KEGG   Nasonia vitripennis (jewel wasp): 100116145
Entry
100116145         CDS       T01081                                 
Name
(RefSeq) inositol polyphosphate-4-phosphatase type I A isoform X10
Organism
nvi  Nasonia vitripennis (jewel wasp)
SSDB
Motif
Pfam: PH PH_6 C2
Other DBs
NCBI-GeneID: 100116145
NCBI-ProteinID: XP_001600689
NASONIABASE: NV16003
UniProt: A0A7M7G2P7
Position
1
AA seq 1286 aa
MRFNKQELMTLATQPSQKFEKEGILYVRERQEGFFRRTESTGKKLDSKKQKGKTHKTLRD
FSCVSASTSKVSLERWCRLRGNLLFYFKSREQWSEPLGVIILEQFSVRVEQPTNQIPYGF
SIVFDGGVYQQLGANSSEERDSWLQALQLASYDCMRSQLLALRQRMEATSGHKHDTDIQM
LRLKRGITTDPAEIPMCEISLACDNLLCDGHGRPPNPVLEVDVQTCHAKTWVKYARTEVV
EKSSNPGFFTTVSFRASDGISAECRLRITAYDVRERVSQTATPIGSAIMTFSAVQDTPRL
RIPLKSAKATTVGFLTINVWNLEAEDKGNSTESTPSRNVPSTANQMYCHRRSQSLPPRLG
TKIKLPHQGQLKLLFANPHIQTYRFHSGLGGDICVHETMAESKLCFQFPQQLLGIWIQEE
KELLQEVAGMGELREPWHTKQVELLDRHLHLLHSYSQAKENLAAFKGSYFKQSSRKNERS
LEFAPLNLHLQRMWVHNDTLNKCGLYDFMSVGAFTAHSHKNKNGGLLRLVQALKESPVRG
TQLYQGTSKISMAHDAIQAIKQLRRDVVEAMRSLMKLAKEKQTSGMLPICEDMVSKTRIL
LSLWDPGLVEEALTFLEEHKVAKVQEDINNDDSLTLNFKVNQSLSPYKRITQQLNFDLRS
PDFDEFVTPDTPECVQDIWAKESAKSKYVSFAANNEINSNTEKQQTDENFVIFPEVEDEP
KETDTTETVDKENLNGEDNNNHNNEDEEKAEFDRVNDLDLSKRFLDTQKMCNSPSANYYK
PTDEPEPWDLTQLNIEASVMCLVSKVKFLCGRCSSPAVRLRNKNGIDRNQTLKSCLANNR
GNATAVVTIQPKNGIKSEEASKLLENGAQQSGTDKQNSAASKAKEVCQAMDSMTRVIKSN
SNQRNKFTEGLDFASIVDWTSELRPSMKKLRQAMDGLLKTARLTHSVFRVQEDTKTAIRV
CNVRYRRDVCFSQALTALVSGLMAKLWCQRPDPMFLLILTTLGPLVSFEGLLSYYGDEID
MWGDMAVAVEDMHTVTFTLSRCGIHTRVDGKSKATQFPSPRVIGSRTALTVLLPVPDAIY
SLLPLVPSSKQTLSFNVTPVFFNIGINEMASLAESLGTTKSQEKSNVDNFDRLNEYYLRF
KKLNLPTEPASARFGTRSALNQTLADMMINLKSSVQAKVNKNVEILQLSSQICRRMRGLR
FTSCKSAKDRTGMSITLEQVNILATEYHLAEHELIRALDCMRSEGCRRENTWKNIGVRKY
AFNSLQIMTLPKQYRPPIGTYGSAQT
NT seq 3861 nt   +upstreamnt  +downstreamnt
atgaggtttaacaagcaggagctgatgaccctggccactcagccttcccagaaatttgag
aaggaaggtatactttatgtacgggagcgtcaggagggcttctttcgtagaacagagagt
acaggtaaaaaacttgacagcaaaaaacaaaagggaaaaacacataagactctgcgagac
ttcagttgcgtttcagccagcacgagtaaagtaagcctcgagcgctggtgcagactccgg
ggcaacctcttgttttacttcaagtcgagggagcagtggtccgagcccctcggcgtcatc
atcctcgagcagttctccgtgcgcgtcgagcagccgaccaatcagattccttatggcttc
agcatagtgttcgacggtggagtctatcagcaactcggtgccaattcctcagaggagagg
gacagctggctacaagctctgcagttagccagctacgattgcatgcgcagtcagctgttg
gcgctcaggcagaggatggaagctacaagtggccataagcacgacaccgacattcaaatg
ctcaggctcaagcgcggcattaccacagatcccgcggagataccgatgtgcgagatctcg
ttggcgtgcgacaacctgctgtgcgacggtcacggccggccgccgaaccccgtgctcgag
gtcgatgtgcagacctgccacgccaagacgtgggtcaagtacgcgcgcaccgaggtcgtg
gagaagagcagcaatccgggcttcttcacgacggtgagcttccgggcgagcgatggcatc
agcgccgagtgtcggctccgcatcaccgcctacgacgtcagggagcgggtcagccagacg
gccacgccgatcggcagtgccatcatgaccttcagcgccgtccaggacacgccgagattg
aggatcccgctaaaatcggcaaaggccacgacggtgggctttctcacgatcaacgtgtgg
aacctggaagctgaagataagggaaacagtactgagagtacgccttccagaaatgtgcca
agtaccgccaatcaaatgtattgtcataggcgttcacagtcgcttcctccgagattgggt
acgaaaatcaaactcccgcatcagggacaattaaaacttctatttgccaatccgcatatc
cagacgtacagatttcattctggtctgggtggtgatatctgcgttcacgagacaatggcc
gaaagcaaattgtgttttcaatttccccagcaactgttaggaatttggattcaagaagaa
