KEGG   Necator americanus (New World hookworm): NECAME_01689
Entry
NECAME_01689      CDS       T04867                                 
Name
(RefSeq) peptidase, T1 family
Organism
nai  Necator americanus (New World hookworm)
SSDB
Motif
Pfam: Dus Proteasome CID IMPDH NMO ThiG Toprim_C_rpt DHO_dh
Other DBs
NCBI-GeneID: 25341729
NCBI-ProteinID: XP_013306123
UniProt: W2TS02
Position
Unknown
AA seq 1400 aa
MTGLTMDAVMRRFQDIHSVSQEAIETISLWVMHYKDKRSIDIIVEAWLESFKIAKKDEQR
IALFYVMNDVVQRAKNKHMDVLIPAFQPAVLSAVTMGRGSPSVKQVMSRCIDIFGERQVF
TEASVNVMKNMLQSEENGDGEESFAELDSEEVFRKIELFERGRLIVNRGMEVIRNGDFDC
KALMKERMRDRTVAAQLVMETQQVLSQIASFRHSMEEQKRKMLQLIETLELAKRNFSHQL
KDVTVVEDEMEKTGVYPAATPPRDAPSPTANDDIYATGVENAMQTFRVPGTRDNLESTDM
ELDDDTAPIDVGGTSPLSGNLPPPPAPPLVLEARTPSNVTYQQPISQIPSSGSAVTQLPG
SIAVSPFQGQPTYGGVQPTFIPPANISVPPPNASQPPPGFAPNVNQPPPNLVLPPSIASQ
PPPNIQALLKSIPSLQTIQQATAAAAAAAAASKVQNPSTAKFPPPVLQQRFGDVDERMPP
AQSQPPPQIAAAPGFHHLQHPPPVPTVAPVSSYHQQQQPRPQPVYTEEGPSHIDYQKPGP
GGDYDKQNGDDQYYAEEDKDGFYHKQSQQFQNSGPFPPHSRGRPRAGGYYNHGRGDQWRK
SNDFRGGRGFGSRGSSFNRGRGGFHGGSGFQGGNFQRGRGRGNWAGMIPKNDHDIEVEKC
EDDVNRYELPEQEERAYILRLPKAVTLEPPIKNTPEQIAVKRSFWRDYMKKYKNVKIVAP
MVDQSELAFRMFMRRYGAHITVTPMIHAHLFVNDPTYRRNSLALCEADRPIIVQFCANNP
DTFLAACRLVEDVCDGVDLNLGCPQMVAKKGRYGAYLQDEIDLVCSMVSAVRDYCTLPVS
CKIRIRDCPKQTVEYAHRLVEAGATMLTVHGRTREMKGADTGLADWTRIRQVVETVDIPV
VANGNIQMPGDVERCLIATGAAAVMSAEGILYNPMLFVNRNDESWIVAKEYLKYARKYQA
GTSAIRAHIFRICHHSLLEHSDLRMRVSTEHELDDYESIVEELRIRTRAVADTEEARQQM
ISARTLFEQIRRGEVELDPIQVSRSPYWICKPYFRLSEMARETILAEGEKTYKEKRKEHL
QKIADEMGLSLKQARKRERRKLNGQRTITFKKTKFPPCARCTQPAGQGCSHSFCKKCCRW
TCKQKCWDCKALFGLIARRNRINYAKDFQWTNDFRNPTCTGTSVIAVQYDRGVVLMTDRV
VSYGKTARYKNVSRQYKVNNSIIVAFGGDHADFQWLQNVIERQVLTWKMIGQDLSPKALH
GYLTSLMYARRTRMNPLWNTLIVAGIEDEEKNNKETSIPFIGVITQKGVAYQTKHVATGI
AAMLLNQAVEDEWRKKGEKLSRAEAEAVLRKALELTIYHDCCADNDFELGVVDADEGVML
GKQETIIGDWSIAETNCQYE
NT seq 4203 nt   +upstreamnt  +downstreamnt
atgactgggctcactatggacgcagtgatgcgtcgatttcaagatatccacagtgtttct
caagaagcaattgagactatttcactttgggtaatgcactacaaggacaaacgatctatc
gatatcatcgtggaagcttggctggaaagctttaaaatagccaaaaaggatgaacaacgt
attgcgctgttctacgtgatgaatgatgtcgttcaacgtgctaaaaataagcatatggat
gtgcttatccctgcttttcaacccgctgtacttagtgctgtcacaatgggaagaggctca
ccttctgtgaagcaagtgatgagtcgctgtattgacatattcggtgaacgtcaagttttt
acagaagctagcgtcaatgtcatgaaaaatatgcttcaatctgaggagaatggagatggg
gaagagagcttcgctgagcttgactcggaagaagtgttcagaaagatcgaactgtttgaa
cgcggacgactcatcgtaaatcggggaatggaggtgattcgtaacggtgatttcgattgc
aaagcccttatgaaggaacgaatgagagatcgcactgtggcagcacagctcgttatggaa
actcaacaggtgctcagtcagatagcttcattccgccattctatggaggaacagaaacgg
aagatgttgcagcttattgagactctcgaacttgcaaaacggaatttctctcatcagctg
aaggatgtcacagtagtagaggatgaaatggaaaagaccggcgtatatcctgctgccact
cctcctcgcgacgcaccttcaccaactgcaaacgacgatatatatgctactggagttgaa
aatgcaatgcagacttttcgagtaccaggaacaagagataatttggaatcgacggatatg
gagctggacgatgacactgcgcccattgatgtaggtgggacatctcctctatccggaaac
cttccaccacctccagctcctccacttgtccttgaagctcgaactcctagtaatgtaact
tatcaacagccaatatctcaaataccttcgagtggcagtgcagttactcaacttccgggt
agcatagcagtgtcacctttccaaggtcaacctacttatggaggcgtacagccaactttt
atccctccggcaaacatctctgtaccacctccgaatgcctctcagcctccaccgggattt
gctcccaatgtaaatcagccgccgccgaaccttgttctacctccctcaattgcctcccaa
ccaccacctaatatacaggctttgctgaagtccattcctagcctccaaactatacagcaa
