KEGG T01002: 171395

Mus musculus (house mouse): 171395

Entry

171395            CDS       T01002

Symbol

Pkd1l1

Name

(RefSeq) polycystic kidney disease 1 like 1

K04987

polycystin 1L1

Organism

mmu Mus musculus (house mouse)

Brite

KEGG Orthology (KO) [BR:mmu00001]
09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:mmu03037]
    171395 (Pkd1l1)
   04040 Ion channels [BR:mmu04040]
    171395 (Pkd1l1)
Cilium and associated proteins [BR:mmu03037]
Primary cilia and associated proteins
  Other primary cilia associated proteins
   171395 (Pkd1l1)
Ion channels [BR:mmu04040]
Voltage-gated cation channels
  Transient receptor potential channel (TRP)
   171395 (Pkd1l1)

SSDB

Motif

Pfam:

REJ PKD Polycystin_dom PLAT PKD_4 GPS

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

MGI:

Ensembl:

Position

11:complement(8782025..8924365)

AA seq 2551 aa
MLLLSFSNPPPGISHTCNLSASWYHPESSSPLTQHPPRATLVTQPENVEHFAICCFPETD
AQALPALGIRVHVASGTALCLLLDFGDNCGAQMRLCTLAGATTVTGYHQYRKEGVYELKA
VVHDFHRAEELGPYYVDISHGNVSVFMNSSSIHDSEALSFADSLPQQRGTVVVHCFSSIS
SYNVSFISQTQVASGQAWCGVTVGYKMQSVSVYTNGTVFAANTNITFVAITEETIPLEFA
WYFGENPPVMTTSRSIRRRLSVPQWYRVKVKATSRIGSVVSEPHLIRVQKRIMANRLVST
ASALVNANVSFECRLNFGTDVAYLWNFGDDTIELGSSSSSHVYSREGEFTVEVLAFNNVS
STTLRKQLFIVREPCQPPPVKNMGPAKVQIWRSQPLRLGVTFEAAILCNISQGLSYTWSF
VSAEMTTVTLPTAVNTRRQTIMLPSYTLECGNYTAIAKVQIKGSMVYSNYCVGVEVRARA
PVSVISEGTHIFISTATSTFIILRGAQSYDPDNPGAALRYHWTCTAASSPRWPCFDNSTS
YQVDTQAPAISFPAKWLSECCDQFLVTLTVSSRGQNSSQALMFLSTRPDLAFRFVHISWV
NFRDISVNWNEEVSLRAVCEDCGDVPDLTYSWDLFLVNATEKSAVEVPFCSTVGLLGALA
LGTSLKSSKSDLPSNLRAPLTPHSPEPSPTPLGWTALSNLGSISAESTAGGHHVPASGAV
AGSGEPMEEYSSLSSLAEEALMTNSSEGSWPSPSSSTDFDDFEAYYSDIQEAVLSLGRQP
GTSTNFQEAGPSLSAEESASYGDNLLGPFLHTGRAKPTLMIDWPKALVSQAAFHGYTTSG
