KEGG   Nasonia vitripennis (jewel wasp): 100120665
Entry
100120665         CDS       T01081                                 
Name
(RefSeq) eukaryotic translation initiation factor 2-alpha kinase
Organism
nvi  Nasonia vitripennis (jewel wasp)
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr PQQ_2 Kinase-like PQQ_3 ABC1 Kdo AF2212-like
Other DBs
NCBI-GeneID: 100120665
NCBI-ProteinID: XP_001604278
NASONIABASE: NV12444
UniProt: A0A7M7G960
Position
2:1167529..1173397
AA seq 958 aa
MPRWSSWPSILLLLLAARTCAEIRQLPYCKDAVAAAPSRSLLYVSTLDGKLTALDASLEG
QKKWSLDFKKQPLLSSNIHRRDLNNNGQWVRLIPSLNGGLYKFDGENLEAVPVSVDQLLQ
SSFRYSDDLIFSGGKETKTYGISSTSGRILYECKMSSCTNKTNGESLVEEDVLIVRHHQH
TVRAGEPRTGIERWNFSVGQHDLTMLPRENADCHQEIPPVTLEIEIRTIVPEGLVIAYSK
TNPQIKLWEHKFDSPVVAVWRGDQVYENGAITPLKEVNLFESSQLDSELDAEFSLNPGLY
IGMHERQLYIQENPAFRRAIDHAPTELIKYPWRPYPAIEFSKDVGNDKSKEVPFEMSEVL
STTALSVLYNSEYINGNGFYLYSKEQIQLEGGSQCNGTGPKKNLVETSSPSPSIEYQEED
DTPVQVIIVSLWYWWREVVIISITTAILLNFMLTQRLLNATAETKDAILPPLIVERHVVE
TKPESLKSNSEDADANFNSRYLTDYEPLDCLGRGGYGVVFEARNKIDDCNYAIKRIALPN
SRYSRERVMREVKALAKLDHHNIVRYFNAWLECPPAGWQEEHDRQWSNHKKFPNSDFASE
SSIADTSVHIEVPPSEPSSLDSACEAFELNKNNDDSFIVFDAPSDANDDDPRQSECRIDN
CTESVELSIESSKNGQSNETDDSIVFEESKSKDLAKRKSELSLDLRKRKDSGKSNTKMFL
YIQMQLCQRLSLREWLKTQSTERDIHRILNIFQQIVDAVEYVHLQGLIHRDLKPSNIFFA
FDDKIKIGDFGLVTAMTEGINGVHTPCNTNEVNVFKKVHTARVGTHLYMSPEQMNGHNYN
YKVDIYSLGIILFELLIPFSTEMERVCALTNLRKSIFPDNFSLQHPAEFQLLKMMLDENP
EKRPTTLGIKARPPFLKNEIPNSLNQNENSKWHFELPQMSRHSSIANSSGSDSLENVC
NT seq 2877 nt   +upstreamnt  +downstreamnt
atgccgcgatggagcagctggccgagcatcttattgctgctgctcgcggcgaggacgtgc
gccgagatcagacagctgccgtactgcaaggacgcagtggctgccgcgccgtcccgcagc
ttgttgtacgtcagcactttagatggaaaacttacagctcttgatgcttctctcgaaggc
cagaaaaaatggtcattggattttaaaaagcagccattgctttcatctaacattcataga
agagacttgaataacaacggtcaatgggtacgcttaatcccttcgttgaatggaggcttg
tacaaatttgatggagagaatcttgaagctgtacctgtttcggtggaccagcttttgcaa
tcatcttttcgttattccgatgaccttattttttctggtggtaaagagaccaaaacttat
ggtatatcaagtacaagtgggaggatcctttatgaatgtaaaatgagtagttgcactaat
aaaactaatggagagagcttggtagaggaagacgttttaattgtacgacatcatcaacat
acagtaagagctggtgagcctaggacaggaattgaaaggtggaactttagcgtaggccaa
catgatttaactatgttgcctcgtgagaatgcagattgtcatcaagaaattccaccagtg
actttagaaatagaaatccggaccattgttcctgaaggtcttgtgatagcttacagtaaa
acaaaccctcaaatcaagttgtgggaacacaagtttgactctccagtggtagcagtttgg