gctactgcagctgcagcagcagctgctgctgcttcgaaggtgcaaaacccttcaacggca
aaattcccacctcctgttttgcaacaacgctttggcgatgttgatgaacgaatgccacca
gctcaatcacaacctcctcctcaaatcgctgcagctcctggctttcatcatctacaacat
ccccctcctgttcctacagtggctcccgtctctagttatcaccaacagcagcaaccaaga
ccacaaccggtgtacactgaagaagggccttcgcatatagactaccagaaacctggtcct
ggtggtgactatgataagcaaaacggcgatgatcaatactatgccgaagaagataaagac
ggattctaccacaagcagtctcagcagtttcaaaacagtggtccttttccaccccatagt
cgagggagaccacgtgcaggaggatactacaatcatggtagaggagaccaatggagaaag
tccaacgactttcgaggaggtcgtggttttggttcacgagggagttcgttcaatcgtgga
cgcggtggctttcatggtggaagtggctttcaaggtggcaatttccaaagaggacgtggt
cgaggcaactgggctggtatgatcccgaagaatgatcatgacatagaggtagagaagtgt
gaagacgatgtgaatcgttatgaactaccagaacaagaggagcgtgcttatattttgcgg
cttccaaaggcggttacgctcgagccgccaataaagaatactccggaacagattgctgta
aagcgaagtttttggcgggattatatgaagaagtacaagaatgttaaaattgtagcccca
atggttgaccaaagtgaacttgcttttcgaatgttcatgcgtaggtatggcgctcatatc
accgtaacaccaatgattcatgcacatttgttcgtgaacgatcctacatatcgtcgaaat
tcactggcgttatgtgaagctgaccgtcctatcattgtgcagttttgtgcaaacaaccct
gatacatttcttgctgcctgtcgccttgttgaagatgtttgcgatggagttgatctgaac
cttggatgcccacaaatggtggctaagaaagggcgatatggtgcatacctgcaggacgaa
attgacttggtgtgttctatggtatcagctgtcagagattattgcactcttccggtctct
tgtaaaatccgcattcgcgattgtccaaaacagactgtggaatatgcccatcgacttgtg
gaagctggcgcgacaatgctgacagttcatggtcgcactcgggagatgaagggagcagac
actggtttggcggattggacgcgtattagacaggtggttgagacagtagatattcctgtc
gtagcgaacgggaacattcagatgcccggagacgtggaaagatgcttaattgcaaccggc
gcagcagctgttatgtccgccgaaggcattttatacaatccgatgctatttgtaaataga
aatgacgaaagttggattgttgctaaagaatatctaaaatatgctcggaaatatcaagct
ggcactagtgcgatccgtgcgcatatttttaggatctgtcatcacagtttgctggaacac
tctgacttgcgaatgcgcgtatccactgaacatgagttggatgactatgaatctattgtt
gaagaactgcgaatacgaacacgtgcggtagcagacacagaggaagcacgacagcagatg
atatcagcaagaaccctttttgaacaaattcgtcgcggagaagtagagttggacccaatt
caagtgtctcgatctccgtactggatctgcaagccatattttcgtctgtccgagatggct
cgtgaaacaattctagcagaaggcgagaaaacatacaaggaaaagcgaaaagaacatctc
cagaaaattgctgatgagatgggactttccttgaagcaagcaaggaaaagggaaagaaga
aaactgaatgggcaacgaacaatcacatttaagaagacaaaatttcctccatgcgcacga
tgtacccagccagctggacaaggttgttcgcattcgttctgcaagaaatgttgtcgctgg
acttgcaaacaaaaatgctgggattgtaaagctttgtttggacttattgcacggagaaat
cgcatcaactatgcaaaggactttcaatggactaatgattttagaaatccaacttgtact
ggcacttcggttattgcggtgcaatacgacagaggtgtggtgctaatgactgatcgtgtg
gtatcatacggaaaaactgctaggtacaagaatgtttcccgtcaatataaggtgaacaac
agcatcattgttgcttttggtggcgatcatgctgactttcaatggctacaaaacgtcatc
gagcggcaggtactcacttggaaaatgattggtcaggatctttctcctaaagctctacat
ggctacttgacaagtttgatgtatgctcgccgcacacgaatgaaccctctatggaacaca
ttgattgtagctggcatagaagatgaagagaaaaataacaaagaaacaagcattccattt
attggtgttataactcagaagggagtggcgtatcaaacaaagcatgtcgctacgggaatt
gctgcaatgctgcttaaccaagctgttgaagatgagtggagaaaaaagggagagaaattg
agtcgtgcggaagcagaagctgttcttcgcaaagctctcgagctcactatttatcacgat
tgttgtgcggacaacgacttcgagctaggagttgttgacgctgacgaaggcgttatgcta
gggaagcaggagactattatcggcgattggagcattgcggaaaccaactgtcagtatgag
tga

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Genome (1)   
   KEGG GENOME (1)   
Gene (57)   
   RefGene (54)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (69)   

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