KEGG   Callorhinchus milii (elephant shark): 103182610
Entry
103182610         CDS       T03088                                 
Name
(RefSeq) proto-oncogene tyrosine-protein kinase ROS
Organism
cmk  Callorhinchus milii (elephant shark)
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr Pkinase fn3 Cadherin_C_2 Pur_ac_phosph_N
Other DBs
NCBI-GeneID: 103182610
NCBI-ProteinID: XP_042188760
Position
Unknown
AA seq 1937 aa
MSDLSDLQLLYNGSGIISAISVDWLYQKLYFVMNGKIFCCDLDSCLMARNIMSGHFTAPV
RIVADPYNGYIYLLREDRIYRMQLPDSKNRSSDDVISLTKKSGFLKDFAIHFESKRLFFY
NDTNQSISSTFIDGSSLYPVRHSLFFQKVRSLAYAKNYFTLTDGNQVQKEIQAEGMYFYN
YVTVECDSSVSQTGFNNLQYYSASDQPYPIPTHPRYLESLFNSDVAVLKWKKPEPTVKMS
PTAWQEWTYEVRMEAQNSSDELVFRNISETIFTVENLHSSTVYRLAARAVSPGGASPWTP
AFTGSTLQEVEEEPFILAARKDGIWKQRLDSFGPGILLFPDLKYARGMDWYNGTLYWANS
SGHVHKVSLFNNSSSYQGHTYIPQIETTGTIAYDWIGQNLYWNDKFTNMIYRKPVSSAAE
EIVILAGRQLQDLTVDSINAFIYWTTAQTIESARLNGENHFVHQELPAFSDRWVFGCTVD
LDHGFLYWVVQDRMCLHLYKSTLRQNWHENNTALLIEAWSMESISQHAFGHYSNRFHWIN
RNGYLTVQEENQKNKGFSSPPNVIPECVSESSITIKGNYSAFRVVWNGSENVDYGTVYYC
VQFSALQLHEDYCLAKNSLTLPELEVLDLEPFTEFNFSITPYTYWGKGTTTQKNLHSPES
VPSPPENLRIFVSNSDTLRFTNQSDVEFRWNIPRRKNGIITKYRVQYTLLNNMNKSFKVW
NQVDVKPTMASYKFKLTTHLIYAFRVQAFTSVGPGSFSVIVEANTSVLKPVPRILIACSD
KIKLIDVDNNVTEEVIISGGHVTALSFHTLDEMIYYIRNDTLLSMKTEDGSKIELLKDER
LYDPADITMDWIGRRLYIASSNARNVSQVFIVDLDAKIKFLEVVNLTAASHHTLISSLAA
YPLLSRLYWIQNSSAGTRLLCHDLVNGTSFSVFGDQEDQPQGSIENNRCNCSAIRNHLSG
KMAIDSSSIQLMKIYFTTKSNEIWLSDRDGCQCNRVIRVPVWSDIACLVPSPYTELPSIV
SVSNTSVTINLPPSHTEMLCPGISIPRSTFLVYYRKMQGSNDTFNCSSVLNCIAYEVQDT
LIHLKGLQPYSAYLIQAAATNYYGGFPHKLGDAVIAMTDYGVPEAVSNVTVNVISNKVFD
VLWTEPSQPNGPIERVRYQIKGPFHKLYPSTPLTKSELAEGKLALSLTNAKGGTLYSVMV
LAFHPDYDWFSVSEPVYIKTFECPSAPFHISLENTTVQVKWEAPSDNSTRRFEFELREFV
PRTIWKTPNVSCSEGPDFVCCLSGLQPARVYQVRVMVIYHTGAESVSKQDTFKTLAGVPG
KPGTPQQFEENGKSVSWEKGDDNGSNITYYILEVRKSDINKVSGGNMSASEPWEVVWNSS
CNTRLCTWKAEDLKGAFLFRVAASNAIGIGEYSDVSKEITLKDGGNALLSEAGIAVTVVS
CVFLVAVVGFSCGWYRKHQNKIPQANEVTTVFKPDAELARIRGMTLVGLSNGCYAISTLP
SQSEIGNLPEFPRAKLSLSRFLGSGAFGEVYEGNAVDILGEGSGESKVAVKTLKKGATDH
EKSEFLKEAHLMRQFDHPHILRLLGVCLLNEPQYIILELMEGGDLLTYLRESRTVPLRRS
LLDVTDLLDISLDVSKGCTYLEKMHFVHRDLAARNCLVSTKKYDNPNRTVKIGDFGLARD
VYKNDYYRKRGEGLLPVRWMAPESLIDGVFTNYSDVWSFGVLLWEIATLGQQPYQTYSNL
EVLHFVRSGGRLETPSNCPDDVYSLMLKCWHREPKKRPSFRYIQDKLEQLRKSPLVCSHI
VSDEDSRPQGIINLAFENAEEDHGDHPDCASLSILTTVTNKDGLHYMMLPSANTSDDLEY
QDLANHLRLTSEDSEAKIYKEVQDDTPMYSTCDHKMPADVMSPGSANYAIITVFNGDCTS
LIGDTRRRSTESISSRT
NT seq 5814 nt   +upstreamnt  +downstreamnt
atgtctgacctctcagacctgcaactgctttacaatggttctgggattatctcagcaata
tcagtggactggctgtaccagaaattgtactttgtgatgaatggaaagatattctgctgt
gatctggacagctgtttgatggctaggaacattatgtcaggtcacttcactgcgcctgtc
cgaattgttgcagatccctacaatgggtacatttatttgctgagagaggatagaatttat
aggatgcagcttcctgattccaaaaaccggagcagtgatgatgtaatctcgttgacaaag
aagagcggctttttgaaggattttgctatacatttcgagtccaaacgtctctttttctac
aatgataccaaccagtcaatttcttccacctttattgatggatcgtccctataccctgtg
