KEGG   Panulirus ornatus (ornate spiny lobster): 139750251
Entry
139750251         CDS       T10834                                 
Symbol
Abl
Name
(RefSeq) uncharacterized protein Abl isoform X1
  KO
K06619  abelson tyrosine-protein kinase 1 [EC:2.7.10.2]
Organism
porn  Panulirus ornatus (ornate spiny lobster)
Brite
KEGG Orthology (KO) [BR:porn00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:porn01001]
    139750251 (Abl)
Enzymes [BR:porn01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.2  non-specific protein-tyrosine kinase
     139750251 (Abl)
Protein kinases [BR:porn01001]
 Non-receptor tyrosine kinases
  ABL family
   139750251 (Abl)
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr Pkinase F_actin_bind SH2 SH3_1 SH3_2 SH3_9 Haspin_kinase DUF7145 SH3_3
Other DBs
NCBI-GeneID: 139750251
NCBI-ProteinID: XP_071520870
Position
9:20504700..20905475
AA seq 1798 aa
MGGQQGKERHLGSGSGTITRSSKAKYRSGREIRTTGANIFTEHNGGGEAERGLRGPVFTT
GRRLVVDPRALHPAYAPAYQAYAAPPYLARYSSTITVGEALLAARPLPDLPDLVSDSGGG
ALDPMGGPGPPEQQHVGATFTAAIQPTTASTHATPAPLPVSATAQVTSTPQQDTATAATK
WHSRENLLAPEEEGDPQLFVALYEFRAQGENQLSLRKGEQVRVLSYNTSGEWCEAHAGSG
EVGWVPSNYITPVNSLEKHSWYHGPISRNTAEYLLSSGINGSFLVRESESSPGQRSISLR
YNGRVYHYRINEDENSKLYVSSEFRFNTLAELVHHHSQHADGLITQLLYPAPKRNKPTVF
GLTPVGPLHAEPDEWEIERTDIAMKHKLGGGQYGDVYEAVWKRYNICVAVKTLKEDTMAL
KDFLEEAAIMKAMKHPNLVQLLGVCTREPPFYIVTEFMSRGNLLDYLRVCSHEEVNEVVL
LYMATQVASAMEYLEERNFIHRDLAARNCLVGENHLVKVADFGLARLMRDDTYTAHAGAK
FPIKWTAPEGLAYNKFSTKSDVWAFGILLWEFATYGVSPYPGVDLTNVYHLLESGYRMDC
PQGCPVRVYELMKQCWLWNPSDRPTFSHIHHALETMFQETSITDEVEQQLAAGGGRKVRG
SSTSTHQQWNEDQLPTSPRTSSARQRSNKNKHGAVDEGSSPNLPRDVRPSPGILSSRSTV
VQLRRTTNKKGKQAPAPPKRTSSFRDSTCTDQDLPAGMAGDELNEFNGIDKIFEGIQKDL
ADLASSNDAESESELRERTPDTEDSGAQSLPATQALTSAHSTFRADPPQLQSFRQKSSAG
LRDSKAGGERLRRSRMEKSESQSGTGGGRHLTVAALEVHNVKRAINRYGTLPKGARIGAY
LESLRQSGLSQGVPPSDEQSIEQQEEQQEQGHQEEQDDPEENKDTSDKNAASMIRSNSTQ
SGFPPQSPLISRLSPRLQSLRVDKRNKEPSLADLEFPPPPADLPPPPDDFMEDTQSATLE
FPPPPGSERWLGTSSPEAHRRLIQKPIPSPRARRKTDYSNVSPQKLAAQTTQENQQTVVE
GLESPQAERATLSITRCRLRDTDIDKPPVRAKPILDTSLDGDTSEGSPASRFGVNLRHRD
QSSDSCESFKSTENLSPRPGLGNAKIKMKSTSALAKSPGSSSAETEGLQTPSSPIADGGQ
TPSSPAAVDGSPPSVDAASLASRDGSIEEISSEEPKVVLGLGINHEVKESLELKLVSELK
EVDDKKEQSPDPVPTGETSPGSQKNPAVQLVSELFESLCHKSNKMGESPRLDNGNTANVE
HTIKSESENSNVRDISNQITFKTNLKKIKSPFERNSSDKDQRKINFKAQLRKTDTGKSVE
DSCNMENDPHSTLMDFRAQLRKTNVMKESESVAKTPEEDICLSDQQENGVQVFSEVFKKS
DNGGKNERSYDSGIKSDVMSESITSIQSEKRDSLQGEKRDSVQSEKRDSVQSDNLKVSED
EDAKRFSSSSISSLKKLWEKQDSDKLAKSDPNQTSPKYAPCIYKRPELPKLMKSEKEINS
DTQLTNKTPEDEGKIGKLERKMWPPATGGEAESKLTDGKPSVPVKPMVKSFKLPPPPAGV
KPPPPKPAGIYATPSIIRPPSVPVISVKKEGKDAENRDTKQAHNVSGNPAPNMTSSGGTV
PSDSVSGSSSGSMEKAGLLEQGHAVEASIANLRSESSTTTVAACIQAAQKVSSFHRACGD
YMDNIPPQSRFHMRELLTRLELQTRQLRSAGGRSIEHNEKLFFEIENTIRDVTNTLHR
NT seq 5397 nt   +upstreamnt  +downstreamnt
atgggtgggcagcaggggaaagagaggcaccttggttcgggcagcggtacaataacccgt
