KEGG   Nicrophorus vespilloides (burying beetle): 108557137
Entry
108557137         CDS       T04922                                 
Name
(RefSeq) proto-oncogene tyrosine-protein kinase ROS isoform X1
  KO
K05088  proto-oncogene tyrosine-protein kinase ROS [EC:2.7.10.1]
Organism
nvl  Nicrophorus vespilloides (burying beetle)
Pathway
nvl04013  MAPK signaling pathway - fly
Brite
KEGG Orthology (KO) [BR:nvl00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04013 MAPK signaling pathway - fly
    108557137
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:nvl01001]
    108557137
Enzymes [BR:nvl01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.1  receptor protein-tyrosine kinase
     108557137
Protein kinases [BR:nvl01001]
 Receptor tyrosine kinases (RTK)
  ROS family
   108557137
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr fn3 Pkinase Pur_ac_phosph_N Glutaminase TMEM154
Other DBs
NCBI-GeneID: 108557137
NCBI-ProteinID: XP_017769030
Position
Unknown
AA seq 2422 aa
MNVPPHLLLVVVVVVVITVVVPTSSALANTSLQDEDVEDHCVQTCRMQNHTDGHCDDACG
GTALCEEGCTLWRPALDGSCQSVCQNGSTDGILSSKELYCIIGCNNAVTRYYFQLRFSLG
TPPPPALVADSLTSTSLRLEWNFPRAQQAGLKYFLQWHYEEHAGDWQYCRNQSWGPQHTV
AVDNLQPYTKYRFRVALILSNLTEPIVSPPSVVISTRPGGVPASPPSIVRAVPVDSTRIS
VSWEPGPFLHGPLLSYVLRITDNQPHGYSALKDLSAENNFYMLRNLMPEKNYTISISMRN
EVGPGPSANVSISTPTEPKAAKDSEKLVLILGAHHVVIEQGTHMLDEPIILYNTNEFITG
LAIYVSRCLLFVADSARYVRRMSLGNYATHSNIVPILSPWQINFIPLDLSMDWLNEHLYI
LGEVTHQAKVWQIARCDIDGGGLTVAVAGLRVKPHHIEVDPYNGYLFWVTTNGLYRLDLA
DISNGIKHDVKPELILAESNLGAFTIDHTNFSLLVADQNNNTVYSVSLDGKEVSNMRPQI
TTPRLQKVVSIASANKKFYWTDGVEVIYEEDHLLSNRSLYFHNSYPLQLSKSYTKVLVNL
SSSQPVPVPVNPPTSVQAIFGRDIAKTTWLPPHLLGAQGKGTWQNWSYEISIRDLRTQEI
RRIRDINSTSYTIRNLREDTEYVIKCAAYTDFGKGPWSTEFVGRTLRIKGGAGNHPVILW
SAVDGLLKSDASGENVETVIHKTLMSDYDDIKDIAWYMDQLFLVTNTSQIVWYNMTSHKH
GTLADIDSVGSISIDWIGKKLYWSSPKQKLIIRGNLLGGHQEPLPIVTSAKELNVDSLKA
YMYWSTGHTVECAHLNGADRIIYHESQLFSGNLVMGLTLDMDHQDVYWIVRGSDGSNLYR
APMAGSKFITKPTSERISSLQKPSMRGPLCYFNNRLIWLQDDKSAVISDLKGKYAASISA
ESLSGLNMIYIMDSSQQITPNATKFSSMKGISVIPEQIERSSVQVSGSWDYFNITWKPVQ
RVNYGIVFYEIKVDTQLRNDSIFSTTYPSIKYMHRVKPYSLMHVSLRALTYWGASTLVKV
KIHSPPSTPSAPKNPRAFVVHEHSSESINVTLRWDSPENPNGVLEGYKITWWSLSKKTAE
SLILEAGDKEYVFDNLLNSEFYYFQIQAFTNIGDGEISSTLEVDTSEESPIPTLLIATSD
