgtactctgtctgcacctacacgattagaacctgaaaca
gcacctaccaagagcttggttagtcacataccaaagcagatgtctacaccgtgccatccc
ttgaggagcctgaattttaggaagactaccaaagaatcagccttactaaacaagctgtcc
atccttgcctccaaactggccccagccatgaagactcagaagctaagataccgacggtgt
tcctctgaacttcttccaatggctaaaagctacaagcgcctcagatataaaagactcctg
gacggattttcatccagcacagagcagctgaatccatatttggcagctagtggatgggat
aagaggcctaacagtaagcccatggcactttattctctcgaatccatcaagatgaccttc
atagatttgagcaacaagatgccgtccctgctgtttggttctgaaatcttcccagtatcc
tttcatgtgaaatcatccagctcagattgcacgactgagtcctcaaggacttttcctgag
cactgtgctccggcaaggcttgccttaggagaggccctccagtgcccgtctcaacctccc
aagtggaccttttctttcttcttgtcccacggttgccctgggatggcaacattcagggaa
gacactggcgtccatagtcagacccacactcaggctcctccccagcctccagctcctctc
caagactatggaggcactgccatagtccagaccagagcagactgctctgtccttggcctt
cacacacttctagcactttgttccccaggatgttaccgaatctggacaaaaaaacggagc
ttctccagccacatgcctaccatgcagaggctcttcatgacccagtttacacagggcctg
aaagggttacggtctccagcctccatagcagacaaggtcttctgttctctgccctactcg
gtgggcagagtcctatccatttggagccagcatggtccttctgtctgctccttcgaaatc
tcttctcttcattcccctcactgcaagcggcaaccaagtctgggcaccacaagcagccac
accatgttaccatatgtgcctcttccaggcatggaagctacatataacaccagcggcagt
cagacgaggctggagcctccattccctgccttggtaccaaagtcttgcttggtagcagaa
tcagctgtcagcaagctcctgctttcagcctctgagttccaggttcgtggattggatgag
ctggatggtgtgaaagcagcatgcccctgcccacagagcagccccccagaacagaaagag
gctgagccagagaagaggccaaagaaagtctcacagattcgcatccggaaaaccattcct
aggccagatcctaatcttacccccatgggccttcctcgacccaaaaggttaaagaagaag
gagtttagtttagaagagatatataccaacaagaattataaatctcctcctgcaaacagg
tgtttagagaccatctttgaggaacccaaggaacgaaatggtacactaatctcaatcagc
caacagaagaggaagcgagttctagaatttcaggattttacagtcccgcgaaagaggaga
gctcgaggcaaagtcaaggtggcaggcagctttaccagggcccagaaggcagctgtgcag
agtcgagagctggatgctcttttgatacagaaactaatggaactggagaccttctttgcc
aaggaagaggagcaggaacaatcatcaggctgttga

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Genome (1)   
   KEGG GENOME (1)   
Gene (56)   
   RefGene (42)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (9)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (19)   
   RefSeq(nuc) (1)   
   GenBank (9)   
   EMBL (9)   
Protein domain (1)   
   Pfam (1)   
All databases (80)   

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