KEGG   Plasmodium vivax: PVX_094255
Entry
PVX_094255        CDS       T01073                                 
Name
(RefSeq) reticulocyte binding protein 2 precursor, putative
  KO
K13849  reticulocyte-binding protein
Organism
pvx  Plasmodium vivax
Pathway
pvx05144  Malaria
Brite
KEGG Orthology (KO) [BR:pvx00001]
 09160 Human Diseases
  09174 Infectious disease: parasitic
   05144 Malaria
    PVX_094255
SSDB
Motif
Pfam: NBD94
Other DBs
NCBI-GeneID: 5473611
NCBI-ProteinID: XP_001614322
UniProt: A5K736
Structure
Position
8:54645..63146
AA seq 2652 aa
MHIPIQPSPESTQITNTTDNIDYFDISDESNYYLISQLRPHFSNIYFFDEFKRYASYHTE
IKRYEDIHKTKVNSLLNEASRAIGICNRAKNTVKGLINILENPQKFKTQRESYDVKLRQY
EEKKEAFRGCLLNKNRKNLDQIKKINNEIRDLLEKLKCSQDCQTNVYFDMIKIYLVDFKK
MPYENYDTFIKQYKNSYLSGVDMIRKIEKQIDNPVTINAIKFTQKEMGYIIDRFEYHLQK
VKHSIDQVTALSDGVKPKQVTKNRLKEYYFNIGNYYSIFKFGKDSLNMLNKALIHKEKIV
HNLLGELFGHLEERISKLIDSEYFITESNNIISQSEETLKLAEDVYDKNTKLIEDLTLYP
HLEINEFKKDYDNNVEDLRESIIYIQSYVSSIKSAYRYNVLEKDSVESKQKNIPANSNAQ
KKVDELLSIIDSISYSNFSVAENFQKMKDYYKEIEKLKIKILQLIEAIKKYQQHVEELIN
KEKAVAILKEDINKIIEYIKGIIEKLKQLISANKDFDKIFQQVEQLINEALFNKDQFEHN
KNDLHTKMKEIMHTFHERDLQQFLDNMSKFLKDQEASYQNADSKEKLDQLLTTVKAKQDE
LKEMKCDDIPDIIDNLKKESQNVLNLKDEVINKQFENMRTEMSSSLDQMTKEYNALKSSI
EEYEAEKKGIENHKQNIIKRKNTFIVAEHENDEDVPEGKNTYNEFISNKDTILQKESAIS
NQMNTLEEKKRNRKTTLQTYGDAIQKLETYTEKKDEETKVLLDKFNTEVENFKLDEDEKS
FNDAKSIVSNTINEVENENKNIDSIKKVNIAMKRSRSNQQSVEQLIRNKDNLLKEKMEKH
FQKINTDEIIGQSAKANLLNNLESEKAIINEQLNDAHLNDLKLQIEKTLSYCEKSRENIK
GNNGTHPEELNASEIEWEATKGKIETLNSNYQALNKNMDDIINKQHDEMIVLIDRDIKEK
GKDIELKVEQRIQALEKMKAKLSSFDTNEDVKKYQSDINKEELIKLKEMSTAVLNKIDQN
KNQLINVKTKSSGYVAESNGIKNKQTEPSQEKDKQIVYNTNRGDIEKVYKNIRDMYNELD
DVEKEETTSNEVDNIEMQYDRLLINLLVQKINEENTKAKGLMEEIKSYIENIESVQAKMS
DETREGATEFEFNQYQQSSLANDKKITEIVQHAINKKGEAERSKKTNEVKSIKNDVNTYM
QQVIDEYNAMQKALGDIKNVNDLLISTSGRRIAEEISKSTNEAENFEKQAKGELGKINDI
IEKMENQMVQAKEHENKIHINLEDKQIDEEVQKIRQIHEELINTKIAMNEHLSKTKAAKE
NCLSQVRNAERGKIKIDFLNNNKQSSNLKDVNMDHVTKNIADCVEHSKEVNKTENEAEKE
HDLFLEYEKDITSILNRSSILGIETKSKKRKNEATKIMGQIEGEHSIIKTELQQSSENFK
QLNEKYNLSEEKSMLANPTSTKANESIQYNIGKVKQNLLYIDNIAKEVDTILTNAQDSIR
SISQISKLDGRNTLQMVEKEAADYVKYLDKITKEKELMNDKHKDLNPIKSDIANIETELK
KHRKLFEIGLLNKVIEIAKTRKLYMDSVEQLLNSSINNFVTLFNGFNLKKYKIETSLDVY
KGKISEFHTEFLQPYESIQNKEKRVLDPSVDFSAAKNMREEAQKEEKNIENVEKKTKKYL
SDINKMESFTFIRNMRQTLDELSKTCKQEYAEVEGGHKDIEKIIEDIKSLNDESGSSAKL