tccagtaaagcgaaatatcggtctggccgggagatacgcactacaggagctaacatattt
acagaacataatggtggcggcgaggccgagcgagggctgagagggccggtcttcacgacg
gggcggcgcctagtggtggacccgcgcgccctgcacccggcctacgctcctgcctaccag
gcctacgccgcgccgccctacctggccagatacagctctaccatcacagtgggcgaggcg
ctgttggcggcgcggccgctgccggacctgcccgacctggtgagtgacagcgggggtggc
gccctggatcccatgggggggccgggccctcctgaacaacaacacgtgggcgccaccttc
actgccgccatccagcccaccactgcttccacccatgccacaccagcgcccctgcccgtc
tccgccaccgcacaagttacatccacgccgcagcaagacaccgccaccgccgcaacgaaa
tggcactcgcgagagaacctactcgcgcccgaggaagaaggcgacccgcagctcttcgtg
gcgctatacgagttccgcgctcagggcgagaaccagctgtcactcaggaagggtgaacag
gttcgcgtattgagctacaacacgtccggggagtggtgtgaagcccacgctggatcaggg
gaggtgggctgggtcccgtccaactatatcactcctgtcaactcattagaaaaacattcc
tggtaccatggccccatatccagaaatactgctgagtatctcttatcctcgggcatcaac
ggttcctttcttgtgcgtgagtctgaaagttctccaggacagagatcgatttctcttcga
tataatggccgtgtctatcactacagaataaatgaagatgaaaattctaagctgtatgtg
tcatcagagttccgcttcaacactttagcagagttggttcaccatcactctcagcatgct
gatgggctcatcacccagttactttacccagctcctaaacgaaataaacccactgtgttt
gggcttacaccagttggccctcttcatgcagagcctgatgagtgggaaattgagagaaca
gacattgcaatgaagcacaagctgggaggtggtcagtacggagatgtatacgaggctgtt
tggaagagatacaacatctgcgttgctgtgaagacactaaaggaggacaccatggctctg
aaagatttcctagaagaagcagctatcatgaaagcaatgaagcatccaaatttagtgcaa
ctgctaggggtgtgcacacgtgaaccacctttttacatagttacagaattcatgagccgt
gggaaccttcttgactacctgcgtgtctgtagccatgaagaggttaatgaagtagttctt
ctttacatggctactcaagttgcttcagctatggagtacttggaggagagaaactttata
cacagggacctggcagctagaaattgcttagttggtgaaaaccacttggtcaaggtagca
gattttgggcttgcacggctcatgagggacgatacctacacagcccatgctggagcaaag
tttcccatcaagtggacagcaccagagggccttgcatataataaattctccacaaagtct
gatgtgtgggcgtttggcatcctattgtgggagtttgcaacttatggagtatctccatac
ccgggagtggatctcaccaatgtttatcatttgctggagtctggctacaggatggactgt
cctcaaggttgcccagtgcgtgtttatgaactgatgaaacagtgttggctttggaatcct
tctgatcgcccaaccttctcccacatccaccatgcattagagactatgttccaagaaact
tccattacggatgaagtggaacagcagttggcagctggagggggaagaaaagtgagagga
tcatccactagcacacaccagcagtggaatgaggatcagcttcccacaagcccacgcaca
tcctctgcacggcaaagaagcaacaagaataaacatggtgcagtggatgagggtagcagc
ccaaacctgccaagagatgttcggccaagtccaggtattctttcttcccgctcaacagta
gttcagctgaggcgcactactaacaagaagggcaaacaagcaccagcacctcccaaaaga
acaagttcattccgagacagtacttgtacggatcaagaccttcctgctggaatggctgga
gatgaactcaatgaattcaatggtatagacaaaatctttgaaggaatccagaaagacctg
gctgacttagcaagcagtaatgatgcagagagtgaaagtgaacttcgagaaaggacacct
gacacagaagactctggtgcgcagtctctgccagctactcaggccctcacttctgcacac
tccaccttcagagcagatccacctcagcttcagtcattcagacaaaaatcatcagcagga
ctacgagattccaaggcaggtggtgaaagattaagacgcagtagaatggaaaaatctgaa
agtcagagtggtactggtggaggaagacacctcactgttgctgcattggaggttcacaat
gtaaagagggcaattaatcgttacggtaccttgcccaagggtgccagaattggggcttac
cttgaatcgcttcgccagagtggtctttcccagggtgtacctccttctgatgaacagtca
atagaacagcaagaggaacagcaggaacaaggacatcaagaggaacaggatgacccagaa
gaaaacaaagacacttctgacaaaaatgcagcctccatgattcgtagtaactccacacaa
