KEGG   Columba livia (rock pigeon): 102096369
Entry
102096369         CDS       T02912                                 
Symbol
PKD1L2
Name
(RefSeq) LOW QUALITY PROTEIN: polycystic kidney disease protein 1-like 2
  KO
K04988  polycystin 1L2
Organism
clv  Columba livia (rock pigeon)
Brite
KEGG Orthology (KO) [BR:clv00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:clv04040]
    102096369 (PKD1L2)
Ion channels [BR:clv04040]
 Voltage-gated cation channels
  Transient receptor potential channel (TRP)
   102096369 (PKD1L2)
SSDB
Motif
Pfam: Polycystin_dom PKD_channel PLAT REJ Gal_Lectin Lectin_C Ion_trans GPS Abhydrolase_9_N
Other DBs
NCBI-GeneID: 102096369
NCBI-ProteinID: XP_021146405
Position
Unknown
AA seq 2549 aa
MFYCCCCCKQQRGRRNTDDMTGMTSQAFEGGSKRSGDVISKTSATQGTELRMWLAIAILI
SLAVCSAAEVAAVDEASPCSKYQLAFNHSCYEFVRLQRSFTSAQSWCERGGGHLVFIENE
ETQQFLQKHIAEDQEWWIGLISNSLLNETTNGSMIWLDTSNISYSNWYKDQPSPFSSTCG
YILKNAKYQWGVTENCSQEFDFICEFESGQSIACDNYNATVQCGSGEVIQIGESFYGRKT
PHYCVSETPLQYDPDGDCSWVSVQDEVAGQCHGLQACQVTADSTFFGDPCPAHSSYLTVQ
YHCKEGLQLLVTDTCFVFENITVGLNWLLSPYSGNLSCIISTGDGHTIDPYYPLTLVSNV
TYRYSSPGEFTVFVECTTSEWHVTAQKRVTVQDKMDQLSITGCYSQYESGNSSHCRTLYG
ELLWIQVELNGGNGVTYIMLADNMTLIESSAKEGIIPHNLTLDSASQELLGPGIHQLEIR
ASSNTTSSEISESIAVHLVEPVSGLQAALASHTLHLGENLEINVSVSHGAPDKLKFEVIG
ANETQSHEEDGPRGEPRTYTVPVHSEGTAHCSFLVKVVAMNAFSNASLDLGFITVLANSS
HQEDFAKEQHSSKTNAQETNGHRRKNKIYIKPSRHVDPFTSVTLGWPDNSSNFSFLWSCG
ACWPEWNECVQQQIILTNQTEVQIPPSCLPPPKSAVTVRVLVCNDGNEERQDEQCLYVTA
RQELQLEIRCEANCKPVNAREELVLRVSGQKDSQAIYYNWYLDNTFQSKSTTLPPACGLT
GFRQNSLNLLQSNTSVLKMNSSFLQTQGEAFQIKVTAMTRGSYGEETFLVSTIPPPESPA
CAVSPKQGSVLTAFTVSCSVPCSANSCQSSRDRQLTYCFYLKPTSPGFPVPREQALPVWC
LIGDPFFPISDSLLHCGPDPELFPVYLPLGEEENNFILHMTITVSNNFGDTVQTNASVKV
GHAAMTDGNLTLQAIVSEKANSILKDGNNSMSLFQLYQSVTSVLNQEAQEESFNMSLQTD
TRKELRGLMLTTLSAVNVTSMQIALKMSEVLKEITYRSEELSVSAQVEASNTLKDVSASL
LTVNTEDSRDDQKLKDAANYLFNAVSNVLKASAEVRAANTSVLEAEQSSVSHQLLNTVEN
LQSALLFGKEPDDEPTVLSTPSATMYIHRLQAENMDGMSINISSSSSASFTLPPASSLSV
SGVDDETVDIRMVSFAVNPFLSSDTSFDISGTVGGLSLTGLDGLIIPVSNLKENIEIMLP
RLSAAQEDRILLNLDNFSTFQVNVTSENTSIVIHLECEHDIPLILYLGYGYCPNETNYDM
KNHLFYKKTAGEENICVQGETNTWVLRPEELVFGEGTYHFMVLQDMGMDSTVYDRLTVAV
TCFASRCVFWDEHQGNWNSYGCHVGPKTNPRSTQCLCNHLTFFGSSFFVIPNTVDVTKTA
ELFGTFVDNPVVVTTVGCIFLIYVLVVIWARRKDIQDDAKVKITVLEDNDPFAQYRYLVT