QQAEDKNSQMKAKVNHYSLKKEAHTILEQIVKSANFVGITIVTALQPSDLAAKASLQKAP
ELQFESQSKVTLESGQFLEKKNQLDVHENVQAAYNTVLQIYKYSDDIVRKQEKCEQLVKD
GKDICLKFKSINEIKVMIQNSKGKESTLSAKVSHSFNKLSELNKIKCNDESYDAILETPS
REELNKLRSTFKQEKDTIANQAKLSGYKTDFETHIGKLNDLAKIVDNLKASETLPKNIEE
KKTSINLISTKLETIEKEIESINSSFDQLLEKGKKCEMTKYKLVRDSLSTKINDHSAIIK
DNQKKATEYLTYIQNNHISIFKDIDMLNENLGEKSVSRYAIAKIEEANDLSAQLTAAVSE
YEAIANSIRKEFTNISDHTEMDTLENEAKMLKEHYDNLINKKNIITELHNKINLIKLLEI
RATSDKYVDIAELLGEVVKDQKKKLQEAKNKLDTLKDHIAVKEKELINHDSSFTLVSIKA
FDEIYDDIKYNVGQLHTLEVTNFDELKKGKTYEENVTHLLNRRETLQNDLHNYEEKDKLK
NTNIEMSNEENNQIRQTSEVIKKLESEFQNLLKIIQQSNTLCSNDNIKQFISDILKKVET
IRERFVKNFPEREKYHQIEINYNEIKGIVKEVDTNPEISIFTEKINTYIRQKIRSAHHLE
DAQKIKDIIEDVTSNYRKIKSKLSQVNNALDRIKIKKSEMDTLFESLSKENANNYNSAKY
FLVDSDKIIKHLEDQVSKMSSLISYAEREIKELEEKVYSILNRPVIDNSASEQIKLLSDT
QENDTDEAQKREFAEEQILNLPKQQIHSDEGNNNDMSTTDSANEEKQTGEEESQHEDQSQ
PRGIHSRVRLAEGIILGLSVFSGIIFISFRHKDEEKKDPESVGEQFEGNNNFNEDDKEEV
IDVCFDNSDYSE
NT seq 7959 nt   +upstreamnt  +downstreamnt
atgcacatacctattcagccttcccccgaatctacacaaattaccaatacaactgataac
atagactacttcgacatttcagatgagagcaattactatttaatttcccagttaagacca
catttttctaatatatactttttcgatgaatttaaacgttacgcatcatatcacacagaa
atcaaacgttatgaggacatacataagacaaaagttaattcccttttgaacgaagcatcc
agagcaatcggcatttgtaacagggcaaaaaatacagtgaaggggttaataaatatttta
gagaatccccaaaagtttaaaacgcaaagagaatcatatgatgtaaaacttcgccaatat
gaagaaaaaaaggaagcatttaggggatgcttactaaataaaaatcggaagaatttggat
caaataaaaaaaataaataacgaaattcgtgatctgctagaaaaactgaaatgctcacag
gactgtcaaactaatgtatattttgacatgattaaaatatacttggtagattttaaaaaa
atgccttacgaaaattatgacacttttataaaacagtataaaaattcttacctttctggt
gttgatatgataaggaaaattgaaaaacaaatagacaacccagttaccataaatgcgata
aaattcactcaaaaggagatgggatacattatagacagatttgaatatcacctgcaaaaa
gtgaaacattccattgatcaagtgacagcattgtccgacggggttaaaccaaaacaggtc
actaaaaatcgtcttaaagagtactactttaatataggtaactactactccatttttaaa
ttcggcaaagatagtctcaatatgttgaataaagcattaatacataaagaaaaaatagtc
cacaacttacttggtgaattatttggccatttagaagagagaatatctaaacttatagat
tcagagtacttcataacagaaagtaataacatcatttcacaatccgaagaaactttaaaa
cttgcggaagacgtatatgataaaaacaccaaactgatagaggaccttacactgtatcca
cacttagaaattaacgaattcaaaaaagactacgacaacaatgtggaagatttgagagaa
tctatcatctacatacaatcatacgtctcatctattaaaagtgcgtatagatataatgtg
ttagaaaaggactctgtagaaagtaaacaaaagaacataccagctaacagtaatgcccag
aagaaagtcgatgagctgttgagcattatagatagcataagttatagcaatttttccgta
