KEGG   Lingula anatina: 106156565
Entry
106156565         CDS       T04921                                 
Name
(RefSeq) rho GTPase-activating protein 190 isoform X1
Organism
lak  Lingula anatina
SSDB
Motif
Pfam: RhoGAP_pG1_pG2 RhoGAP RhoGAP-FF1 Ras FF DLP_helical
Other DBs
NCBI-GeneID: 106156565
NCBI-ProteinID: XP_013387311
UniProt: A0A1S3HQK5
Position
Unknown
AA seq 1749 aa
MAKKAEHNRTFNISVVGLSGTEKEKGDVGVGKSCLCNRFVRPLADDFYTDHISMLSQSDF
GGCVVNNDHFLYWGEVTKMADDGSDLTFNVIEQTEFIDDSSFQPFKGGKTDPYYKRCAAT
KVTSAEKLMYICKNQLGLEHDFDRVLMPDGKLTVDGFVCVFDVSDVKQRPIERQVEYVAL
ILNSLMKTKKPVVLATTKNDEVRSHNSKEAEALVARKEYKGSIPVIETSAHQNVNVELAF
TTVAHMIDKTRARPKHVPFREAAKARKELLDVAKSAYLNLLRSQVLDYKAFWGNASKKFQ
DNPDFIRFLEFFGSDSAKTIFRRHTRQLKEHLIRKREDTFLKQIPNLLKEFLPDLTTIGD
RQWGSCRNLIKQHGNFNDHFVMLDQDLSWSDTEYLDSTDERVPFTLLSFPEAETSFRNHV
NTLQAESRRQELRKQFKHILEDNPHVTPGKTLQEVSIFFLGRESYDSLSEADRKEVYDRH
QQEIREDAKKDFVELLYERAEVFAKYDPNETITTEDLQSIIQELKEEQRYKALGKLEEVR
KVMLLNHLGFIQWPSKDRCPFRDHCMENSIEATLKRHRTKSGSTSSSQFFPDLDDNRLNL
VLLGREGLADELANDIRLQCIDDEFAYEGCVFSLDYRPIDGDVSLPQNAFSTADFRPHGC
FCVYSSSETLDYIKVSLEKTLLLDLESEERLPFQGLPLVIVLAYDPGHTEKGLMLLREEG
QELAQSLRCPFIDIPEDMINEEMCKYKFHPVQINQALNKLMDCVRDRPGLGNPYSIVECA
EPDIRVVLCMMCGDQYNVELPLGPFLGHQNCVVTADKEKYQLVTIETYVGDSCKRKVEVT
VTSYHGASLLKDEFVHGFILVYSAKRKASLSTLKAFTDGIPNVPIQILAVTEGGGANAFF
SNDSSQNIITEGNAIADKVKAHFMVTSLNFPQQTAVFSPFLKDVWDRKSDIEASYVFSGD
ESYNTVRSEPSESERLVDLDRRPPATLPKPWRNDSYSAPNGSNSTEDSEPIYDQPAAGQQ
SDSEQERASSTSPPYYDKAGDKVYDKTYDKAYDKTYDSAYGNNISPYGTTETGPYSEVNA
EPLVKPSQLKGRKNQYAEHRKSCPVANIFVTKSEDENLQAIASDVPKLEHSSTVDQIDLK
ASDPERQPRYQFRKSKSMRLALKEDVEGWAVNSLYESADGRKLQKASTLPDARRQRGDEE
DWENSQPEAPQYDYAGVRLTKWALRPKPATKPKPLDLNRYQSVTDRLSKNMSQKRPKRDS
VQMDGNNIQAPLATPENIEIADYAQVLDAVSPEHPEHDNDYALVQDALPPGKFHRIRSTV
KKQQQDNKAGTESDSECSSLERPKQDIYTRVHRKPTPHKKKHRQQRKSDPSYDKAPLIPA
YTPDRLKPPDEYRKSVQHSASEGSEGTGDELQNGKKQRKRRSLKIKKKKAGNDLVPLLAS
SPPTEDVWLRNDSVADENPYEDVKPDSKLPFSGDEPCREELGDSGRWKPFNLKVLRRQDD
PEKMRRKEEKKALDEEKRRKKEEERKKSKSVGRSFRRSKKKPKNAPGSEITTKMSLDDYV
QKEQRLIPVFVEKCIMQIEEEGLTAEGIYRVPGNRAHVDLLLEKFKEDPNIDLNALDIPV
NAVATALKGFFSDLHDPLIPSKLYDELIHAAGIQDKTGRLLALRGVLKKLPAVNHEVLKY
LATHMHKVTKQSDVNSMDSKNLAICWWPTLLRPEFASFADMASNVMSLQDIVQTIIDQHG
FFFYGENEV
NT seq 5250 nt   +upstreamnt  +downstreamnt
atggccaagaaagctgagcacaatcgcacctttaatatcagcgtggtggggctgtctggg
acggagaaggaaaagggagatgtgggagtgggcaagtcctgtctctgtaatcgctttgtg
cgccctctcgcggatgatttctacactgaccatatctcgatgctaagccaaagtgacttt
ggtggatgtgttgtcaacaatgaccacttcttatactggggcgaggtgaccaaaatggct
gacgatggctctgatttgacgtttaatgtcatagaacagacagagttcatcgatgattcc
tcttttcaaccttttaaaggtggcaaaacagacccatattacaagaggtgtgcagctacc
aaggttacttctgcagaaaagttgatgtacatttgtaaaaatcagctagggttggagcat
gattttgacagggttctgatgccggacggcaaactaacagtggatggatttgtatgtgtt
tttgacgtcagtgatgtaaaacaaagacctattgaaagacaagtggagtatgttgcactt
attcttaacagtctcatgaaaaccaaaaagccagtcgttttggcgacaaccaagaatgac
gaagttcgctcccacaacagcaaagaggccgaggcattagttgctaggaaggaatacaaa
ggatcaatcccagttatagaaacttctgcccatcaaaatgtcaatgtcgaactagccttt