agaggtgaccaggtatatgaaaatggtgctatcacaccactaaaagaagtcaatctattt
gaatcttcacaattagattccgagttagatgccgaattttccttaaatcctgggctatat
ataggtatgcatgaaagacaattgtatatacaagaaaatcccgcttttcgcagagcaatt
gatcatgctccaacggaattaattaagtatccttggaggccatatcctgctattgaattt
tctaaagatgtcggaaatgataaaagtaaagaagtaccatttgaaatgagtgaagtacta
agtaccactgcattatctgttttgtataactcagaatacataaatggaaatggattttac
ttatactcaaaagaacagattcagttggagggaggcagccaatgcaatggtacaggacca
aaaaaaaatttagtggaaacttcatcaccatctccatcaatagaatatcaagaagaagat
gatacccctgtacaagttattattgtttctctgtggtactggtggagagaagtagtgata
atatcgattactacagctattttgctaaatttcatgttgacacaaagacttttgaatgca
actgctgaaaccaaggatgctatattaccacctctaatagttgaacgacacgttgttgaa
accaaacctgaaagtctgaagagtaattcagaggacgctgacgctaactttaattcgcga
tacctgactgattatgaaccactggactgtttaggtcgtggtggttacggagtagttttt
gaagctagaaacaaaattgatgactgtaactatgcaattaaaagaatcgcgttgccaaat
agtcgatactcgagagagcgcgttatgcgcgaggtaaaagctctggccaaactggatcat
cacaatattgttcgctacttcaatgcctggcttgagtgtccaccagcaggttggcaggag
gagcacgataggcagtggtcaaatcacaaaaaatttcctaattctgattttgcatccgaa
tcttccattgcagatacttcggtacatatagaagtaccacctagcgagccgtcgtcctta
gacagtgcgtgcgaagcatttgaacttaataagaacaatgatgactcttttatagtgttc
gatgcgccgtcagacgcgaatgatgacgaccctcgccaaagtgagtgcagaatagacaac
tgtaccgaaagcgtagagctgtcaattgaaagtagcaagaatggtcagagcaatgaaaca
gacgattctattgtttttgaagaatcgaaaagcaaggatctcgcaaagaggaaatccgag
ctgagtttagatttaagaaagcgtaaagacagcggaaaatctaacacgaaaatgtttttg
tacatccaaatgcaactttgtcaaagattgagtctcagagagtggctcaagacgcaaagt
actgaacgtgatattcataggattttgaatatttttcaacaaattgttgacgcagtagaa
tatgtgcatttacagggtttgattcatcgtgacttgaagccctccaacattttctttgca
tttgatgataagataaaaatcggcgactttggacttgtaactgcaatgactgagggcatt
aacggagttcatacaccatgcaataccaatgaagtgaatgttttcaagaaggtgcatacc
gcgcgcgttggaactcacctgtacatgtctccagaacagatgaatgggcataactacaac
tacaaagtcgacatttattcccttggaataattttatttgaattgttaattccattctca
acagagatggaaagagtttgtgctctaacaaatttgagaaagtcaatttttccagataat
ttctctctgcagcaccctgcagaatttcaactattgaaaatgatgttggacgagaatccg
gaaaaacgaccaacgacgttaggaataaaggctcgtcctccattcctgaaaaatgaaatt
ccaaatagtttgaaccagaatgaaaattccaaatggcactttgaactaccgcagatgagt
aggcattcctctatagcaaatagcagtggaagcgattctttggaaaatgtttgttaa

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Gene (87)   
   RefGene (83)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (98)   

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