IMGPAVTIKPFSLSSGKTYVLQASVASKHVLLGKAQLYLTVNQAPQDMSCQVRPHHGMEA
YTIFSVFCMSGKPDFHYEFRYRIGNTSSHTLYRGQDTQHYFLLPAGDSSDNYKVIVSTEI
TDGHGSKVQPCTVAVTVLPRYHGNDCCDKELYNSTLESLSTLRLAGSYMETRNYITMITG
ILSRLYVESRNTSSCGQWSQIQDVLISSACKVPYTDQEGMMDSIHILRDLISFPNKLSLT
SAMCIFKYTKMFLAQGQFSRRLLVDKKLRVEFVLLISGVWEAAKEDARDGDYLQEEGMKI
ISDMLLACLSDEHQIHVSTGQMEFQTLLHRSPQSSIQNLGFVQVHFPSDLASLHSTTQEA
TQSSCYISQLMFFMKSPYLGGQVPGQVGGVMIPRLYSCESRRPILRGQLETPVTMEFGEE
DYLVKHKRNPAMFVLLRDEVNVHRFTGLSENSQESLQIHIKFSKPVTRPFPIILLVRFSE
KATPSDFLVKRVYFWDEQTVQMYVPAAPWKGANVGYLSLLDADYDRKPPNKYLAGAVNYT
VHFQWIQCVFWDKTEWRSEGPYPQPGSSPEKVNCSYHHLAPVSVLRRKLNATLEVSSISE
FQSHPHNLLPGIFSAFLLVLYGILVSKSRYVDCHEKKNPGFIFLEEDTLPGYQLYAVVID
TGFRSPVRFTSKVFIVLCGENGCSETKELCCPEKPLFGRNSRHTFILSIPNQLGPLQKIR
LWHDSSGSSPCWFISHVMVKELCSGQAWFFSAQCWLAVSKLGGHVLREFFCLSHGLGFWK
LFYSKFTEYLEDFHIWLSLYSQPPSRSYLHTQRLAVSFCLLCVYSCLTALVTVRDHQQRP
LDVGPTAITLEPFCMALLCTLLACPVAQLLSLLFRCSKEARGDMQASTQWPLRGVKTETP
QGHDSSGRPDSRQPSPHPTSDLLPWNDQAWRIAASSSAVVCSPFPMEACSHKHHDLREKS
HYSPPSSQAPGSGFEELGSQKSRVCLLWSSSVAWAISGSASLACGLGTGFLGYWFVPAQC
MWWLYLLLLSLVCCAFITQPLMICLAALVFAWKRKHDSKFFTESLQDATKGLDLELEEHS
RTRVPLSPISYSPDTAEEAERVLATRQRERHLRWAQTPSKAKLRVTGERLRRESIMQAAL
RDMTTHSIMLLLLLFIAYGRFCPGEISLNHAIRKAFTRKANHSLGDLSSTEDWWDWTLST
LLDELYPERTSARAWGAQPGALGGQCHLIGPPVVKLLKISAGTACTPPRPFSELVEDVLP
MHSNDLDLENQNVSPGGPETCGVKKESYMHSLGKTRHEAHAALTALRASKWIDHSTRAMS
VHFTLYNPPTQLFTSVILGTECLPSGGLVPSFLVESFRIFYSDSALKYLLMLSELLFLVL
NVIHLCFQLWGMTTKGILSYWRKPRHWLELSMVGVAIAYYAASGHLTTLAVNITDQFHKG
LYQRLVDIGLMVSWHQRARCLQGILLFLWMLKYVHLLSSLSTMTPFSAVTCFPLFRVLLV
GALLLAAHYHSRWFLLFTGTLSHGTSAEAFPGLLLQFPGRSKKDSWHNCLKSDHGVMRCY
YGTLFLLLATLGFRMLRATFLTVFQNRKSSHRKPLVTLKDIAVYTWHKVLTLLGLETTLE
ETEVATDHIYYLDEFSSLLDELLMKIDGLSDSLELSILENQWKRALESRAGDSPPVGSSE
YQATGVPLEARREHYTRIPWNPTYRHLSTVR

