KEGG T04351: 100660704

Loxodonta africana (African savanna elephant): 100660704

Entry

100660704         CDS       T04351

Symbol

WDR81

Name

(RefSeq) WD repeat-containing protein 81 isoform X1

K17601

WD repeat-containing protein 81

Organism

lav Loxodonta africana (African savanna elephant)

Brite

KEGG Orthology (KO) [BR:lav00001]
09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:lav01009]
    100660704 (WDR81)
Protein phosphatases and associated proteins [BR:lav01009]
Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     100660704 (WDR81)

SSDB

Motif

Pfam:

Beach WD40 ANAPC4_WD40

Other DBs

NCBI-GeneID:

100660704

NCBI-ProteinID:

XP_003416861

UniProt:

G3U0K6

Position

Unknown

AA seq 1939 aa
MPQGSRKREVALTTPAEGWSPPPRPDMEGLLRSVERDLNIDARQLAPAPGGTHVVALVPV
RWLASLRERRLPLGSCPRAEGLGETEVRTLLQRSVQRLPPGWTRVEVHGLQKRRLSYPLG
GGLPFEEESYSPETLTGFMQDVAAQNYRNLWRHAYHTYGQPYSHSPAPSAVPALDSVRQA
LQKVYGCSFMPVGEATQCPFYVRDGPCPLQGNPPCPSLLQAEALLESPEMLYIVHPYVQF
SLHDVVTFSPAKLTNSQAKVLFILFRVLQAMDACHRQGLACGALSLHHIAVDEKLCSELR
LDLSAYQRPEEDENEETPAAGDGVGTEPGQEQREGPGCLTCQEELRNLVLDWVHGRISNF
HYLMQLNRLAGRRQGDPNYHPVLPWVVDFTMPHGRFRDLRKSKFRLNKGDKQLDFTYEMT
RQAFVAGGASGGEPPHVPHHISDVLSDITYYVYKARRTPRSVLCGHVRAQWEPHEYPASM
ERMQSWTPDECIPEFYTDPSIFCSIHPDMPDLDVPAWCSSSQDFVAAHRALLESREVSQD
LHHWIDLTFGYKLQGKEAVKEKNVCLHLVDAHTHLTSYGVVQLFDQPHPQRLAGAPALTP
EPPLIPRLLVQPIQETTGREDLLGQLTNGVGRMVLEATPYEAGWPRDRPIAGEDDLEQAT
EALDSISLAGKAGDQLGSSASSQVPPGLLSFSVTSASRPGRRSKAAGIDPGESEEGKILL
PEGFNPMQALEELEKLGNFLTKGLGGQLEVPDQPQSRPPVQLRDLFHRDMQALGVLLAEM
VFATRVRTLQPDAPLWVRFEAVRGLCTRYPKEIPVSLQPVLDSLLQLSGAESPVGGEKGK
LDLLFEYRPISQGLPPPCPAQLLSPFSSMVPFPPYFPALHKFILLYQARRVEDEAQGREL
VFALWQQLGAVLSDITPEGLEILLPFVLSLMSEEHTAVYAAWYLFEPVAKALGPKNANKY
LLKPLIGAYESACRLHGRFYLYTDCFVAQLIVRLGLQAFLVHLLPHVLQVLAGVEASQEE
SKGLAGAVEDEESGLPGAGPGSCAFGEEIQMHGEPAASSGLGLPDYTSGVSFHDQADLPE
TEDFQAGLYVAESPQSQEAEAVSLGRLSDKSSTSETSLGEEQAVDEGGAPVDKSSLRSGD
SSQDLKQSEDSEEEEEEGEGCVVLEEEEGEQDEVTGASELTLSDTVLSMETVVASSGADG
EEEEEPLTEQPEGKEQKILLDTACKMVRWLSAKLGPTVASRHVARNLLRLLTSCYVGPTG
QQFMASSDESIPLSAGNIYQKRPVLGDMVSGPVLSCLLHIAYLYGEPVLTYQYLPYISYL
VAPGSTSGPSRLNSRKEAGLLAAVTLTQKIIVYLSDTTLMDILPRISHEVLLPVLSFLTS
LITGFPGGAQARTILCMKTISLIALICLRIGQEMVQQHLSEPVATFFQVFPWLHELRHQD
LKLDPVGSTEGQLPEVTFSDGQQRPVDPSLLDELQKVFTLEMAYTIYVPFSCLLGDIIQK
IVPNHELVGELARLYLESISLSSCSPASVEPSVPSTGPEWDAQGGGCPQDDSHSGTFGSV
LVGNRIQIPTDSQPESPGPLGPISGVGSRGLSSGSEDNALKRELPRSAHGLSGNWLAYWQ
YEIGVSQQDAHFHFHQIRLQSFPGHSGAIKCVAPLNSEDFFLSASKDRTVRLWPLYNYGD
GTSETAPRLVYAQHRKSVFYVGQLEAPQYVVSCDGAVHVWDPFTGKPLRTVEPLDSRVPL
TAVAVMPAPHTSITMASSDSTLRFVDCRKPGLQHEFRLGGGLNPGLVRSLAVSPSGRSVV
AGFSSGFMVLLDTRTGLVLRGWPAHEGDILQIKAVEGSVLVSSSSDHSLTVWKELEQKPT
HHYKSASDPIHTFDLYGSEVVTGTVANKIGVCSLLEPPSQATTKLSSENFRGTLTSLALL
PTKRHLLLGSDNGVIRLLA