VFTGHRRGAATTSKVTLTLYGLEGESEPHHLTDPETPVFERGGVDVFLLCTFFPLGELQS
IRLWHDNSGDSPSWYVNRVLVHDLAGDQKWYFLCNSWLAVDIGECVLDKVFPVATEQDMK
QFSNLFFIKTSKGFQDGHIWYSVFSRSPRSSFTRAQRVSCCFSLLLCTMLTSIMFWGVPK
DPAEQKMDLGKIEFTWQEVMIGFESSFLMFPINLLIVQIFRNVRSRXQPCGGXXXXXXSL
PPTPQVTQPVSLTPEAVTKDIRRIANSLFKALKTPSLTSVSDLGKSTNINTLLALVEDII
CQQNRAGQGFYDDSRKKDDPIIVTLGAMDIQEKTTPEKGMCERLKHSDYNRCLYTQLQHV
EMELELLGPHKFQMPQSYTQAVQQVQHMKNLLENQICSSVSGSEGWSLTPSFSGDGKKSF
SSKGLPWWFVFIGWFLVAATSGVSGFFTMLYGLHYGKENSIKWLISMAISFLESLFITQP
LKVLGFAAFFALVLKKVEHEDEENTAIDGPLSAPGDSNPLFGARRDSRSNIYRPPPAADV
EKMKISCLKEQKAFALIREILAYLGFLWMLLLVAYGQRDPNSYYLNKHIENSFTDGFHDV
YSYQDFFTWANTTLVKNLYGSYKGFITDGNSKLVGSARIRQVRVKGDTCPXFSLQTEDTA
DYGEHWNSSVSDNSSDLSSAWQYQSQSQLRGQPSWGKLAIYRGGGYVLHLGTDPKNASRI
LQYLFDNVWLDTFTRAVFVEFTVYNANVNLFCLISLMFETNALGAFFTSAELQSIRLYPY
TNSLHIFVIAAEVIYFLFIMYYMIVQGKQMKSLRWRYFHNKWNLLEMAIILISWSALLVF
VKRTILGTRDIGYYQEHKEDCVSFNETARADAVLGYLIAFLVLLSTVKLWHLLRLNPKLN
MITSTLRRAWGDISGFITVIAIMFLAYSIATNLIFGWKLYSYKTLFDSAETMVSLQLGIF
NYEEVLDYNPVLGSFLIGSCIILMTFVVLNLFISVILVAFSEEQKHYQASEEEEIVDLML
TKIFSFLGIKCKKEEKPVTNDQLKQPVSN
NT seq 7650 nt   +upstreamnt  +downstreamnt
atgttctattgctgctgttgttgcaagcaacaaagaggaaggagaaatactgatgacatg
acagggatgacatctcaagcttttgaagggggcagtaaaaggagtggtgatgtgatcagc
aagaccagtgccacacagggcactgagctgagaatgtggcttgcgattgcaattctgatt
tctcttgctgtatgttcggctgcagaggtggcagctgttgatgaagcaagcccttgctca
aagtaccagctggcttttaaccattcatgctatgagtttgttagactccagcgtagcttc
acaagtgcccagagctggtgtgagagaggcggggggcaccttgtctttattgaaaatgag
gaaactcaacagttcttgcaaaaacatattgcggaggatcaggaatggtggataggactg
atctcaaactccttgctgaatgaaactactaacgggtcaatgatttggctggacacttca
aatataagctacagtaactggtacaaggatcagccatctcccttctcatccacatgcggg
tacatcctgaagaatgccaagtatcagtggggtgtgaccgaaaattgcagccaggaattt
gacttcatttgtgagtttgaatccggccagagcattgcttgtgataattacaatgccact
gtacagtgtggatcaggagaagttattcaaattggggagagcttctatggacggaagacg
cctcattactgtgtatcggagactcctctccagtacgacccagacggtgactgcagctgg
gtcagcgtccaggatgaagtagcaggccagtgtcatggtcttcaggcctgccaggtgaca
gcagacagcactttctttggagacccttgtccagctcacagcagctatttgactgttcag
taccactgcaaggaaggtctgcagctgcttgtaacagacacatgctttgtctttgaaaat
atcactgtcggtttaaactggctgctctctccatactctggcaacctttcctgtatcatt
agcactggagatggccacactattgatccctactaccctctaacactggtcagcaatgtc
acatatagatattcatctcctggagagttcactgtttttgtggaatgtacaaccagtgaa