NT seq 7656 nt +upstreamnt +downstreamnt
atgctgcttctgagcttctccaaccctcctcctggcatttctcacacctgcaacctctct
gcatcctggtatcatcctgagagttccagtcctctcactcagcatcctcccagggccacc
ttggtgacacagcctgaaaatgttgagcactttgccatctgctgcttcccagaaacagat
gctcaggcacttccagctctgggaatccgtgttcacgtggcttccggaacagctctttgt
ctgctgctggactttggggacaattgtggagctcagatgagactgtgtacattggcaggt
gcaactactgtgactggctaccatcagtacaggaaagaaggagtctatgagctcaaggct
gttgtccatgactttcatagagccgaggaactggggccctattatgtggacattagccat
gggaatgtgtctgtcttcatgaattccagctctatccatgatagcgaagctctttccttt
gctgactccctcccacagcagagaggcacagtcgtggtgcattgtttttcatccatttct
tcatacaatgtgtcctttatttctcagacccaagtggccagcggccaggcctggtgtggt
gtgactgttgggtataagatgcaatccgtgtctgtctataccaatggaactgtgtttgct
gctaacacaaacatcacatttgtggctattaccgaggaaactatacccctggagttcgct
tggtatttcggagagaacccaccagtgatgacaacttccagaagcattagaagaaggctg
agcgtccctcagtggtaccgtgtgaaggtcaaggccaccagcaggatcggcagtgtggtc
tctgaaccccacctcatcagggtgcagaagagaatcatggccaatcgacttgtgtccact
gcctcagccctggtaaatgccaatgtgtcctttgagtgcaggctcaactttggcactgat
gtagcctacctttggaactttggagatgacaccattgagttgggcagcagctcctccagc
catgtctacagcagggagggagagtttacagttgaagtccttgccttcaataatgtcagc
tccactaccctaagaaagcagcttttcatcgtgcgggagccttgccaaccacccccagtg
aagaacatggggcctgcgaaggtgcagatatggaggtctcagcccctgagactaggagtg
acatttgaagctgccatcctctgtaacatttcccaagggctttcctacacctggagcttt
gtgagtgctgagatgaccactgttaccctccctactgctgtcaacacccgcagacagacc
atcatgctcccaagctacacactggaatgtgggaactacaccgccatcgccaaggttcag
atcaagggaagcatggtgtatagcaactactgtgttggtgtagaagttcgagctagggcg
cctgtcagcgtcatctctgaaggcacacacatcttcatctccacggccacctcaaccttc
atcatcctcagaggggcccagtcctatgaccctgacaacccaggggctgctctcaggtat
cactggacttgcacagcggccagctcaccaaggtggccctgctttgataactctacttca
taccaagtggacacgcaagctcctgccatttccttcccagcaaaatggctcagtgaatgc
tgtgaccagttccttgtgacactgacggtctctagcaggggacagaactcatcacaggcc
ttgatgttcctgtctacccgtcctgacttggccttcagattcgtccacatctcatgggtc
aactttagagacatctctgtgaactggaatgaagaagtgtctctccgggctgtgtgtgaa
gactgtggagatgtcccagacctcacgtattcctgggacctcttcctagtcaatgcaaca
gagaagagtgcagtggaagtccccttctgtagtactgtggggctgctaggtgccttggca
cttgggaccagtctgaagtcctctaagtctgatctgccatcaaatctgagagcaccactg
acaccacactcaccggagccttcacccacgcctctgggctggacagctctttccaacctg
ggaagcatttctgctgagtccacagctggtggccaccacgttcctgcttcaggagctgtg
gcaggctcaggggagcctatggaggagtatagctcactgagttccctggctgaggaagcc
ctgatgacgaacagctctgagggaagctggccctcccccagctcttccactgactttgat
gattttgaagcctattatagcgacatccaagaagcagtgctatccctaggaagacaacca
gggaccagtacaaacttccaggaagcaggaccaagcctgagtgctgaggagagtgccagt
tatggggacaacctgctgggccctttcctccacacaggtagagcaaagccaactctcatg
atcgactggcccaaggccctggtcagccaagctgccttccatggctacaccacatcaggt
atcatgggaccagctgtgacaataaaaccattctcactgagcagtggcaagacatatgtc
ttacaagcttctgtagcttcaaagcatgtcttactgggcaaggctcagctctacttaacg
