KEGG   Necator americanus (New World hookworm): NECAME_07631
Entry
NECAME_07631      CDS       T04867                                 
Name
(RefSeq) HECT-domain protein
Organism
nai  Necator americanus (New World hookworm)
SSDB
Motif
Pfam: HECT Sad1_UNC MIB_HERC2 Ank_2 Ank_4 Ank Ank_5 Ank_3 CTNNBL ARMC9_ARM
Other DBs
NCBI-GeneID: 25347661
NCBI-ProteinID: XP_013305204
UniProt: W2TPQ2
Position
Unknown
AA seq 2630 aa
MDGIDPDVLLEWLQTGIGDERDLQNRRQSSVVGLSLEMAVLEQGSFFQTSKHTDMMMALE
QLCMLLLMSDNIDRCFESCPPRTFLPALCKIFLDETATEAVLEVTARAITYYLDVSNECT
RRIIQVDGAVKAICNRLAAAEMTDRTSKDLAEQCVKLLEHICQRETLAVYDAGGMHAMLT
LVRQHGSQVHKDTMHSAMSVVTRLCGKMEPNDAALPQCAESLGALLAHEDTKVSESALRC
FAALTDRFIRKMLDPAELATHSNLVEHLLTTLSSETAAHSANFISIVLSLLSNLCRGSAA
VTEQVLSSPRLISALQCVLTNKDDRCVTDGLRLADLLVVLLSEGRSALPFTVAYQSSGEP
GQSGQSAERAHRHLIDAIRQKDLSALVDTIDNGVVDVNFTDDVGQTLCNWASAFGSLEMV
QYLCDKGADVNKGHKSSSLHYAASFGRPDIVKVLLQRGANPDLRDEDGKTALDKARERTD
EDHTQVAQILESPSVYMHSKSDEQNKAKAASVVRKTSTSDLPDRDLAVRVLHQLLPIFCE
IFMKSLSASVRRTSLSLLRKIVEHMQLDDLRNAPRQRKELQGCSSDVHATSSSDLPPGAE
NLVSVVVSVLEQEEDHDGQEQVLLILSSLLRKDPELWVPELVRLGVFERVEAMAKEPPRN
PDDDEDEGDRVDDLNARNSAMSRSTTSTPSVAMELDVAERSVSAGINDEAEGERAAMLNV
MMEVEDMSTTETPPPTVEVVDSNAGTSLTLMVPTSSSDKGKLVLQQGKFLFNSLSASTDM
PYRWKEWRIVRGEESTFVWCDVLALEMSFNSNGWFRFLMDGEVTTMFNNGVTESVSDEVR
AENKKSFMARWRRVKQAWNDDSMPVSILCVPSIGKKVEFPRWEIWSPRSTELTIKCLKSE
EHIVVKDELGGFVLETTDKTKHSQMPETALASEFHTGWSSHGMTARRSKFRGEIQRRKVQ
ELAWELWNNHLKEARAKPREALIELQKAAVCIQDAVTTANLIAGISIKSKHVKQPRIEKV
QELVSALKCVRESVMDDRRLSTFEFSVSGIVPALHNLLALVERQPGSYPARIFGETFAHG
MALSSLATKMVSVLESTEKFPQYLYDTPGGSAFGLQLLSRRIRMKLEQAISEHDDKKQLI
NRSGRLLKSEPLTTIGQLKSFLLKMVAKQWFDRERANLGFVKAIEESKKTGDRIRLIYTS
DFDEQGVIYWLGTNGRTASDWTNPASVGIVQVTCSDQRQPFGKPEDVLSRDVNPINCHSS
DDKNANFTIDLGVLIYPSAYTLRHARGYGRSALRNWLLQGSKDKQVWEVLVAHTDDTSLG
DPGSTATWPIEDDRSKGPFRYLRIAQNGKNSSGQTYYLSISGFEVYGEIVDVVVDGFTAQ
KDEKDRGSGAFGKSKIPLPSSSRKDSNRDDKVEPLMPQGANNNKLRAGLTADMVSMMHTR
SRMRVARAGRHAAVGTDARGMRVIRGPDWSWDDQDGGGEGKIVGCVENGWVDVQWDNGYT
NSYRFGADGRFDIQRVSGRTSLTTSTPAISVLEAVRAKGRGLMGKTREVSGVRDGGSSPF
ASFTGFTPFGTKQRKSGVSTPLSRFAKVPSTSSANATSTSSSNIGKKSMSTTNLVEDRAK
TGPSVASTGQAASAESLQHQTQSLENLLARANPHKFGRIAETMESGAETPEPGHETPVAA
ETEESDSATSAAGSHAALSVCSSQSSVIDATPRDGATPSAPQVDSTKMSSLSVSAPDLAA
ARQRQQSSDTFEMDKTVEEDEEQDGEDEEEEDSNEKVNFADMMVDALNNTSERSLFEKLR