tggcacgtgacggcacaaaagagggtgactgttcaagataagatggatcaactgagcatt
accgggtgctacagccagtatgaatccgggaacagctctcactgtcgcacattgtatggg
gagctgttgtggattcaagttgaactcaatggaggcaatggagtgacctacattatgcta
gcagacaatatgaccctcattgaatccagtgccaaggaaggaatcatccctcacaatctg
acgcttgacagtgcctctcaagagctgctaggcccaggaatacatcaactggaaatccgg
gcatccagcaacacaacctcatcggagatctctgaaagtattgctgttcacttagttgag
ccagtatctggtcttcaggctgcattagcttctcacactctgcacctgggggagaatttg
gagataaatgtctctgtgtctcacggtgccccagataaactgaagtttgaggtgatcgga
gctaacgaaactcagtctcacgaagaagatggtcctcgtggggaacctcgaacgtatact
gttcctgtgcactctgaaggtacagcacactgttctttcctagtgaaagtggtagccatg
aatgccttttctaacgcgagtctggatcttgggttcatcactgtgttggcaaacagttct
caccaagaagattttgctaaggaacaacacagctccaaaacaaatgcccaagagacaaat
ggtcacagaagaaaaaacaaaatatatattaaaccaagtcgccatgtggatcctttcaca
agtgttacacttggctggccagacaacagcagcaatttcagttttctctggtcctgtgga
gcttgctggcctgagtggaacgagtgtgtgcagcaacagataatcctaaccaaccaaact
gaagtgcaaatcccgccttcctgccttcctcctccaaagtcagcagtgaccgtcagggtt
ctagtctgcaatgatggcaatgaagagaggcaagatgagcaatgtctttatgtgactgca
agacaagaactgcaactggaaatcaggtgtgaggcaaactgcaagccagtgaatgccagg
gaagagcttgttttgcgtgtctctggacagaaggactcccaggccatatattataactgg
tatttagataacacattccaaagcaagtctacaaccctccctccagcctgtggcctgact
ggtttccggcagaactctttgaatttgcttcaaagcaacacatctgtgttgaaaatgaac
agctccttcttgcagacacagggagaagcttttcagattaaagtaacagcaatgactcgg
ggcagctacggggaggagacgttcctcgtcagcaccatacctccgcccgagagccccgct
tgtgccgtgtctcccaagcagggatcagtgctcaccgcgttcacagtctcctgcagtgtt
ccttgctcggcgaattcatgccaatccagtcgtgacaggcagctgacatactgcttctat
ctgaaaccaacaagcccagggttccctgttcctagagaacaggcgctgcctgtgtggtgt
ctgataggtgaccccttctttcccatttcagattctctcctgcactgtggcccggatcct
gaactcttcccagtttatcttccacttggagaagaggaaaacaatttcattttacatatg
acaattactgttagcaacaactttggtgatacagttcaaactaatgcttcagtgaaggtt
ggacatgcagctatgactgacgggaacctgacactgcaggctattgtatccgagaaggca
aactccatcctcaaagacgggaacaacagcatgagtctcttccagctgtaccagtcagtg
acttcagtcctgaaccaggaggctcaagaggaaagctttaacatgtctttacagaccgac
acacgaaaagagctccgagggctgatgctgacgactctctctgctgttaacgtcacatca
atgcagattgctcttaagatgtcagaagtattgaaagaaatcacttacaggagtgaagag
ctgtctgtctcagcacaggtggaagctagcaacactctaaaagatgtcagtgcttccttg
ctcactgtaaacacggaggacagcagagatgatcagaagttaaaagatgcagccaactat
ctatttaatgcagtgagcaatgtcctcaaagcttctgcagaagtcagagctgccaacact
tcagtgctagaggcagaacagagttcagtgtcgcaccagctcctgaatacagttgaaaac