cgtcattcactgttctttcagaaagttcggagtcttgcatatgccaaaaactactttacg
cttacagatggaaatcaggttcaaaaagaaatacaggctgaaggaatgtacttctataat
tacgtcacagtggagtgtgattcttccgtctcacagactggttttaataacttgcagtac
tatagtgcatcagatcagccctacccaataccaactcaccctcgatatcttgaatcacta
ttcaactcggatgtggctgttttaaaatggaagaagccagagcctacagtgaaaatgagt
ccaacagcatggcaagaatggacatatgaagttagaatggaagcacagaattcttcagat
gagcttgtgtttaggaacattagtgaaactattttcactgtagaaaatctgcatagttcg
acggtgtatagacttgctgcccgtgcagtatcgcctggaggagcaagtccttggacaccc
gccttcacagggtccactctgcaagaagtggaagaagagccctttattttggctgcgagg
aaggatggaatatggaaacagcgtcttgatagttttggtccaggaatattgctctttcct
gacttaaaatatgccagaggtatggattggtacaatggcaccctctactgggccaactca
tcagggcacgttcacaaagtgtcactgttcaataatagcagcagttaccaagggcacact
tatattccacaaatagaaactactggaaccatagcgtatgactggataggacaaaacctc
tactggaacgataaatttactaacatgatttacaggaaacctgtgtcttctgctgcagaa
gaaattgtgattttggctggaagacaactgcaagatttaacagtggattcaattaatgca
ttcatttactggacaacagctcagactatagaaagtgctcggttaaatggggagaatcat
ttcgttcaccaagaactgccagcgttttctgatcgatgggtgtttggctgcactgttgat
ctggaccatggttttctctactgggttgttcaagataggatgtgtttgcacttgtacaaa
tcaacactgcgtcaaaattggcatgaaaataacacagcattattgattgaagcgtggagc
atggaaagcatatcgcagcatgcttttgggcattatagtaaccgttttcactggataaat
agaaatggttacctcactgtgcaagaggaaaaccagaagaacaaagggttttcatctcct
cctaacgtaatcccagagtgtgtttcagaatcatccatcacaataaaagggaattattct
gcttttcgtgtggtttggaatggttcagaaaatgtggattatggcaccgtctactactgt
gttcaattttcagctttgcagttgcacgaggattactgcctggctaaaaatagtctaact
ttaccagaattggaagtgttggatttggagccatttactgaatttaatttttcaattaca
ccatatacctactggggcaaagggaccactacacagaagaacttacattctcccgaatca
gttccttcgccacctgagaatctgagaatatttgtaagcaacagtgacactttgcggttc
accaaccaatctgatgttgagttccgatggaatattcccaggaggaaaaatggaattatc
acaaaatacagagtgcagtatactttattaaataacatgaacaagtcttttaaagtttgg
aaccaagttgatgtcaaaccaactatggcatcatataaattcaagttgactactcatctt
atttatgctttccgggttcaagcttttacttctgttggccctggatcattctctgtaata
gtagaagccaatacttcagtactgaaacctgttccacggattttgattgcatgcagtgat
aagattaagctcatagatgtcgacaataatgttacagaagaagtgattataagtggtgga
catgtgacagcactgagctttcacactcttgatgagatgatatattacataaggaatgac
acgctattgtcaatgaaaacagaagatggctcaaagattgagcttctgaaagatgaacgt
ctttatgatcctgcagacatcaccatggattggatcggcaggcgtctgtacatcgcttca
agcaatgccaggaatgtgtctcaagttttcattgttgacctggatgcaaaaatcaaattc
ttagaggtggttaacttaacagcagcttcccatcatacattaatttcatcacttgctgca
tatccattgctaagccgattatattggatacagaactcctctgctggcaccaggttgcta
tgtcacgatttagttaatggaacttcattcagtgtttttggagatcaagaagatcagcca
caggggtcaatagagaacaacaggtgcaactgctctgccatcaggaatcatttatctggt
aaaatggccattgactcctcgagcattcagctaatgaagatatatttcaccacaaagtca
aacgagatctggctgtcagaccgagacggctgtcaatgtaacagagtgatcagagttcct
gtgtggtcagatatagcttgtctggttccgtctccatacactgaacttcccagcattgtt
agtgtttctaatactagtgttacaatcaacctacctcccagtcacactgagatgctctgt
cctggtatcagcattcccaggtccacattcctggtgtactacaggaagatgcaaggcagc
