KEGG   Nipponia nippon (crested ibis): 104008718
Entry
104008718         CDS       T05756                                 
Symbol
ROS1
Name
(RefSeq) proto-oncogene tyrosine-protein kinase ROS
  KO
K05088  proto-oncogene tyrosine-protein kinase ROS [EC:2.7.10.1]
Organism
nni  Nipponia nippon (crested ibis)
Brite
KEGG Orthology (KO) [BR:nni00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:nni01001]
    104008718 (ROS1)
Enzymes [BR:nni01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.1  receptor protein-tyrosine kinase
     104008718 (ROS1)
Protein kinases [BR:nni01001]
 Receptor tyrosine kinases (RTK)
  ROS family
   104008718 (ROS1)
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr fn3 Pkinase Pur_ac_phosph_N DUF2613
Other DBs
NCBI-GeneID: 104008718
NCBI-ProteinID: XP_009458898
Position
Unknown
AA seq 2312 aa
MRNTCLWDLPLNRLAAFYCVWISAVYCTFLKNCQNLCTSNVEGEFGITNLCNVREITGAC
TQGCQFWNATVQTNCPLNCNKTYTRACETVSCKFGCSRAEDAYGVEAQSYLNKPRAPFAS
TIGSHSVTLGWKPANISGVKYIIQWKFNQLPGDWRYTEVVSDTSYTVKDLQAFTEYVFRV
VWIITSQLQLHSPSSPSYRTHAFGAPATAPVIKDIQSSSPNTVEVSWSPPLFPNGLIVGY
NLRLTSENHELLRASRGHSFQFYSTFPNNTYRFSIVAVNEVGAGPPAEANITTPKSKVKE
KATWLFLSRNQSLRKRNTEHFLEAAQCLQNGIIHHNITGISVNVYQQVVYFSEGSSIWVK
GAANMSDVSDLMLFYAGWGNIMSISVDWLYQRMYFVMNEKIHVCHLESCMAAEDITPLYV
TSPRKVIADPYNGYIFCLLEDGIYRANLPLFPGTASTASPVVKSSALRDFVINFQSKRLI
FFNKTQQAFVSSFLDGSEFHTLRSHVPLNDMESFVYVDNTFTVTDGSAVFHEEVSPVGSS
SFNEYIMDCNLAYPEYFGFGNLLSYGASTQPFPLPTPPQLVMALFGLDQAVISWKPPEHT
IGTSLSAWQNWTYDVKVSSQHPSEEEWVVSNISDTRFTVKELASFTAYEVSVRAVSPAGE
GPWSESFRGTTLEEAEEEPYMLAVGAEGLWKQRLDSYGPGELLYPHIRNISDLDWYNDTL
YWINSMGQVQTWSLSKREGTTDNTYVSDIRNARMLAFDWLGQCLYWAGKANTIYRKSLLG
GHMDVVAHVVFLVKDLVVDSVNGYLYWATMYSVESARLNGEEYLMLQKELQFSGKQVVGL
TLDLTYGFLYWLVQDSLCLNLYRVSLCKEGCGNAIITEFAAWSTSEISPGALEYYSGRLF
WINSLQFITTQEVNQSLSIPFSQPAEFAAFTLVHTSLKPLPGNFSFTPQVIPDPVPESSF
RIKGNSSSFHITWSPSTNVEWGTVFYCVGSRGLQVRTLESEWCLHPHNLTVPSYQVDWLE
PFALFDFTVTPYTYWGKAPTTSVSLRAPEGVPSAPTNPRIYVLQNNLHKSDQKVLVEFRW
DRPERDNGVLTQFRVYYQLLSQSGTADTFTEWNVSNVKPTLMLFSLRDVLPSLTVRFQVQ
AFTSVGPGPLSDIAERNSSDLFPVPTLITVSANKLFLTDTDNNHTIWELSAKTNVKDICY
TANDHKAYYIVEDSLFLLNLQTTSKFQFFEDAYLRNVTAITVDWIARHLFVALKTPWNET
QIFVLDLELKIKSLKALNIRLGKSNSTVSSLLSYPFLSRLYWMEELDYGSRMFYYDILND
TVHHILGYISVEEQTRNYCTCNATEAELGRPMSIDVSDSKNPQLLFIRGRDEIWASDVDG
CHCWRITKIPSFQGKKIGSLTVDKKFIYWSIETKEYTEIWLANKESARHFLQKRANHELK
ILAYSSAAQLYPDKRCLILLPDTEEPTLLNTTNTSFTLSLPSVTPLHLCPAILQPTPTYL
VFLRQMTNNHKNSSYCLSALQQKTLEFQGPIAVIDNLQPFSSYVIQVAVKNYYSDEEVLP
MGKETVGITLYGVPEAVDSIKTVVLSDTIINISWSEPLKPNGPLESIRYQISVNLFPLVP
VTPLRKSEFPNGMLAWSVSGLQSRTNNLFKVLAFHPDENWFSESIPVTAKTFETPPAPVN
IVPRNTSFQLEWRAPLHVNETSFWFELRKWQTKSDWFSPASTTCTADLVYTCSLTGTLPS