gtcaaccaagctccgcaggacatgtcttgtcaggtgcgaccccaccatggtatggaggca
tataccatcttcagtgtcttctgcatgtcagggaaaccggactttcattatgaatttcgt
taccggataggaaacacttcctcacataccctgtaccgtggtcaagacacccagcattat
tttttattgccagctggtgattcttcggacaattacaaagtcattgtttcaactgagatc
acagatggccacggctccaaggtgcagccatgcactgtggcggtgactgtgctaccccgt
taccatggaaatgactgctgtgacaaggaactatataactccactctggaaagcctgtct
actctccggctggcaggaagttacatggaaaccaggaactacattaccatgatcactggg
atcctgagccgcttgtatgtggagagcagaaacacttcttcgtgtggtcagtggtcacaa
atacaggatgtattaatttcttcagcatgcaaagtaccttatacagatcaggaaggaatg
atggattctattcatatattgagagacctcataagcttccctaataagttgagcttgacg
agtgccatgtgcatcttcaaatacaccaagatgttccttgctcaaggccagttctccagg
aggttgctagtcgacaaaaaactaagagttgaatttgtccttctcatctctggagtctgg
gaagctgccaaagaggatgcgagggatggggactatctgcaggaagaaggcatgaagatc
atctctgacatgttactagcctgtctctcagacgagcatcagattcacgtaagcactggg
cagatggagttccagacccttctccatcgtagccctcagagctctatccagaacctaggc
ttcgtccaggtacatttccccagtgacctggcctccttgcacagtactactcaagaggca
acacaaagctcatgctatatcagccagctcatgttcttcatgaagagtccttatctaggg
ggacaagttcctgggcaggtgggtggtgtcatgatccctaggctctatagctgcgagagt
agaagacctatcctcagaggacaactggagacacctgtgactatggagtttggggaagaa
gactacctggtaaagcacaagagaaatccagccatgtttgtgttgcttcgggatgaggtg
aatgtccaccggtttactgggctttcagaaaactcccaggaatctttacagatacacatc
aaattctctaagcccgttacaagaccctttcccatcatactgttagtaaggttctctgag
aaagccacgccttctgattttcttgtgaagcgggtctacttctgggatgagcagactgta
caaatgtatgtacctgctgctccatggaaaggagccaatgtgggatatttatcgctatta
gatgctgactatgacaggaaacctccaaacaaatatcttgctggggctgtaaactataca
gtgcatttccagtggatccaatgtgtgttctgggacaagacagagtggcgatctgaaggt
ccctatccacagccaggatcgtctcctgaaaaagtcaactgcagctaccatcaccttgca
cctgtctctgtcctaagaagaaagctgaatgccactcttgaagtgagcagcatttctgag
tttcagagtcacccacacaacttgctccccggtattttcagtgcatttctcttggttctt
tatggaattttggtgagtaaaagcagatatgtagactgtcatgagaaaaagaatccaggt
tttatttttctggaagaagatacactgcctggctaccagctgtatgcagtcgtcatcgac
actggcttccggtcaccagtcagatttacctcaaaggttttcattgttctatgtggtgaa
aatggatgctcagaaacgaaagaactctgttgtccagagaagcccttatttggaaggaat
tccaggcacaccttcattctgagcatacctaaccaactgggtccactccagaagatccgc
ctctggcacgacagtagtggatcttccccatgctggttcatcagccacgtgatggtgaag
gagctatgctcaggacaagcctggttcttctctgctcagtgctggctggctgtgagcaaa
ttgggtggccatgtattacgagaattcttctgcctgagccatggtctcggtttctggaag
cttttctattcaaagttcactgagtacctggaggatttccacatctggctctcactgtac
agtcagcccccatccagaagctacctacacacacagcggcttgccgtgtccttctgcctg
ctgtgtgtctactcgtgcctcactgccctggtcactgtgcgagaccatcaacagcgcccc
ctggatgtggggcccacagctatcactctggaacccttctgtatggctctactgtgcacc
ctcctggcctgtccagttgcacagcttctgtcactgctcttcaggtgcagcaaggaagcc
agaggggatatgcaggcttcaacacagtggcctctaagaggagtgaagacagagacacct
cagggccatgattccagtgggagaccagattcaaggcagccctcaccacatcccacatca