SIFIQDIDTKLNYSLLQGISTPMVIGYLLKERKIFWINDMQELLMFNLATLNRSKIFDIN
GKPIGLTIDWLERSLYYVQKDESNTFVYKLDLNHMEKGVVKSKQIFRTPKSIVKLEISPF
TRKLYWIEEDSGMSVLMQINSDGSEMAPFFGNPLDECDCPNHPQIERTFTLDHSRPDKPS
LIFINKYAKRVLAADRDGCKCEEVYAGIEEPVETIRGDFGSLYWKNRGRGGLLNSWRNDE
VMVEQIDTNDVMIFGSHMQPYPKQDCLVPLLSKNLTVGLVNKTSHTLRLKMPEVEVKAEC
EDYSLAAVEFRVFYMPYNDENDLRCDETCTQEQTFEDSLEIGNLRSYSRYVFSVTLSNYY
LSNASEFIGPGVVFQTAAGAPSPPSGVRVTVLNPTLLQLNWLPPQEINGDFVYYVIHWQY
DGSHNGIRQKGEQTIMENDLQGSKSYTTFLRNLTPNETYSIWVRAYSENNETSSDSDVVQ
EKTYPEPENISLVSSTSSQLVVRWNVSSYIDKYQMQCALSTSNEWFDVSHDENSDLVTVG
GLKAKTQYKFRLNLKYRNYAKDYVWPKDARFIFDTLGDRPSAPGIPVIQQVKEVYQVWWE
ASKENGAPIDLYMLEALKIPGYRSKRSTNKTAWFTSEDVPEFDWEPLYNGTDTFWKIVGL
SESYRYAFRVSASNLYGWSELSEESTHFDPLASAQLAIRQDFTYVIIAVCAFVVVMVSCL
VICTRMCCVGNKKDHQQQQHLQNQQQHIVARVRGSDMELATLRELPRFGNFVHNTNVLYI
STHTAPEEVNLLPHIRREQITLKKFLGKGAFGEVYEGKAKGLFDNCSETKVAVKTLPKGA
SEQVKSEFLQEAHLMSHFKHEHILQLLGVCLDNDPNYIIMELMEGGDLLSYLHSSRKIGG
PVASLNLMELLKMCIDVAKGCCYLEEMHFVHRDLACRNCLVSSNDPAERIVKVGDFGLAR
DIYKNDYYRKEGEGLMPVRWMAPESLVDGVFTCQSDVWAFGVLLWEIMTLGQKPYPARGN
VEVLHYVRGGGRLGKPTDCPETLHSLMLSCWSYDPEGRPTFKFCLDELEKLYAQNMSSPM
TGAHIGQYISTVPQQFDGVSNAAYFQDQNHNHSGTSWRSNDDESLKEAAMTTPFLTPPSP
SAVHSQQTNIPKYLELLYDGEDSVEVENDGYEVPRRTVEDRTACDNEVLVVNRNNDSSSL
LKDVGYTNMSPDPPIQTRLDSS
NT seq 7269 nt   +upstreamnt  +downstreamnt
atgaacgttcctcctcatcttcttctggtggtggttgttgttgttgttattactgtggtt
gtgcctacttcttctgctcttgccaatacttcgctgcaggatgaggacgtcgaggatcat
tgcgtgcagacatgtcgcatgcagaaccacacggatggacattgcgacgacgcttgtgga
ggcaccgctttgtgcgaggaaggatgcacgctttggagacccgctctggacggttcctgt
cagtctgtatgccaaaatggaagtaccgatggaattctctcctcgaaggaattgtactgc
atcatcggctgcaacaacgccgtgactaggtactacttccagttgaggttcagcttgggt
acaccgccgcctccagctctcgtcgccgacagtttaacatcgacgagtcttcgcctggaa
tggaactttccgagggcgcagcaggccgggctcaagtacttcctgcagtggcactacgag
gaacacgccggcgactggcagtactgcaggaatcagagctggggaccgcagcataccgtc
gccgtggacaacctgcagccctacaccaagtacaggttcagggtggctctgatcctttcg
aatctgacggaaccgatagtgtcgccgccgagcgtcgtcatcagcaccaggcctgggggt
gtcccggcgtcgccaccttcgatagtgcgtgcggtacctgtcgattctacacgcatcagc
gtgagctgggaacccggccccttcctgcacggacccctcctttcctatgtgctcagaatc
actgacaaccaaccccatggttattccgccctcaaggatttatccgcggagaacaatttc
tacatgctgaggaatctgatgcccgagaagaactacaccatttccataagcatgaggaac
gaagtcgggccgggaccttcggcgaatgtttccatatcaacgccaacagaaccaaaagct