NT seq 5820 nt +upstreamnt +downstreamnt
atgccccaggggagcaggaagcgggaagtcgctcttaccaccccggctgagggctggtcc
ccgcccccacgccccgacatggagggactgctccggagcgtggagagggacctgaatatc
gatgcacggcagctggctcccgccccggggggcacccacgtggtggccttagttcctgtg
cgctggctggccagcctccgcgagcgccgactgcctctgggatcctgtccccgggccgag
ggcctgggcgagacggaagtcaggaccctcctgcaacgctcggtgcagaggctgccccca
ggttggacacgcgtggaggtgcacgggctgcagaaacggagactttcctaccctctgggc
gggggtttgccctttgaggaggagtcctacagccctgagaccctcactggcttcatgcag
gatgtggctgcccagaattatcgcaacctgtggcgccatgcatatcacacttatggacag
ccctatagtcatagccctgccccctcagctgtccctgctctggactcagtaaggcaggct
ctgcaaaaggtctatggttgctccttcatgccagtgggtgaagctacccagtgcccattc
tatgtcagagatggtccctgtccccttcaaggcaacccaccctgccccagtcttttgcaa
gctgaagccctgctggagtcgccagagatgctctacatagtacatccttatgtacagttc
tccctgcatgatgtggtcaccttcagccctgccaagctgaccaacagccaagccaaggtg
ctcttcattctcttccgtgtgctgcaggccatggatgcctgtcaccgccaggggctggcc
tgcggggccctatctttgcaccatattgctgtggatgagaagctttgcagcgagcttcgg
ctggacctgagtgcttaccagaggcctgaggaggatgagaatgaagagacccctgcagca
ggggatggggtgggcactgagcctgggcaagagcagagagaggggcctgggtgtctcacc
tgccaggaggaacttaggaaccttgtgctagactgggtccacggccgcatcagcaacttc
cactacctcatgcagctgaatcgactggcaggtcggcggcagggcgatcccaactaccac
ccagtgctgccctgggtagtggacttcaccatgccccacgggcgcttccgagacctgcgc
aagtccaagttccgcctcaacaagggggataagcagctggactttacgtatgagatgaca
cggcaggcgttcgtggcaggcggtgcgagtggcggggagccacctcacgtgcctcaccac
atctcagatgtgctctccgacatcacatactacgtgtacaaggctcggcgcacaccccgg
tcggtgctctgtggacatgtccgggcgcagtgggagccccatgaataccctgccagcatg
gagcgcatgcagagttggacccctgatgagtgcatccccgagttctacactgacccctct
atcttctgctccatccaccctgacatgcctgacctggatgtgccggcctggtgcagctcc
agccaggacttcgtggctgcccaccgggcactgctggagagccgagaggtatcccaggac
ctgcatcactggatcgaccttacattcggctacaaactccagggcaaggaggctgtcaag
gagaagaatgtgtgtctgcacttggtggatgcccacactcacctgaccagctacggcgtg
gtgcagctctttgaccagccacacccgcagcgcctggctggtgcacctgcccttacccct
gaacctccactcatccccaggctgttggtccagcccatccaggagaccacaggccgggag
gacttgttaggacagttgacaaatggggtgggtaggatggttttggaggccactccctat
gaggctggctggcccagggacagacccattgcgggggaagatgacttggagcaggccacg
gaagctctggattccatctccctcgctgggaaggcaggtgaccagctgggctcctccgcc
tccagccaggtgcctcctggcctcctgtctttctcagtaacctcagcctctcgcccaggc
cgcaggagcaaagctgctgggatagaccctggggagagtgaggaggggaagatccttctc
cctgagggcttcaaccccatgcaggctctggaggagctggagaaactgggcaacttcctg
accaaaggcctaggtggccagttggaggtgcctgaccagccccagtcccggccacccgtg
cagctgcgggacctcttccatcgggacatgcaggcgctgggggtcctgttggccgagatg
gtctttgccaccagggtccggacgctgcagccagatgcgcctttgtgggtacgctttgag
gctgtgcgtgggctttgcacacgttaccccaaggagatccctgtgtctctgcagcctgtg
ctggactcgcttctgcagctgagtggggctgaaagccctgtgggtggggagaagggcaag
ctggacctgctgtttgagtacaggcctatctcccaggggctgcccccaccctgcccggcc
cagctgctcagccccttcagctccatggttcccttccctccgtacttcccagcgctacac
aagttcatcctcttgtaccaggcgaggcgcgtggaggacgaggcccagggacgtgagctg
gtgtttgctctgtggcagcagctgggcgcggtgctgagtgatattacccccgagggcctg
gagatcctgctaccttttgtgctgtccctcatgtctgaggagcacacggctgtctacgca
gcctggtacttatttgaacctgttgctaaggcactgggtcccaaaaatgccaataagtac
ctactgaagcctctcatcggtgcctatgaaagtgcctgccggctccatggccgcttctac
ctgtacacagactgctttgtggcccagctcatagtacggctgggcctacaggccttcctc