gccgagaattttcaaaaaatgaaagattactataaagaaatcgaaaaattaaaaatcaaa
atactgcaattaatagaagccattaaaaaataccaacaacatgtggaagaattaatcaac
aaggaaaaagcagttgcgattctcaaagaagatataaataaaataatagaatatataaaa
ggaataatagaaaaattgaaacaactaatttctgcgaataaagattttgataaaattttc
cagcaagttgaacaattaattaacgaagcgctttttaacaaagaccaatttgaacataat
aaaaatgacttacacaccaaaatgaaagaaataatgcatacatttcacgagcgtgattta
caacaatttttggacaatatgtcgaaatttttaaaggaccaagaagcttcctaccaaaat
gcagacagtaaggaaaagcttgaccaactgctaacaacagtaaaggcaaaacaagatgaa
cttaaagagatgaaatgcgatgacattccagacataatcgacaatttgaaaaaagaatcg
caaaatgttttaaatctaaaagatgaggtcataaataaacagtttgaaaatatgcgcaca
gaaatgtcaagttcattggatcaaatgaccaaagagtataacgctctcaaaagcagcata
gaggaatacgaagcggaaaaaaaaggaatagaaaaccataaacaaaatataattaaaaga
aaaaatacattcatcgttgctgaacatgaaaatgatgaagatgtgccggaagggaaaaat
acctacaacgagtttataagcaataaggacacaattttgcaaaaagaaagcgcaattagc
aaccagatgaacacattagaggaaaaaaaaagaaatagaaaaactacgttacaaacatat
ggtgacgcaatacaaaaattagaaacgtacactgaaaagaaggatgaagaaactaaagtg
ctgctagacaagtttaacaccgaagtggaaaacttcaaactagatgaagatgaaaaatca
tttaacgatgccaaaagtattgtcagtaacacaataaatgaagtcgaaaatgaaaacaaa
aatatagactccattaagaaagtgaatattgcaatgaaacgctccagaagtaaccaacaa
tccgttgaacagctaatcagaaataaggataatcttctaaaagaaaaaatggaaaaacac
tttcaaaaaataaacacagatgaaataataggacaaagtgccaaggcaaacttgctaaac
aatctagagagcgaaaaagctatcataaacgaacagttaaatgacgctcatttgaatgac
ctaaaattgcagatagaaaaaactctaagttattgtgaaaaatcaagggaaaatattaaa
ggaaataatggaacacatccagaagaattaaacgcaagcgaaattgagtgggaagctacg
aaaggaaaaatagaaacactaaacagtaattatcaagcgttaaacaaaaacatggatgat
ataatcaataagcagcacgatgaaatgatagtgctcattgatagagatataaaggagaag
ggaaaagacatcgagcttaaagttgagcaacgtatacaggcgctcgaaaaaatgaaagca
aaattgtcctcatttgataccaatgaggatgttaaaaaataccaaagtgacataaataaa
gaagaactcataaaattaaaagaaatgtccactgcagtcctaaacaaaattgatcaaaat
aaaaatcaattgattaacgtaaagacaaaatccagtggctacgtcgcagaatcgaatgga
ataaaaaataaacaaaccgaaccgagtcaagagaaagacaagcaaattgtgtacaacaca
aataggggtgacatcgaaaaagtttataaaaacattagagacatgtacaacgaactggat
gatgtcgaaaaggaagaaaccacctcaaacgaagtagacaacatagaaatgcagtatgac
agacttttaatcaatttgcttgttcaaaagatcaacgaagaaaacacaaaggcgaaggga
ctcatggaagaaattaaatcatacatagaaaatattgaaagtgtacaggccaaaatgtca
gatgaaacgcgagaaggcgcaactgagtttgagtttaatcaatatcagcagagcagttta
gccaatgataaaaaaattaccgaaattgttcaacatgctataaataagaagggagaagca
gaaagaagtaaaaaaacgaatgaagtaaaatccatcaaaaatgacgttaacacttacatg