aaggagcttttgcaagaagtggccggcatgggcgagttgagggaaccttggcataccaaa
caagtagagcttctggatcggcatttgcaccttttacattcttattctcaagccaaagag
aatcttgccgcctttaaagggagctactttaaacaatcgtcacggaagaacgagagatcg
ttggagtttgcacctcttaatttgcatttacaaagaatgtgggtccataacgataccttg
aacaaatgcggactttacgattttatgagtgtcggggcttttactgctcattctcacaaa
aataaaaacggcggtcttttaaggttagtgcaagcattgaaagaatctccagtacgaggt
actcagctgtaccagggaacgtcaaagatctcaatggcccacgatgcgatccaagccatc
aaacaacttcgccgagacgtagtggaagcgatgcggtcacttatgaaactggcgaaggaa
aaacagactagtggtatgctacccatatgcgaggatatggtctcaaagactcgtatactt
ctcagcctttgggatcccggtctggtagaggaggcgcttacgtttttggaagagcataaa
gtagccaaggttcaggaggacataaataacgatgactcgcttacccttaactttaaagtc
aatcaatcgctttccccgtacaagagaatcacgcagcaactgaatttcgatttaagaagt
ccagatttcgacgaattcgtaacgccagacactcctgaatgtgtacaagacatttgggcg
aaggaaagcgcgaaaagcaagtatgtcagtttcgcagcgaataatgagattaatagtaat
acggagaaacagcagactgatgagaatttcgtgatattcccagaggtcgaggacgaacct
aaagagactgatacaaccgagactgtcgacaaagaaaacctcaatggcgaagacaacaat
aaccacaataacgaggacgaagaaaaagctgaattcgatcgtgtcaatgacttggacttg
agcaaacgcttccttgatacacaaaagatgtgcaattctccctcagccaattattacaag
ccaaccgatgaacccgagccctgggatcttacacagctgaatattgaggcgagcgttatg
tgcctcgtatcaaaagtgaagttcctttgtggacgttgcagcagtcctgcggtgagattg
cgtaataaaaatggtatagatagaaatcagacgctgaagagttgtctggccaataacagg
ggtaacgctactgcagtagtgacgattcaaccgaagaacggaatcaagagtgaagaagcg
agcaaattactagaaaatggggcgcaacagagcgggactgataagcagaattctgctgcc
tctaaggccaaagaagtgtgccaagctatggactccatgacgcgagtgataaagagtaat
tccaaccaaaggaataaatttacggaaggtctggactttgcctcgatcgtcgactggacg
agtgaattaaggccgagcatgaaaaaactacgccaagccatggacggcctgttaaagaca
gctcggctaacacactcagtttttagagtgcaagaggatactaaaacagccattcgtgtg
tgcaatgttcgatatcgtcgagatgtgtgcttcagtcaagcgctgacggctctagtatct
ggtttgatggcaaaactttggtgtcaacgacctgatcccatgtttttactgatcttaaca
acactgggtccacttgtgtcctttgagggcttattaagttactacggtgatgaaattgat
atgtggggggatatggctgttgctgttgaagacatgcatacagtcacctttactttgtca
cggtgcggcatccataccagagtagatgggaaatcaaaagccacacaatttccgtcgccc
agagtgatcggatcacgaactgctttgacggtgcttcttcctgtgccagatgccatatat
tccttacttccgttagtaccctcttccaagcaaactctctctttcaacgtgacgcccgta
tttttcaatatcggaatcaatgaaatggcttctctagccgaaagccttggaacaacaaaa
tctcaagaaaaaagtaatgtggataactttgaccgactaaatgagtattatttaagattt
aagaagttaaatctaccaactgaacctgcgtccgcaagatttggaacacgatcggctctt
aatcaaactttggccgacatgatgatcaatctaaaatcttcagttcaagcgaaagtaaac
aagaatgtggagatattacaattatcttcacagatatgcagacgtatgcgagggttaaga
tttacgagctgcaaaagcgcaaaggatcgcactggcatgtccattactttagagcaagtt
aacattcttgcaacagagtatcatctggctgaacatgaattaattagagctctggactgt
atgcgaagcgagggatgtcgaagagaaaacacgtggaagaacattggggtgcgaaaatat
gcatttaacagcctacagattatgactcttccgaaacagtatcgaccaccaattggtact
tacggctcggcgcagacttaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (104)   
   RefGene (100)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (19)   
   UniProt (1)   
   RefSeq(pep) (18)   
DNA sequence (18)   
   RefSeq(nuc) (18)   
Protein domain (3)   
   Pfam (3)   
All databases (145)   

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