EVFGTEDSLEHLITSSSSNAEPGEVTTPSTSTSVSQKSIKKDKTSLKQKLGNYADVLKGI
MQTMMDPSGNSLEVEELLDEDDYYDDEEGNEEDIEDDLNALGVPVDSLATVLTGRGGEGF
KLNWKQLMSGGLDSRGRDQRGSSKNNFRSWDDELVLKCSFQALIPAFDPRPGRTNVNQTQ
DVELPAVVPDPAQAKPVAVGEKSDETSLRLFLRGPNMSGVENVTLEMAADDHSLFYYVQA
LVGAIDWGTKCERSRRVWEPTYTLIYEDASLSYVTKFNQISSDDSKVPPAVNECLEVIGL
LSRIGERFPDAQISPQVFISDKLTQKLTQELSDALVVAARAMPDWNMYMQATAFGVSRTI
VWLQSRRDAALDRARGAAQSTTSSASRPHDRYQEYRVGRLKHERIKVTRSEEHLLEQAIR
VMKFHADRKAVLEIEYVGEEGTGLGPTLEFYALVAAELQRKALAIWLCDDMDEHQLKMEE
RELDLGEGKKPPGFYVRRAGGLFPAPLPPHTDEVRRASEMFRVLGIFLAKVLQDGRLVDL
PLARPFFKLIVSPHLSEAEEPSLDRVLSLDDFEEVHPVKGGFLKELRALAQRKRAIENEP
MLDREAKRRKIDELKLCIHGTRCRVEDLALNFTVNPPSSVFDYEEMELVEGGADMDVTMD
NVELYVQKCADFYLNTGIINQMRAFRDGFDRVFGLRALRSYSPEEVQRLLSGEQCPEWTR
EDVLNYTEPKLGYTKDSPGFLRFVDVMVELNSQERKNFLQFATGCSSLPPGGLANLHPRL
TVVRKVESGDGSYPSVNTCVHYLKLPEYSSADILRERLLTAVNEKGFHLN
NT seq 7893 nt   +upstreamnt  +downstreamnt
atggatggtattgatccggacgtgctcttagaatggcttcagacgggcatcggagacgag
cgggaccttcagaatagaagacaatcatcagtagttgggctctcactagaaatggcagtg
ttagaacaaggatcatttttccaaacctcaaagcacaccgatatgatgatggcgctagaa
cagctatgcatgttgttgcttatgtcagataatattgaccggtgttttgaatcatgccct
cctcgaacttttcttcctgcgctttgcaaaatcttcttagacgagactgcaactgaagcc
gttctagaggtgacggctcgtgcaattacatattatctcgatgtttccaatgaatgcacg
cggcgtataatacaggttgacggtgcagtgaaggctatatgcaatcggcttgcagctgca
gaaatgacggatagaaccagcaaggatctagctgaacaatgcgtgaaattgttggaacat
atctgtcaacgcgagacactcgctgtatatgatgctggtggtatgcatgcaatgcttacc
cttgttcgtcagcatggttcgcaagttcataaggataccatgcattcggcaatgtctgta
gtcacacgattgtgcggcaaaatggaaccaaatgatgctgccctcccacaatgtgctgaa
agcctcggagctttgttagcacatgaggataccaaggtttcggaaagtgctttacgttgt
tttgctgctctgacagatcgtttcattcgcaagatgcttgaccccgctgagttggccaca
cacagcaatttggttgagcacctgctaaccacactgtctagtgaaactgctgcccattct
gccaatttcatctctattgttctgtcattgctcagtaatctgtgtcgaggcagtgctgcg
gtcaccgagcaagtgttgagttctccccgcctgatatctgcgctccagtgcgtgctcact
aacaaggacgatcgttgtgttacggacggacttcgtctagcagaccttttagtggttctc
ctaagtgaaggaagatcagctcttccattcacagtggcttaccagtcaagtggggagcca
ggccagagcggtcagagcgctgaacgagcacatcgtcatttaattgatgcaatcaggcaa
aaagatctgagtgctcttgtcgatacaatagacaatggcgttgttgatgtgaattttacc
gatgatgttgggcagactttatgtaactgggcatctgcatttggttctttagaaatggtg
cagtatctttgtgataagggtgctgatgtcaacaaagggcacaaaagtagcagcctgcac
tacgctgcttcctttggacgtcccgatatagtaaaagttttgttacaacgtggtgcaaat