ctacagagtgctcttctgtttgggaaagaaccggatgatgaaccaacagtccttagcact
ccttctgccacaatgtacatacacagattgcaagcagaaaacatggatggcatgtccatc
aatatctccagttccagctctgccagctttactctcccacctgcttcctctctcagtgtt
tcaggagttgatgatgaaacagtggatataaggatggtgagctttgctgtgaatcccttt
ttatccagtgacaccagtttcgacatcagtggaacagtgggaggtctaagtcttactggt
ctggatggcttgatcataccagtcagcaatctcaaagaaaacattgaaataatgttacca
aggctttcggcagctcaggaagataggattctgttgaatctggacaattttagcactttc
caagtcaatgttacctcagaaaacacatctatagtgatccacctggaatgcgaacatgat
attccactaatactctacttagggtatggttattgtccaaatgaaactaactatgatatg
aaaaatcatctgttctataagaaaactgctggagaggaaaatatttgtgttcaaggtgag
acaaacacctgggttctcaggccagaagaacttgtttttggagagggaacctaccatttc
atggttttacaagatatgggaatggattccacagtctatgacagactaactgtagctgtc
acttgcttcgcatcccgctgtgtattttgggatgagcaccaggggaactggaacagctat
ggatgtcatgtaggaccaaaaacaaatcctagaagcacacagtgcctctgcaatcatctg
accttctttgggagctccttctttgtcatacccaataccgtagatgttaccaaaacggca
gagctatttggcacatttgtggacaaccctgtggtggtgaccactgtaggatgcatcttt
ctgatatatgtacttgtagttatttgggctcgaaggaaagacatccaggatgatgccaaa
gtgaaaatcacagtactggaagacaatgacccttttgctcagtatcgttatcttgtgaca
gtttttacaggacaccgccgtggggcagccacaacctccaaggtgactctcaccctctat
gggctggaaggagagagtgagccacaccatctaactgatcctgagactccagtctttgaa
cggggaggagtggatgttttcctactctgtaccttctttcctcttggtgaactgcagagt
attagattgtggcatgataattcaggggacagtccctcctggtatgtgaatcgtgtattg
gtccatgatctggcaggggatcagaaatggtatttcctctgtaactcatggctggccgtt
gacattggagaatgtgtccttgataaagtgttcccagtagctacagaacaggacatgaag
cagttcagcaacctgtttttcattaagacctccaagggtttccaggacgggcacatctgg
tattcggttttcagccgctcgccacgaagctccttcacacgagcccagcgtgtgtcatgt
tgcttctcactgcttctctgcaccatgctgaccagcatcatgttctggggagtgccaaag
gatccagctgagcagaaaatggatttgggtaagatcgagttcacatggcaggaagtcatg
attggctttgagagctccttcctcatgttccccatcaacctgctcattgtgcagatcttc
aggaatgtacgatcccggnnccagccatgcgggggannnnnnnnnnnnnnnnnnagccta
cctcccaccccacaggtcacccagcctgtctcactcactccagaggctgtgacaaaggat
ataagaagaattgccaactcgctctttaaagccctgaagactccatctctcacttcagta
tcagatcttggaaaatcaactaacatcaacacacttttggcattggttgaggacatcatc
tgccaacagaacagagctgggcaagggttttatgatgacagcaggaagaaggatgaccct
ataattgtcacgttaggtgctatggatatacaagaaaaaacaactccagagaaaggaatg
tgtgagcgactgaaacacagcgattacaaccgctgcttgtacacgcaactccagcatgta
gagatggagctggaattactcgggccccataaatttcagatgccccagagttacacacaa