TNYFVRVTVVYIAGVKSTSSSTSFKTTAGVPSKPGVPKLAEDAKNSVQWEKADDNGSNLT
YYILESRKQSDNTGKVTSLWKVVYNGSCASICTWEAKNLEGTFQFRAAAANVLGLGEYSD
TSKDIILGEDTMISPDTIIAIAAVIGVVLGFTVVMLFGFVWHQKWKSRKQALLGQIVFIK
EDKELAQLRGMAETVGLANACYAVSTHPSQAEIESLPAFPRDKLSLHKLLGSGAFGEVYE
GTAADILADGSGQSKVAVKTLKKGATDHEKSEFLKEAYLMSKFDHPHILKLLAVCLLNEP
QYLILELMEGGDLLSYLRGARKQKLRRPLLTVTDLLDICLDICKGCVYLEKMHFIHRDLA
ARNCLVSEKEYESSSRVVKIGDFGLARDIYKNDYYRKRGEGLLPVRWMAPESLIDGVFTN
RSDVWAFGVLVWETLTLGQQPYPGFSNTEVLHHVRSGGRLESPNNCPDDLCDLMTRCWAQ
EPHNRPTFSYIQDKLQEIRHSPLSFIHYLEDKEAATGVINQAFEDSDVPCADSDSILSAM
LMETRNQEGLNYLVLVKEGNQDQGSINSAELS
NT seq 6939 nt   +upstreamnt  +downstreamnt
atgaggaacacttgcctgtgggatctcccgctaaacagacttgctgctttttactgtgta
tggatttctgcagtgtactgtactttcttaaaaaattgtcaaaacttatgtacaagtaac
gtggaaggagaatttggaattactaacctttgcaatgttagagaaatcactggagcatgc
acacagggatgtcagttttggaacgcaacagtgcaaaccaattgcccgctgaattgtaac
aagacatacaccagagcatgtgagacagtttcctgtaagtttggctgtagccgtgcagag
gatgcatatggagttgaagcacagagctacttgaacaagcctagagcaccatttgcatct
accattggaagccacagtgtcacattagggtggaagccagctaacatctctggtgtgaag
tatattatccagtggaagttcaatcagctccctggagactggaggtacacagaggtagtg
tctgacacttcatatacagtcaaagaccttcaagccttcacagaatatgtgtttcgagta
gtttggatcattacatctcagctgcagctccattctccatctagtcccagttaccggaca
catgcttttggagctcctgcaacagctcctgtcattaaagatatccagagttcaagtcca
aacactgttgaagttagttggtctccaccactttttcccaatggattgattgttggatat
aacttgcgcctgaccagtgagaatcatgaactgttgagggcctcaagaggccatagcttt
cagttctactccaccttcccaaacaacacttacaggttcagtattgtggcggttaatgag
gttggtgctggaccccctgctgaagccaacatcacaaccccaaaatccaaagttaaggaa
aaagcaacatggctcttcctatccagaaaccagtctttaaggaagagaaacacagaacat
ttcctcgaagctgcccagtgcctgcaaaatggtattatacaccacaacattacaggaatt
tctgtgaatgtttatcagcaagttgtctatttttctgaggggagttccatctgggtgaaa
ggagctgcaaatatgtctgatgtatctgacctaatgctcttttatgctggctgggggaac
attatgtccatctcagtagactggctttaccagaggatgtactttgtgatgaatgaaaag
atacatgtctgccatttagagagctgcatggcagctgaagacatcactcctctttatgtg
acatcccctaggaaggttatagctgatccctataatggctatattttctgtctcctggag
gacggcatatacagagcaaaccttccactttttcctggcactgcttccacagcttcacca
gtagtgaaatccagtgctctgagagacttcgtgatcaacttccaatctaagagacttatt
ttcttcaacaaaacacaacaggcctttgtgtcaagctttcttgatggttcagaatttcac
acactgcgatcacatgtgccgcttaatgacatggagagctttgtttatgtggataacacg
tttactgtcacagatggctcggcagttttccatgaggaggtctctccagtggggagctct
agtttcaatgagtacattatggattgcaatttggcgtatccagagtactttggctttggc
aacttgctttcctatggggcatcaactcagccttttcctttaccaactcctcctcaactt
gtcatggcactatttggattggaccaagctgtgatcagctggaaaccacctgaacacact
attggaaccagtctatctgcttggcagaattggacctatgatgtgaaagtgtcatctcag
catccatctgaggaggaatgggttgtctcaaacattagcgacactaggtttacagtgaag