gcaaaagattcggagaaattggtgctcattctcggagcccatcacgtcgtcatcgagcag
ggaactcacatgctggacgagccgatcatcctgtacaacaccaacgagttcatcaccggt
ttagccatctacgtcagtaggtgtcttctcttcgtcgccgattccgcgcgatacgtgcgg
cgaatgtcgctggggaattacgcgacacattcgaacatcgttcccattctgtccccttgg
cagatcaactttattccgttggatttgtcgatggattggttgaatgagcatttgtatatt
ctcggggaggtcacgcaccaggccaaggtttggcagatcgccaggtgcgacatagacggt
ggaggtttgactgttgccgttgctggattaagggtgaagccgcaccatatcgaagttgat
ccatacaatggttatctgttttgggtgactacaaacggactttataggctggatctcgcc
gacataagcaacggtatcaagcacgacgttaaaccggaactcatacttgctgagagcaat
ctgggtgccttcaccatagatcacaccaacttcagtcttctggtagcagatcagaacaat
aatactgtgtattcagtctcattggacgggaaagaagtgtccaatatgaggcctcaaata
acaacgccgcgtcttcagaaggtcgtttccatagcttcagccaacaagaaattctactgg
acggacggtgttgaagtgatctacgaggaagatcatctcctctccaacagaagcctgtac
tttcacaactcttatccactgcaactctccaagtcctacactaaagttttagtgaatctg
tccagttctcaaccggttcctgttcccgtgaatccacccacttcggtgcaagcaatcttc
ggtcgggacatcgccaaaaccacctggttaccaccgcatttgctgggagcgcaaggaaaa
ggcacctggcaaaattggtcctacgagatatccatcagagatctgcgcactcaggaaatc
agaagaattcgcgacattaactcgacatcatataccataaggaatctgcgagaagatacc
gagtacgttattaaatgtgcagcgtatacggatttcgggaaaggaccctggtccacggaa
ttcgtggggaggacgctgaggatcaaaggcggcgctggaaaccatccggtgattctttgg
tccgccgtggatggactgttaaaatcggatgcgagcggcgaaaatgtcgagacggtcatc
cacaaaactctgatgagcgattacgatgacatcaaggatattgcttggtacatggatcag
ctctttctggtgacaaacacatcgcagattgtttggtacaatatgacttcgcacaagcac
ggaaccttggccgacatcgattcggtggggagcatctccatagattggatcgggaagaag
ctgtactggtccagtcccaagcagaagctgataatccgtggtaatttgctcggaggtcat
caagagcctttacctatcgtcacttctgccaaagaactgaacgtcgactctttgaaagcc
tacatgtattggtccaccggacataccgttgagtgcgctcacctcaatggggcagatcga
ataatctatcatgaatcgcagttattttctggaaatttagttatgggtctgactttggat
atggatcatcaggacgtttattggatagtgcgaggttcggatgggtcgaatctctacagg
gctcccatggccggatcaaagtttataacaaaacccacgtcggagaggatatctagtctt
caaaaacccagcatgcgcggtcctctgtgctacttcaacaaccgcctcatctggttgcaa
gatgataaaagcgccgtcatcagcgacctcaaaggcaaatatgctgcaagcatcagcgcc
gagagtttatccggacttaacatgatctacatcatggatagttcgcaacaaataacacca
aacgctaccaagttttcttctatgaagggaatctcggtgatcccggaacaaatcgagagg
agttccgtgcaggtctccggcagctgggattacttcaacatcacctggaaacccgtgcaa
agagtgaattatggaatcgtcttttatgagataaaagtcgatacacaattacgaaacgat
tcgattttttcaacgacttatccaagcatcaagtacatgcaccgagtgaaaccgtacagt