caacaagttatagatgaatataacgctatgcaaaaggcgttaggggatattaaaaatgtg
aacgatttattaatatcaaccagtggtagaagaatcgctgaagaaatatcgaagagcact
aacgaagctgagaattttgaaaagcaagcaaaaggagaattaggaaaaataaatgatata
attgaaaaaatggaaaatcaaatggttcaggcaaaggaacacgaaaataaaattcatata
aacttagaggataaacaaatagatgaagaagtgcaaaaaattagacaaattcatgaagaa
cttataaatacgaaaattgcaatgaatgaacatttaagtaagacaaaagccgctaaagaa
aattgcctttcccaagtccgtaatgccgagagggggaaaattaaaatagattttctcaat
aataacaaacaaagtagcaatttgaaagacgtcaatatggatcatgtaactaaaaatatt
gccgactgtgtggaacactcaaaagaagttaataaaactgaaaacgaagctgaaaaggaa
catgacctattcctagaatatgaaaaagatattaccagcatattaaacagatcctcaatt
ttaggaatagaaacaaaatcgaaaaaaagaaaaaacgaagctaccaaaataatgggccaa
attgagggggaacattctataattaaaacggaacttcaacaatcttcagaaaattttaaa
caactgaatgaaaaatataaccttagcgaagaaaaaagtatgcttgccaatcccacatcc
accaaagcaaatgagtccatacagtataacataggcaaggtgaaacaaaatttgttatac
atagacaatatagcgaaagaagtagacactattttaactaacgcacaagattcaattaga
tcaatatcgcagatttccaaactagacggaaggaatacactacaaatggtggaaaaggaa
gcagcagattatgtaaaatatttagacaaaataaccaaagagaaggaactaatgaatgat
aaacacaaagacctcaatcccataaagtccgatattgcaaatatagaaacagaattgaaa
aagcataggaaacttttcgaaataggacttttgaataaggttatcgagatagctaaaacg
agaaaattgtacatggattcagtggaacagctcctaaattcctccatcaataattttgtt
accctctttaatgggttcaatttaaaaaaatataaaattgaaaccagtttagacgtttat
aaaggaaaaataagtgaattccacactgaattccttcagccatacgaatcaattcaaaat
aaggaaaaacgcgtactggacccttcggtagattttagtgcagcaaaaaatatgcgagaa
gaagctcaaaaggaggaaaaaaatatcgaaaatgtagaaaaaaagacaaaaaaatatcta
agcgatattaacaaaatggaatcctttacattcatacgtaatatgagacaaactttggat
gaactaagcaaaacatgcaaacaggaatacgcagaagtcgagggaggtcacaaagacatt
gaaaaaatcatagaagatattaagagcctaaacgatgaaagtggctcgtcagctaaatta
caacaagcagaggataaaaatagccaaatgaaagccaaagtgaatcattattcacttaag
aaagaggcacacactatattagaacaaattgtcaaatcagccaattttgtaggcattaca
atagtgacagcgttacagccatcagatttagctgctaaagcgagtttgcaaaaagcacca
gaattgcagtttgaatcccaatccaaagtaacactagaaagcggacaattcttagaaaaa
aaaaaccaattggatgtccacgaaaatgtgcaagccgcctacaataccgttcttcagata
tacaaatattcagatgatatagtaaggaagcaggaaaaatgcgaacaattagtaaaagac
ggaaaagatatatgccttaaattcaaatcaataaacgaaattaaagttatgattcaaaat
agtaagggaaaagaaagcaccctttcagccaaagtgagtcactcctttaacaagctaagt
gagctaaacaaaattaagtgcaatgatgaaagttacgatgccattttggaaacacccagt
agggaagaactaaacaaactaaggagcacatttaaacaagagaaagacaccatcgcaaac
caagcaaaattgagtggctataaaacagatttcgaaactcacattggaaaattaaatgac