gtccacctgctgccccatgtcctgcaggtgctggctggtgtggaggcctcccaggaggaa
agcaagggtctggcaggggctgtggaggatgaggagagcgggctcccaggggctggaccg
ggctcctgtgccttcggggaggagattcagatgcatggggagcctgccgcatcctcaggc
ctagggctgccagactacacgtctggtgtcagcttccacgatcaggctgacctccccgaa
accgaggacttccaagccgggctctatgtggctgagtcaccacagtcccaggaggcggag
gctgtgagcctgggccggctgagcgacaagagcagtaccagtgagacctccctgggcgag
gagcaggctgtggacgaggggggtgcccctgtggacaagagcagcctcaggtcaggggac
agcagccaggacctgaagcaaagtgaggactcagaggaggaagaggaggagggggaaggc
tgtgtggtattggaggaggaggagggggagcaggatgaggtcactggggcatctgaactc
actctgtccgacacggtgctgtccatggagacggtggtggccagcagtggggcagacggg
gaggaagaggaggagccactgactgagcagccggagggcaaagaacagaagatcctcctt
gatacagcctgcaagatggtacgctggctgtctgccaagctcggccccactgtggcctct
cgccacgtggcccggaacctgctccgcctgctgacatcttgttatgttgggcccaccggg
caacagttcatggcaagcagtgatgagagcatcccactgagtgctggcaatatctaccag
aagaggccggtgctgggtgatatggtgtcggggccagtgctcagctgcctcctccacatt
gcctacctgtatggggagcccgtcctcacctaccagtacctgccctacatcagctacctg
gtggccccgggcagcacttcaggccccagccgactgaacagccgcaaggaggcagggctg
ctggcagcggtgacactgactcagaagatcattgtgtacctctcggacaccaccctcatg
gacatcctgcctcgtatcagccatgaggtcttgctgcccgtgctcagcttccttacttcc
ctcatcacggggttcccaggtggagcacaggcccggaccatcctgtgtatgaaaactatc
agcctcattgccctcatctgcctgcgcattggccaggagatggtccagcagcacctgagt
gaacccgtggccaccttctttcaagtcttcccctggctgcatgagcttcggcaccaggat
ctgaagctggatcctgtgggaagcactgagggccagctgccagaggtgaccttctctgat
gggcagcagcggccagtggaccctagcctgctggatgagctgcagaaagtgttcaccttg
gagatggcgtatacaatctacgtgcctttctcctgcctgctgggtgacatcatccagaaa
atcgtccccaaccatgagctggtcggggagctggccaggctgtatttggagagcatcagc
ctgagcagttgcagccctgccagtgtggagccctccgtgcccagcaccggccctgagtgg
gacgcccagggcgggggctgcccccaggatgacagccactcggggacctttgggagtgtc
ctcgttgggaatcgcatccagatccccacagactcacagcctgagagccctggccctctg
ggccccatctccggggtgggcagtaggggcctcagtagcggcagtgaggacaatgccctg
aagcgggagctgccacgcagtgcgcatgggctaagcgggaactggctggcctactggcag
tatgagatcggcgtgagccagcaggatgctcacttccacttccaccagatccgcctgcag
agcttccctggccactcgggggccatcaaatgtgtggcgcccctgaacagcgaggatttc
ttcctgagtgccagcaaagaccggacggtgcgactctggccactctacaactatggggac
ggtaccagtgagacagccccacgcctggtctatgcccaacaccgtaagagtgtcttctac
gtgggccagctcgaggccccacagtatgtggtgagctgtgacggggctgtgcacgtctgg
gaccccttcacagggaagccccttcgcacagtggagccgttggacagtcgggtacccttg
accgccgtagctgtcatgcccgccccacacaccagcatcaccatggccagctctgactct
accctgcgctttgtggactgcaggaaacctggcctgcagcacgagttccgcctgggcggt
gggctgaaccctgggcttgtccgctccctggcggtcagccctagtggccgcagcgtcgtg
gccggcttctcctcaggcttcatggtgctcctggacacccgcacgggcctggttctgcgt
ggctggcccgcccatgaaggggacatcctgcagatcaaggcggtggagggcagtgtcctg
gtcagctcttcctccgaccactccctgactgtctggaaggagctggaacagaagcccacg
catcactacaagtcggcatctgaccccatccacaccttcgacctgtatggcagcgaagtg
gtcactggtactgtggccaataagattggcgtctgctctctgcttgagccgccttcccaa
gccaccaccaagctcagctctgagaacttccggggcacgcttaccagcctggccttgctg
cccaccaagcgccacctcctgctgggctctgacaatggggtcatccgcctcctggcatag

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (33)   
   KEGG ORTHOLOGY (1)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (3)   
   Pfam (3)   
All databases (45)   

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