gaccttctcccctggaatgaccaagcttggaggatagcagccagcagcagtgctgtggtc
tgttcaccgttcccaatggaggcctgcagccataagcatcatgatctgagagagaagagc
cattactctcctcccagttcacaagctcctggcagtggttttgaagaacttgggtcccag
aagtcaagggtctgtctgctctggtcaagctctgtggcctgggctatctctggatcagct
tccctggcctgtggtttggggacaggattcctaggctactggtttgtgccagcacagtgt
atgtggtggctatacctgctgcttctctctctggtctgctgcgcattcatcacccagcca
ctcatgatctgcttggcagcacttgtctttgcttggaaacggaaacatgacagcaagttt
tttactgagtctttacaagatgcgaccaagggtctggatttggaattggaagaacattcc
agaacccgtgttcctctttctcctatctcctatagtcctgacactgctgaggaggctgaa
agggtcttggctacccgacaacgagaacgccacctgcgctgggctcagacaccatccaag
gctaagctcagagtgaccggggagagactgaggagagagagcatcatgcaggcagccctg
agagacatgaccacacacagcatcatgctactgctgcttttgtttatagcatatgggaga
ttctgcccaggtgaaatttctctcaatcatgccatcaggaaagcatttacaagaaaggcc
aatcactccttgggggacctcagcagcacagaagactggtgggactggacgctgagcaca
ctgctagatgagctgtacccagaaagaacatctgctagagcctggggggctcagcctgga
gctcttggagggcaatgccacctaataggccccccggtggtcaaactgctgaagatttct
gctggcactgcatgcacgcctcccagaccattctcagagcttgtggaagatgtacttcct
atgcacagcaatgaccttgaccttgagaaccaaaatgtgtcccctggcggccctgagacc
tgtggcgtgaagaaagagagctacatgcatagcctaggaaaaacaagacatgaagcccat
gcagctctgactgccctcagggctagcaagtggatcgaccacagcacaagggccatgtct
gtgcacttcactctctacaaccctccaacacaactcttcacaagcgtgatcctgggcaca
gaatgtctcccctcaggaggtcttgtcccctcattcctggtagagtccttccgcatcttc
tacagtgactcagccctaaagtaccttcttatgctttctgagctgctgttcctggtactc
aacgtgatccacctctgtttccagctctgggggatgacaaccaagggcatcctcagctac
tggagaaaaccaagacactggctggagctctctatggttggagtagcaatagcctactat
gcagcctctggtcacctcactactcttgctgtgaacatcaccgaccagttccacaaagga
ctttatcagaggcttgtggacatcggcctgatggtgtcatggcatcagagggcgcgatgc
ctccaaggaatcctcttgttcctctggatgttgaaatatgttcatcttctcagctctcta
agcaccatgacacccttctcagcagtgacctgttttcctctcttcagagtcttgctggtg
ggggccctattgctggctgcccattaccactcgcgctggtttctgctcttcaccgggaca
ctgtcacatggcacctcggcagaagcatttcctgggctactgcttcaatttcctggaaga
agtaaaaaagactcatggcataactgtttgaagtctgaccacggagttatgcgttgttac
tatgggaccctctttctgttgctggctactctgggtttcagaatgttgagagctaccttc
ctgactgttttccaaaacagaaagtcttctcacagaaaacctctcgtgacacttaaagac
attgctgtttacacatggcataaagtcctcacccttctggggctggaaacaactttggaa
gagactgaagtggctacagaccatatttattacctggatgaattttcaagtctcttggat
gaacttctgatgaagatcgatggtttgtctgacagcctagaactttctatcctagaaaac
caatggaagagagcactagagtcaagggcaggtgacagtcctccagttggcagttcagag
taccaagctactggggtacctttggaggccagaagagagcactatactcggatcccctgg
aaccctacttataggcacttgtcaacagtcagatga

All links

Gene (111)   
   RefGene (105)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (11)   
   RefSeq(nuc) (1)   
   GenBank (5)   
   EMBL (5)   
Protein domain (6)   
   Pfam (6)   
All databases (129)   

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