gctgttcaacaggttcagcacatgaagaacctcctggagaaccagatctgctcatcagtg
tctggcagtgaagggtggtcccttactccaagcttctccggtgacggcaagaaaagtttc
tcttccaaagggctgccctggtggtttgtgttcattggttggttccttgttgcagccacc
agtggtgtatctgggttctttaccatgctctacggactgcattacggcaaggagaactcc
atcaagtggctgatctccatggccatctccttcttggaaagcctttttatcacacagccc
ttaaaggtgctgggatttgctgctttttttgctctggttctgaagaaggtggaacacgag
gatgaagaaaacacagctattgatgggcctttatctgcaccaggtgattcaaatcctctc
ttcggagcccgaagggacagtagaagcaacatttaccggccacctcctgcagccgatgtg
gagaaaatgaaaatcagctgcctgaaggagcagaaagcatttgccctcatcagagaaatc
ctggcctatctggggtttttatggatgctgttactggttgcttatgggcagagagatccc
aactcctactacttaaacaaacacattgagaacagctttacagatggattccatgatgtc
tacagttatcaggactttttcacatgggcaaacactaccttagtcaaaaatctttatgga
tcctataaaggattcatcacagatggcaattccaagctggtgggtagtgctcggattcgc
caagtacgagtgaaaggagacacttgccctnnattttccctacaaacagaggacacagca
gattatggagaacactggaattcttcagtctctgataactcctctgacttgagctcagcg
tggcagtatcagagtcagtcccaactgagagggcagcccagctggggcaaacttgccatc
tacaggggtggtggatatgtccttcacctgggaactgatcctaagaatgcctccagaatt
ctccagtacctcttcgacaacgtctggctggacaccttcacaagagcagtgtttgttgaa
tttaccgtctacaatgccaatgtgaacctgttctgccttataagcctgatgtttgaaacc
aatgctctaggggccttcttcacaagcgccgagctgcaaagtatccggctttacccatac
accaacagcctccacatctttgtcattgcagcagaagtgatttatttcctctttattatg
tactacatgatagtacagggaaaacagatgaagtctctgagatggagatacttccacaac
aagtggaatctcctggagatggccattatactgattagctggagtgctctgttagtgttc
gtgaagcggacaatccttgggacccgagacatcggctactaccaggaacacaaagaggac
tgtgtgagctttaatgaaacagcaagagctgatgcagttcttggctacctgattgcattc
ctagtgcttctctccaccgtgaaactgtggcatctcctgaggctcaaccctaaactaaac
atgatcacttcaaccctaaggagggcatggggtgatatctctggattcatcactgtgatt
gccatcatgttcctcgcctattccattgcgacaaacctgatatttggctggaagctctac
tcgtacaaaactctttttgattcagcagagaccatggttagtcttcagctgggaatcttc
aactatgaggaggtcttggactacaatccagttttaggctccttcttaattggatcctgc
ataattctcatgacatttgtggtactaaatctgttcatttcggtgattctagttgctttt
agtgaagagcagaagcactaccaggcttcggaagaagaggagattgttgatctaatgcta
acgaaaattttcagtttcttggggattaaatgcaagaaggaagagaagccagtcactaat
gatcaactgaaacagcctgtcagcaattaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (67)   
   KEGG ORTHOLOGY (1)   
   RefGene (63)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (81)   

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