ttgatgcacgtttctttaagagcattgacttattggggagcctcgacgttagtcaaagtg
aagatccactctccgccttcaaccccttctgcaccgaagaatcctcgagctttcgttgtc
cacgagcacagcagtgaaagtataaatgttacactgagatgggattcgcctgaaaatccg
aacggagtactcgagggttacaaaataacctggtggagtctcagcaagaagactgcagaa
tctttgatcctcgaagctggagacaaagaatacgtcttcgacaacctgctcaacagcgag
ttctactacttccaaatacaagcctttacgaatatcggcgatggagaaatctcctctact
ttggaagtcgacaccagcgaagaatctccgattcccacgctcctcatagccacgagcgac
tcaatcttcatccaggacatagacaccaagttgaattacagcctgctgcaaggcatcagc
actccaatggttatcggttatcttcttaaagagcgcaagatcttctggatcaacgacatg
caggagcttttaatgttcaatctggctacgttgaatcgcagcaaaatcttcgacatcaac
ggcaaacccatcggattaacaatcgattggttggagaggagtctgtattacgtgcagaag
gacgagtcgaacactttcgtgtacaagcttgatctcaaccacatggagaagggcgtcgtc
aagagcaagcagatcttccgcacgcccaaatccatcgtaaaactggagatttcaccattt
acaaggaagttgtattggatcgaagaggactctggtatgtctgtattgatgcagatcaac
agcgacggttccgagatggccccgttcttcggaaatcctttggatgaatgcgactgtccg
aaccatccgcaaatcgaacgcaccttcactttggaccattccagaccagataaaccatct
ctaatattcattaataaatatgcgaaacgcgtcttggctgcagatagagatggttgcaaa
tgcgaagaagtctatgcaggtattgaggagcccgtcgagacgattcgcggggatttcggt
agtttgtactggaagaacagaggacgcggaggtcttttgaattcgtggcgtaacgatgag
gtaatggtagaacaaatagatacgaacgacgtgatgatcttcggttcgcacatgcagcct
tatcctaagcaggattgtctggttccgttgttgtcgaagaacttaacagttggtttggtt
aacaagacttcgcacacgctgcggctgaagatgcccgaagtcgaggtcaaagcagaatgc
gaagattattctttggcggcggtggagttcagggtgttttacatgccctacaacgatgag
aatgatctgaggtgcgacgagacgtgcacccaggagcagacctttgaggattctttggag
attggaaatttgagatcgtattcgcgttatgttttttccgttaccttaagcaattattat
ttgagcaatgccagtgaatttatcggacccggagtcgttttccaaactgctgctggagct
ccatcaccgccgagtggcgttcgggtgactgtcctcaatcctactcttcttcagctgaat
tggcttccacctcaagaaataaacggggatttcgtatactacgttatccattggcagtac
gatggatcgcataacggaatacggcagaaaggagagcaaacgatcatggaaaacgatctg
caaggttcgaaatcgtacacgactttcttgagaaatcttacacccaacgagacgtattct
atttgggtgcgggcatacagcgagaacaacgagacgtcgagcgatagcgacgtggtgcag
gagaagacttatcctgaaccggaaaacatctcgctcgtatcttcgacatcttcgcaattg
gttgtaaggtggaacgtctcctcgtacatcgataaatatcaaatgcagtgtgcgttgtcc
acttccaatgagtggttcgatgttagccacgacgaaaacagcgatctggtaacggttggt
ggtctgaaggcaaagactcagtacaagtttagattgaatctgaagtatcggaattacgcg
aaggattatgtttggccgaaagatgcacgcttcatcttcgatactctgggtgatagaccg