gagctggccagcttcacagcatatgaagtgtcagtcagagctgtgtctcctgctggtgaa
gggccatggtcggagtcatttagaggcacaactttagaagaagctgaagaagaaccgtat
atgttggcagtgggggctgaagggctctggaagcagcggttggatagctacgggccagga
gaactcctctatcctcatataagaaatatttcagacctcgactggtataatgacactctt
tattggattaattccatggggcaagttcagacctggtcattgagcaaaagagagggtacc
actgacaatacttatgtatctgacatcagaaatgcaaggatgttggcctttgattggttg
ggtcaatgtttgtactgggctggcaaagcaaatacgatctacagaaaatcactgctggga
ggccatatggatgttgtcgctcatgttgtgttcctagtgaaggatctagtagtggattca
gtaaatggctatttgtactgggccacaatgtattcagtggagagcgcaagactgaatgga
gaggagtatcttatgttacaaaaggagctacagttttctggtaaacaggtggttggttta
actttggatctcacctatggttttctttactggcttgtgcaagatagtctatgcctaaac
ctatacagagtttctctttgcaaagaaggttgtggtaatgccatcatcacagaatttgca
gcatggagtacttcagaaatatctccgggtgcactggaatactacagtggtcgtctgttc
tggattaatagtcttcagttcattacaactcaggaagtcaatcagagccttagcattccc
ttctcacaaccagcagagtttgcagcctttacccttgttcacacatcacttaaacctttg
ccaggaaatttttcttttacaccacaagtgattccagatccagtgccagagtcttccttc
aggattaaaggaaattcttcaagttttcacatcacttggagtccctccacaaatgtggaa
tggggaactgtcttttactgcgtgggatcaagaggtctacaagtgaggactttggagagt
gaatggtgcctccatccccataacctgacagtgccatcctaccaagttgattggctggaa
ccatttgcactctttgattttaccgtcactccatacacgtactggggcaaggcaccaaca
acatctgtatcccttcgagcccctgaaggagttccttcagcgcctacaaaccctagaata
tatgtgttacaaaataacctacataaaagtgatcagaaagtccttgtggagttcaggtgg
gacagacctgaaagggacaacggagtattaacgcagttcagggtttactatcaactattg
agtcagagtggcactgctgacactttcacagagtggaacgtgagcaacgttaaacccacc
ctgatgctcttttccctcagggatgtgcttcccagcctcacagtaaggtttcaggtgcaa
gccttcacctctgtgggtccaggacctttgtctgatatagcagagaggaattcatcagat
cttttccctgtcccaactcttataactgtttctgccaacaagttgtttcttactgacaca
gacaataatcataccatatgggaactttcagcaaagacaaatgtaaaggacatctgttat
actgctaatgatcacaaagcatactatattgtagaagattctctttttcttctgaattta
cagactacttcaaagtttcagttttttgaagatgcatatcttcgcaatgtcacggccatc
acagttgactggattgcaagacatctctttgttgccctgaaaacaccatggaatgaaacc
caaatatttgttcttgatcttgagctcaagataaaatctctaaaagccttgaatatacgg
ttgggtaaaagtaattcaactgtatcatctctgttgtcatatcctttcttaagccgcttg
tactggatggaagagcttgattatggcagccgcatgttttattatgatattctgaatgac
accgtgcaccacattttgggatacatatcagtagaagaacagacaaggaactactgcacc
tgtaacgcgacagaagcagagctaggaagacctatgagtatagatgtgtctgactccaag
aatccccagctgctctttatcagaggaagagatgaaatatgggcctcagatgtggatggt
tgccactgctggagaattaccaaaataccaagttttcaaggtaaaaaaattggcagcctg
actgtagataagaaatttatatactggagcattgaaacaaaggaatacactgaaatttgg
ctagcaaataaagaaagcgcaagacactttcttcagaagagagcaaatcatgaactgaaa
atcttagcctacagctcagcggcgcaattgtatccagataaaagatgcctgattctattg
ccagacactgaggaacctactctccttaatacgacgaacaccagttttacattaagcttg
ccatctgtcacaccactgcatctatgccctgccatattgcagcctacgccgacatatctc