agtggattcccacctcagtcacccttgatatcccgattaagtcctcgacttcagtctctt
cgagtagataaacgcaataaagaaccaagtctggctgatttagaatttcctccacctcca
gcagatcttccccctccccctgatgacttcatggaagatactcagtcggcaactttagaa
tttcctcctccacctggttcagagcgttggttaggaacctcttcccctgaggctcatcga
cgcttgatacagaaaccaattccatctccacgagcaagacgaaagaccgattattctaat
gttagtcctcagaaattagcagctcagacaacacaagaaaatcagcagacagtagttgaa
ggtttagagtctccgcaggcagaacgtgcaaccctcagtatcacccgctgtagattgcga
gatacagacatagataagcctccagttcgagctaagccaattcttgataccagtcttgat
ggtgatacaagcgaaggtagtccagcatcaagatttggagttaatttgagacatagagat
cagtcttctgattcctgtgaaagtttcaaatccactgaaaacctctctccaagacctggc
cttggtaatgcaaagattaaaatgaagtctacttctgcccttgctaaaagtcctggttca
tcatcagctgaaacagaaggtttgcaaaccccatcctctccaattgctgatggaggacag
actccgtcctctccagctgcagttgatggtagtccaccttcggttgatgctgcatcactt
gcttcccgtgatggtagcatagaggagatttcctcagaagaaccaaaggtagtattagga
ctagggattaatcatgaagttaaagagagtcttgagttaaaattagtgtctgaattgaag
gaggttgatgataaaaaggagcagagtccagatcccgtacccactggagaaacttcacct
ggcagtcagaagaatccagcagtgcagctagtctctgagttgtttgaaagcttatgccat
aaaagtaataaaatgggtgagtctcctcgtctagataatggtaatacagctaatgttgaa
catactataaagagtgaatcggaaaattctaatgtaagagacataagtaatcagatcact
tttaaaacaaatttaaagaaaattaaaagtccttttgaaagaaacagttctgataaagat
caaaggaaaattaatttcaaagctcagcttcggaaaacagacactggaaaaagtgtggaa
gatagttgtaatatggaaaatgatcctcatagtactttgatggacttccgagcacaactt
agaaaaacgaatgttatgaaagagagtgaatcagtggccaagacacctgaagaggatatt
tgtcttagtgatcaacaagaaaatggtgtgcaagtgtttagtgaagtgtttaaaaaaagt
gataatggtggaaaaaatgaacggagctatgactctggaattaaaagtgatgtgatgagt
gaaagtattacaagtattcaaagtgaaaagcgagacagtttacagggtgaaaagcgagac
agtgttcagagtgaaaaacgagatagtgttcagagtgataacttgaaagtgagtgaagat
gaggatgccaaacgttttagctcaagtagcataagtagtttaaaaaagttgtgggaaaag
caggattctgacaaattagctaagtctgatcctaatcaaactagtcccaaatatgctcca
tgtatatataagcggcctgaattgccaaagttaatgaagagtgaaaaggagattaattct
gatactcaacttacaaataaaactccagaagatgaggggaaaattggtaaattagaacgt
aagatgtggcctcctgccacaggtggtgaagccgagtcaaaactcactgatgggaaacct
tcagtacctgtcaagcctatggtgaagagcttcaagctgcctcctccccctgctggagta
aaaccccctccaccaaaaccagctggcatttatgctactccttcaatcattaggccacct
tcagttccagttatatctgttaagaaagaaggtaaagatgctgagaatagagatacaaag
caagctcataatgtatcaggcaatcctgccccaaatatgacatcgtcaggtggaactgtt
ccaagcgacagtgtaagtggctcatccagtggcagtatggagaaggcaggtcttctggaa
cagggccatgcagtggaagcctcaatagcaaacttgagatcagagagctcaactactact
gttgctgcctgtattcaggcagcgcagaaggtgtcaagtttccatcgtgcttgtggggat
tacatggacaacattccacctcagagtcggttccatatgcgagaactgcttactcgcctg
gaactacagacaaggcagctacgttctgctggaggacgctcaattgaacacaatgaaaag
ctcttctttgaaatagaaaacacaataagagacgttaccaatacattacaccgttag

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (11)   
   RefSeq(pep) (11)   
DNA sequence (11)   
   RefSeq(nuc) (11)   
Protein domain (10)   
   Pfam (10)   
All databases (34)   

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