cctgacttaagagatgaggatggaaagacggcattagataaagctcgagagagaactgac
gaggaccacactcaggttgcacaaattcttgaaagtccgtcggtctacatgcacagcaag
tccgacgagcaaaataaggcgaaggcagcttctgtggtgcgaaaaacgagcacaagtgat
cttcccgatagagatttagccgttcgtgttctacaccagctactaccaatattttgcgaa
atcttcatgaagtctctttctgcaagcgtccgtaggacttctctctcgttgcttcgtaag
atcgtggagcacatgcagttagacgatttacgtaacgctcctagacaaaggaaggagctt
caaggttgttcatcagatgttcacgcaacctcctcaagtgatctgcctcctggagcagag
aacttggtttcagttgtggtttccgttttagagcaagaggaggaccacgatgggcaagaa
caagtcttattgattctgtcctctttattgcgcaaggatcctgaactatgggttccagaa
ctcgtccgtcttggcgtctttgaacgtgtggaagcaatggctaaagaaccgccgaggaac
ccagatgatgacgaagacgaaggggatcgtgtagatgacttgaacgcacggaacagtgcg
atgagcagatcgactacctctacaccatcagtcgccatggaactagacgtagcggaaaga
agtgtatcagcaggaattaacgatgaagcagaaggagaacgtgcagcaatgttaaacgta
atgatggaggtggaagatatgagtaccacggaaactcctccacccactgtagaggtggtg
gattcaaatgctggaacatcgcttactcttatggtaccgacatcatcgagcgataaaggg
aaactagtcctacaacaaggcaagtttctatttaattccctttcagcaagcacagacatg
ccttatcgttggaaggaatggcgtattgttcgcggcgaggagtccacatttgtatggtgc
gatgttcttgcgcttgaaatgagcttcaacagcaatggatggtttcgttttctcatggac
ggcgaggtgacaaccatgttcaataatggtgttactgaaagcgtatcggatgaagttcgc
gctgaaaacaaaaagtcgttcatggcaagatggcgaagagttaagcaagcatggaatgat
gactcaatgccagttagcattctatgtgttcccagcataggcaaaaaggtcgaattcccc
cgttgggaaatttggagtcctcgttctactgagctcaccataaagtgtttgaagagtgag
gaacatatagttgtgaaagacgaacttggtgggttcgtgctggaaaccactgacaaaaca
aagcacagccaaatgcctgaaaccgctctcgcttcggagttccacaccggttggagttcg
cacggaatgactgctagacgctcgaagttccgaggggagattcagcgtcgaaaagtgcaa
gaactcgcttgggaattatggaacaaccacctcaaagaggctcgtgccaaacctcgtgaa
gctctgattgaattgcagaaagcggcggtttgcattcaggacgctgtcacaactgcaaac
ttgatcgctggtatctctatcaagagcaagcatgtcaaacaaccgcgcatcgaaaaggtg
caggagctggtatcagcactgaaatgcgtacgggaatctgtcatggatgacaggcgctta
tccacattcgaattttctgtctctggtatcgtccctgctttgcataacttacttgctttg
gttgagagacaacctggaagctatcctgctcgtatatttggcgaaactttcgcacacgga
atggctctatctagtcttgcaacaaagatggtctctgttctggagtccactgagaagttc
ccgcaatatctttacgatacaccaggtggatcggcattcggacttcaactattgtctcgg
cgaattcgcatgaaactcgagcaagctataagcgaacatgacgataagaaacaactcatc
aacaggagtgggcgactactcaaaagcgagcccttaacaactattggtcagctgaagtct
ttcctcttgaagatggttgctaagcaatggtttgatcgagaacgtgccaatttgggtttt
gtgaaagcaattgaagagtcgaaaaaaacgggtgatcgcataaggctcatttacacgagc
gattttgatgaacaaggtgtcatttactggcttggaaccaacggcagaactgcatcggac