ttagccaaaatagtggacaacttaaaagccagcgaaactcttccaaaaaatatagaagaa
aaaaaaacgtccatcaacctaatttcaaccaaattggaaaccatcgaaaaggaaattgaa
agtattaattcctcctttgatcagttgctcgagaaaggaaagaagtgcgaaatgacgaag
tacaaattggtaagggatagcctaagcactaaaataaatgaccattctgcaatcattaag
gacaaccaaaaaaaagccactgaatatttaacgtacattcaaaataatcacatttccata
tttaaagacattgatatgctaaatgaaaacctgggtgaaaaatccgtaagtaggtatgcc
atagccaaaatcgaagaagcaaatgatctttccgcacaactaaccgctgcagttagtgaa
tacgaagcgatagctaattctattagaaaagaatttacaaatataagtgaccacaccgaa
atggacactcttgaaaatgaggcaaaaatgttgaaagaacattatgacaatctaataaat
aaaaaaaacatcataacagaattacataacaaaattaatttaattaaactgcttgaaata
agagccacctctgataaatacgtcgatatagctgaactgcttggcgaagtagtaaaggat
caaaaaaaaaagttacaagaagcaaaaaataaactggacacgcttaaagaccatatagca
gttaaagaaaaggagttaatcaaccatgacagctccttcaccctagtgtccattaaagcg
ttcgacgaaatatatgatgacattaaatataatgtaggccaattgcacacattagaagta
actaactttgatgaacttaaaaaaggtaaaacgtatgaagaaaatgttacccatttatta
aacagaagggaaaccttacagaatgatctccacaattatgaagaaaaagacaaactgaaa
aatacaaatatagaaatgtcaaatgaagaaaacaaccaaataagacaaaccagtgaagta
ataaaaaaattagaaagcgaatttcaaaacttgctaaaaattattcaacaaagtaacacg
ctatgcagtaatgataatataaaacagttcatttctgatattctaaaaaaagtggaaact
attagagaaaggtttgtcaagaatttccccgagagagagaagtaccatcaaatagaaatc
aactacaacgaaattaaaggcattgttaaagaagtagatacaaatccagaaataagcata
tttactgaaaaaataaatacatatatacggcaaaaaattagaagcgctcaccatttggaa
gatgcccaaaaaataaaagacataatagaagatgttacaagtaactatagaaaaataaaa
agtaaactctctcaagttaataacgctttagatagaattaaaataaagaaaagtgagatg
gataccctatttgaatcattgtccaaagaaaatgccaataattataattccgcaaaatat
tttttagtcgattcggataaaataattaagcatttagaagaccaagttagcaaaatgtca
agcttaataagttacgccgaaagggaaataaaagaattagaagaaaaagtgtatagcata
ttaaatcgacctgttattgataactccgcttcggagcaaatcaaactgttaagtgatacc
caagagaacgatacagacgaagctcaaaaacgggaatttgctgaagaacaaattctgaat
ttacctaaacaacagatacattcagatgagggcaacaataatgatatgagcactacagat
agtgcaaatgaagagaaacaaactggagaggaagaatcacaacatgaggatcagtcacaa
ccaagggggatacatagtcgagttcgccttgcagaaggaattattttgggattatctgtc
ttttcaggtattatttttatctcattcaggcataaggatgaggaaaagaaagaccctgaa
tccgtcggggaacaatttgaaggtaataacaattttaatgaagacgataaggaagaagtc
atagacgtttgcttcgacaatagcgattattctgaatag

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
3D Structure (15)   
   PDB (15)   
Protein domain (1)   
   Pfam (1)   
All databases (26)   

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