aatgacacattcaactgttcaagtgttctgaactgcattgcatatgaggttcaagacaca
ctcatccatttgaaaggattgcagccctacagtgcgtatttaatacaagcagctgcgaca
aactattatggtggctttcctcacaagctgggtgatgcagtcattgctatgactgactat
ggagtgccagaagcagtcagcaatgtgacagtgaatgtcatttctaacaaagtatttgat
gtgctctggactgaaccatctcaacccaatggacctattgagagagtgcgctatcagatt
aaagggcctttccataaactgtacccatcaactccactgacaaaaagtgaactcgctgaa
gggaagcttgcactatctctaactaatgccaaaggtggtactctctacagtgtcatggtc
cttgctttccatccagattatgactggttcagtgttagtgaaccagtctacattaaaacc
tttgagtgcccctcagcacctttccatatctcacttgagaatacaacggtacaagtaaaa
tgggaagctcccagtgacaacagcacaaggcgcttcgaatttgaacttagagagtttgtg
ccaagaaccatttggaaaacaccaaatgtttcatgcagtgaagggcctgattttgtctgc
tgtctctctgggctccagcctgctcgggtctatcaagtacgagtaatggtgatctaccac
acgggggcagagagtgtctcaaagcaagataccttcaaaacattagctggagttccaggt
aagccggggacaccgcaacagtttgaggaaaatgggaaaagtgtgagctgggaaaagggg
gatgacaatggcagtaacataacctactacatactggaagtcaggaagtctgacataaat
aaagtgtctgggggaaatatgagtgcatcagagccatgggaagtggtgtggaacagctcc
tgcaacaccaggctctgcacctggaaggcggaggatctgaaaggagcattcctgttccga
gtggcggcctcaaatgcaattgggattggggagtacagtgacgtcagcaaggaaattact
ctaaaagatggaggaaatgcattactaagtgaggccgggattgctgtcactgtggtgtcc
tgtgttttcctagtcgcagtggttgggtttagttgtggttggtatcggaaacatcaaaat
aaaatacctcaagcaaatgaggtcaccactgtcttcaagccggatgcagagcttgcccgt
attagagggatgacattagtaggattatcaaatggctgctatgcaatcagcacccttcct
tcccagagtgaaattggtaatttaccggaatttcctcgagcgaagctgagtctgagtcgt
ttcctggggagtggagcttttggagaggtatatgaagggaatgcagtggacatcctgggt
gaaggaagtggagaaagcaaagtggctgtcaagaccctgaagaaaggtgccacagaccat
gaaaagtctgaattcctgaaggaagcacacttgatgaggcagtttgatcacccgcacatt
ctgcggctcctcggagtttgtctgctgaatgaacctcagtacattatcctggaactaatg
gaaggaggggacctgctcacatatctacgagagtctcgtactgtcccgctacgaagatct
ttactcgatgtcactgaccttctagatatctccttggatgtttccaaaggctgtacatat
ctggagaaaatgcattttgtgcacagggacttggcagctcggaactgtctcgtgtcaaca
aagaaatacgataacccaaatcgtactgtaaagattggtgactttggattagctagagat
gtctacaaaaatgactactacaggaaaaggggagaaggactgcttcctgtcagatggatg
gcaccagagagcttaatcgatggcgtgtttaccaactactctgatgtctggtcgtttggg
gtgctgctctgggaaattgcgactcttggacagcagccatatcaaacctattctaacctt
gaggttctgcactttgttcgttcgggaggacggctggaaacaccgagcaactgcccggat
gacgtatattccttgatgttaaaatgctggcacagagagccaaagaaaagacccagcttt
cgttacattcaggacaagcttgagcagctaaggaagtctcccttggtctgcagtcacatt
gtcagtgatgaggacagcagaccccaaggaatcataaatctggcttttgaaaatgcagag
gaagatcatggtgatcacccagattgtgcttcactgagcatcctcaccacggtaaccaat
aaggatggtctacattacatgatgctgccatcagccaatacctcagatgatttggagtat
caggacctggcaaaccacctacgcttgactagtgaggatagtgaagcaaagatatataaa
gaagtccaggatgatactcctatgtatagtacttgtgatcataaaatgcctgcagatgtc
atgtccccaggttctgcaaattacgcaattataactgtatttaacggagactgtaccagc
ctcattggagacacacggaggagatcaactgaatctatctcttctagaacctag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (19)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (27)   

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