tggaccaatcccgcttcagttggaatagttcaggtcacttgctctgatcagcgacaacct
tttggaaaaccggaggatgttctcagccgtgacgttaatcctataaattgtcactctagc
gacgataagaatgcaaacttcacgatcgacctcggtgttctgatctatccatctgcatac
acacttcgtcatgctagaggatacggacgatcagctcttcgaaactggcttcttcaaggc
tcgaaagacaaacaagtctgggaagtactcgttgctcatactgatgacaccagccttggt
gatcctggatcaacagccacatggccaattgaggacgatcgttccaaagggccgttccga
tacttgcgcattgctcagaatggaaaaaattcgtctgggcaaacctactacttgagtatt
tctggatttgaagtctacggagagattgtggacgttgttgttgatggatttacagcacaa
aaagacgaaaaagatagaggcagtggcgcatttggcaaatccaagattccgttgccttcg
tcttcgcgcaaagattctaacagagatgacaaagtagaacctctaatgccgcagggtgcg
aacaataacaaactaagagcaggactcactgccgacatggtgtccatgatgcacacgaga
tctcgtatgcgtgtggcacgagcaggccgtcatgctgcagttggaactgatgctcgaggt
atgcgagttattcgtggtccagactggtcttgggatgaccaagatggtggtggcgaagga
aaaattgttggatgtgttgagaatggatgggtggacgtgcaatgggataatggctatacg
aattcgtaccgttttggagccgatggtcgtttcgatattcaacgtgtgagcggtagaaca
tcgctcaccacatccactcctgccatttcggtgttggaagctgttcgagcgaaaggacga
ggtttgatgggaaaaacgagggaagtcagtggagtgcgagatggaggatcgtcgccgttt
gcctcttttactggctttacaccattcggaacgaagcagcgcaagtctggagtttcgacc
cctttgtcacgttttgcaaaagtaccctcaacttcatctgctaatgctacgtcaacgagt
tcctctaacattggcaagaaatcgatgtcgactacaaatcttgttgaagaccgagcgaaa
actggaccaagcgtcgcctcaactggtcaggcagcctccgccgagtctcttcaacatcag
actcagtcccttgagaaccttcttgctcgggccaatcctcacaagtttggccgaatagcg
gaaactatggagagcggggctgagaccccagaacccggccacgaaacaccggtggcagca
gaaaccgaagaaagcgactccgccactagcgccgccggctcgcatgcggctctttcggtg
tgttcttctcagtcttctgtcattgacgcgacaccccgtgatggtgcgactccatccgca
ccacaagttgattcgacaaagatgagcagtctctccgtgtctgcgccagatctcgctgct
gcccgtcaacgacaacagtcaagtgatacgtttgagatggacaaaacagtggaggaggac
gaagagcaggatggcgaagacgaagaagaagaagatagcaacgaaaaggtcaactttgcg
gatatgatggttgacgccctaaacaacacttcagaaagaagcttgtttgagaaactccgt
gaagttttcgggactgaagactcattagagcaccttataacttcttcctcctcaaatgct
gaacccggtgaagtcacaactccgtccacgtctacatcagtatctcagaaaagcatcaag
aaggataagacatctcttaagcagaaactaggaaactacgcagatgttcttaaaggaatt
atgcagacgatgatggatccaagtggaaactcgctagaagttgaagaattgcttgacgag
gatgactattatgacgacgaggaaggtaatgaagaggacattgaggatgacctaaatgcg
ctcggcgttcccgtcgactcactcgccacagtgctcacgggtagaggaggcgaaggattc
aagttgaactggaagcagctgatgagtggagggcttgattctcgtggccgtgaccagcgt
ggaagtagcaagaacaatttccggtcgtgggacgatgaattggtgttgaaatgctctttc