gtatttctcagacaaatgactaacaaccacaagaactcaagctactgtttgtctgctcta
cagcaaaaaacattggaatttcagggtcctatagccgtcatagacaacctacaaccattt
tcaagttatgtcatacaagttgcagtgaaaaactactattcagatgaggaagtgctgcct
atgggaaaagagacagttggcataactctatatggagtaccagaggcagttgattccatt
aagacagtggttttgtctgacactatcatcaacatatcttggagtgaacctttgaagcca
aatggacctctagaatccatccgctatcaaatctctgtcaatttatttcctcttgtccca
gtgacacccttgcgaaaaagtgaatttccaaatgggatgcttgcctggtctgtcagtggg
ctccaatccagaacaaacaatttattcaaggttcttgcttttcatcctgatgagaactgg
ttttctgagagcatccctgttactgcaaaaacttttgagactccacctgcacctgtcaac
atagttcccagaaataccagtttccagctagaatggagagctcctctgcacgtcaatgaa
accagcttctggtttgagctgcgtaagtggcaaacaaaaagtgactggttttctcctgca
agcactacatgcacagcagatcttgtttacacatgcagcctcacaggaactcttccttca
accaactactttgtaagagtgacagtagtttatattgcaggagtgaaaagcacttcctct
tcaacaagctttaaaactacagctggtgttcccagtaagccaggagttccaaaactagca
gaagacgctaaaaactctgtacagtgggaaaaggctgatgacaatggaagcaacctgacc
tactacatcttagaaagcaggaagcagtctgacaacaccggcaaagtgacgtccttgtgg
aaggtggtttacaatggctcctgtgccagtatttgcacatgggaggccaagaacttagaa
ggaactttccagttcagagcggcagctgcaaatgtgctgggacttggtgaatacagtgac
acaagcaaggatataattttgggtgaagatactatgatctccccagacaccatcattgcc
attgctgctgtgatcggagttgtgctgggcttcactgtggttatgctatttggttttgta
tggcaccagaaatggaaatccagaaaacaggccttgcttggacagatagtgtttatcaag
gaagataaagaattagctcaactcagggggatggctgagacagtgggactagccaatgcc
tgttacgctgtaagcactcatccttctcaagcagagattgaatcattgcctgctttccct
cgggacaaactgagcttacacaaattgttaggaagcggagcatttggagaggtgtatgaa
gggactgcagcagatatcctggcagatggaagtggacaatccaaagtagcagtcaagacg
ttgaagaagggtgcgacagaccacgagaagagtgaattcttgaaggaggcatacttgatg
agcaaatttgatcacccccacattctgaagttacttgccgtgtgcctgttaaatgaacct
cagtaccttatactggagctgatggaaggaggggatctacttagctatttacgaggagcc
agaaagcaaaagctccgacgtcccttactgacagtgactgacctcttggatatatgtttg
gatatttgcaaaggctgtgtctatttagagaaaatgcattttatacacagggacctggct
gctcgcaactgccttgtgtctgagaaggaatatgagagctcctcccgggtagtaaagatt
ggtgattttggacttgccagagatatctataaaaatgattattacaggaaaagaggagaa
ggcctacttcctgtcagatggatggctcctgaaagcctcattgatggtgtctttacaaat
cgctctgatgtctgggcttttggagtcttagtgtgggaaacattaactttgggtcaacag
ccatatccaggtttctccaatacagaagttttacaccatgtacgatcaggaggaagactg
gaatctccaaacaattgtcctgatgatctatgtgatttaatgacaagatgctgggcccaa
gaacctcacaacagacctactttctcttacattcaggacaaactgcaagagataagacac
tctccactgtccttcatccactaccttgaagacaaagaggcagcaactggagtcataaac
caggcttttgaagatagtgatgttccatgtgcagattcagacagtattctttcagccatg
ctaatggaaacaaggaatcaagagggcttaaattatttggtattagtcaaagaaggcaac
caagatcaaggaagcatcaattctgctgaacttagttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (15)   

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