tctgctcctggaattccagtcattcagcaagtgaaggaagtttaccaggtgtggtgggag
gcgtccaaagagaacggtgcaccaatcgatttgtacatgcttgaagcgttgaagattccc
ggttacaggagcaaaagaagcaccaataaaacggcctggttcacctccgaggatgtcccc
gaattcgactgggaacccctatacaacggcacagatacgttctggaagattgtcgggtta
tcggaaagctatcgctacgccttccgtgtctccgcatcaaatctttacggatggagcgag
ctgagcgaggagagcactcactttgatccgttggcttcggcgcagctggcaatccgacaa
gacttcacttacgtgataatagcggtgtgcgctttcgtcgtcgtcatggtttcttgtttg
gtaatttgcacaaggatgtgttgcgttggtaacaagaaggatcatcagcagcagcaacat
ctgcagaatcaacagcaacatattgtagctcgagtcaggggatcggacatggaactggcc
acgctgagggagcttccgcgtttcggcaactttgtccacaacactaacgttctctacatc
tccacgcacacggcgcccgaagaggtgaacctcttgccgcacatcagacgcgagcagatc
acgctgaaaaagtttttgggtaaaggcgcgttcggcgaggtgtacgagggtaaggccaag
gggcttttcgataactgcagcgaaactaaagtagccgtgaagacgttgcccaaaggcgca
tcggagcaagtgaaatcagaatttctgcaagaggcgcacttgatgagtcacttcaagcac
gagcatattcttcaactgctgggcgtctgcctcgacaacgatcctaattatataatcatg
gagttgatggaaggcggagatcttctctcttatctgcattcatccaggaaaatcggcggc
ccggtggcttccttgaacctgatggagttgctcaaaatgtgcatcgacgtagccaagggt
tgctgctacctggaggagatgcacttcgttcacagagatcttgcatgtcgtaattgcctg
gtctcatccaacgatccggcggagaggatcgtcaaggttggtgacttcggtttggcgcgg
gacatctacaagaacgactactacaggaaggagggcgaaggactgatgcccgtacgatgg
atggcgcccgaatcactggtggacggcgtcttcacctgccaatcggacgtgtgggcgttc
ggggttctcctctgggagataatgactttagggcaaaaaccgtatccggcgagagggaac
gtggaggttctgcactacgttcgaggtggaggtcgtttggggaagcccaccgattgcccg
gaaactttgcattcattgatgttgagctgctggagctacgatccggagggcagacccacg
ttcaagttctgtttggatgagctggaaaagctctacgcacagaacatgagctcgccgatg
acgggcgcgcacatcggtcaatacataagcacagttcctcaacagtttgatggtgtctcg
aatgcggcatactttcaagatcaaaatcataatcattcagggacgtcgtggaggagcaac
gatgatgagtcgctgaaggaggcggcgatgacgacgccgttcctgaccccaccatcccca
tcggcggtgcattctcagcagacgaacatccccaagtacctagaattgctgtacgacggc
gaggattccgtcgaagtcgagaacgatggctacgaagtgcccaggaggactgtggaggac
agaacggcgtgtgataacgaagtgctggttgtgaacagaaacaatgactcgtctagtcta
cttaaagacgtcggctacacaaacatgagtcctgatccgccgattcagacgcgactcgat
tcttcgtag

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (83)   
   KEGG ORTHOLOGY (1)   
   RefGene (79)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (5)   
   RefSeq(nuc) (3)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (103)   

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