caggccctaattcctgctttcgatcctcgtcctggtcgtacaaacgttaaccaaacgcag
gatgtggagcttccagcagtagtacctgatcccgcacaagcaaaacccgttgcggtaggt
gaaaagtccgatgagacttctctacgtctgttcttgcgcggacctaacatgagcggtgtc
gaaaatgtcaccttagagatggctgctgatgatcacagccttttctactatgtgcaggct
ctagttggagctattgactggggaacgaaatgcgaacgcagtcgacgtgtatgggagcct
acgtatacattgatttatgaggatgcttctttatcgtatgtaacgaaatttaatcagatc
tcctcagatgacagcaaagtccctcctgctgttaatgagtgcttggaagtcattgggttg
ttgtcacgaattggagaacgcttccctgatgcacaaataagccctcaggtcttcattagc
gacaaattaactcagaagcttacgcaggaactctccgatgccctagtggttgcagcaaga
gcgatgccggattggaacatgtacatgcaagctacagcattcggagtatcgcgcactatc
gtatggttgcagtcccgtcgtgacgctgcattggatcgagcgcgtggtgctgctcaaagc
actaccagtagtgcaagcagaccgcacgatcgctatcaggaatatcgcgtcggacgacta
aagcacgaacgcattaaggtcactcgttccgaggagcatctccttgagcaggcaattcgc
gtcatgaaatttcatgctgatcgcaaagctgtcctcgaaattgaatatgtgggcgaagaa
ggcactggtcttgggccaactttggaattctatgctttggttgctgctgaactacagcgg
aaagctcttgcaatctggctttgtgatgacatggatgagcatcagctgaaaatggaagag
cgtgaactcgatttaggagaaggaaagaaaccaccaggattttatgttcgtcgtgctggt
ggcctcttccctgcacctcttccacctcatacagatgaagtacgtagggcatcggagatg
ttccgagttctaggcatattcttggctaaggttcttcaagatggaaggctcgttgatcta
ccgttggcgcgtcccttctttaagcttattgtctccccgcatctgagtgaagctgaggaa
ccatctctagatcgtgtcctttcgttggatgattttgaagaagttcaccctgtgaaaggt
ggtttcctgaaagagttgcgggcgctagcacaaaggaaacgtgctatcgagaatgaacca
atgttggatcgtgaagcgaagagacgaaagattgatgagctgaaattatgcattcatggc
acgcgatgccgcgtcgaggacctcgcgttgaatttcacggtcaatcctccatcgtcggtg
ttcgattatgaagaaatggagttggttgaaggtggagcagacatggatgttacaatggac
aatgttgagctttatgtacagaaatgtgccgacttctatcttaatacgggaataattaac
cagatgcgcgcattccgtgatgggtttgatcgcgtttttggattacgggcgctacgctcg
tatagcccagaagaagtgcagcgattactatccggtgaacaatgccctgagtggacgcgt
gaagatgttctcaactatacggagcccaaactgggttacaccaaggattctcctggtttc
cttcgtttcgtagacgtcatggttgagttgaattctcaggaacggaagaacttcctgcaa
tttgccacgggatgctccagcttaccgccaggaggtcttgccaatcttcaccctcgtctg
actgttgttcgtaaagttgagagtggcgatggaagctatccctccgtgaatacttgcgtg
cattacctcaaactaccggagtattcgtcggctgatattttacgggaacgtcttctaaca
gcagtcaacgagaaaggattccatctcaattag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (117)   
   RefGene (114)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (10)   
   Pfam (10)   
All databases (141)   

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