acaactgtagcacatatgatcgacaaaaccagagcgcgacccaaacatgtgccctttaga
gaggctgcgaaagcccgtaaagaactactggatgtagccaagagtgcgtacttaaattta
ctaagatctcaagtcctggactacaaagccttttggggtaacgcaagcaaaaagtttcag
gataatcccgattttattcgatttttggaattttttgggtcagacagtgcaaaaaccatt
ttcaggaggcacacaagacaattgaaggagcacttgatcaggaagagggaagacacgttc
ttgaaacagatcccaaatctgttaaaggagtttttaccagatcttacaacaataggtgat
aggcaatggggcagctgcaggaatttgatcaagcagcacggaaatttcaatgaccatttt
gtgatgctagaccaagatttgtcttggtctgacacagaatacctagacagcacagacgag
cgtgtcccctttaccttacttagtttcccagaggctgagactagctttagaaaccatgtc
aatacactccaggctgaaagtagaaggcaggaacttcgaaagcaattcaagcacattcta
gaagacaatccacatgttacaccagggaaaacattacaagaagtgtcaatctttttcctt
ggtcgtgaaagttacgactccttatctgaggctgacaggaaagaagtctatgacagacat
cagcaagaaatacgtgaagatgctaaaaaggactttgtagaacttctgtatgagcgtgca
gaagtttttgcgaaatatgatcccaatgaaaccattaccactgaagatttgcagagcatt
atacaggaactgaaggaagagcaaaggtacaaggcattaggcaaattagaagaagtgagg
aaggtcatgctgttgaaccatctagggtttatccagtggccttctaaggatcgctgccct
tttcgagaccactgtatggagaatagtatagaagctaccttgaaaaggcataggactaag
tctggcagtaccagtagctcacagtttttcccagacctagatgataacaggctcaacctt
gtgttgctagggagagaggggttggcagatgagctggctaatgacattcggctacagtgc
attgatgacgagtttgcttacgagggctgtgtgttcagcctggactacagaccaatagat
ggcgatgtctccctgccacagaatgccttctctacagcagatttcagaccacatgggtgc
ttttgtgtgtacagtagctcagaaaccttggactatatcaaagttagcctagaaaagaca
ttactactggacctagagagtgaggagagacttccatttcaaggcctgcctctggtgata
gtgctggcttatgacccagggcacacagagaaagggttaatgttactcagagaagaaggg
caggaactagctcagagtttgcgttgtccgttcatcgacattccagaagacatgatcaat
gaggagatgtgcaaatacaagttccacccagtacagatcaaccaggctctcaataagtta
atggactgtgtaagggacagaccgggcctgggcaatccttacagcatagtggagtgtgca
gaaccagatatcagggtagtgttatgtatgatgtgtggtgaccagtacaatgtagaactt
cctctcggcccattccttggccatcagaactgtgtggtcactgcagacaaagagaaatac
cagctggtcactatagagacttacgttggggactcgtgtaaacggaaggtggaagtgact
gtcacttcgtaccatggtgcttcgctacttaaagatgaatttgtgcatgggtttatttta
gtgtattctgccaaaaggaaagcatccctgtcaactttgaaagctttcactgatggcatt
ccaaatgtgccaatccagattttagcagtaactgaaggtggtggggccaacgcattcttc
tccaatgattcctctcagaatatcatcacagagggcaatgccatagcagacaaagtcaaa
gctcatttcatggtcactagtcttaatttcccacaacaaactgcagttttcagcccattc
ttaaaggacgtctgggacagaaagtctgatattgaggccagttatgtgttctctggagat
gaatcttacaacacagtgcgctctgagcccagtgaatcagagaggctagtagacctggac
aggagaccccccgctaccctgccaaagccatggagaaatgactcgtacagtgctcctaat
ggcagcaacagcaccgaagattcggagccaatctacgaccagccagcagctggccagcag
tcagacagtgagcaggagcgtgcttcctccacctctccgccatattatgacaaagctggg
gacaaggtgtatgataaaacatacgacaaagcgtatgataaaacatatgactctgcttat
gggaataatatatcaccctatgggactacagagactgggccgtatagtgaagtgaatgcg
gagcccttagtcaaaccaagtcagttgaaaggaaggaagaaccagtatgcagagcacaga
aaatcttgcccggtggctaacatctttgtcaccaagagtgaagatgagaatttgcaggca
atagcttctgacgtgcctaaacttgaacattcatctacagtagatcagatagacctaaaa
gcctctgaccctgagcgccagcctcgttatcagttccgcaaatccaaaagtatgcgtctt
gcgttgaaggaagatgttgaaggttgggcagttaattctctgtatgagagtgcagacggc
agaaaactccaaaaagcctcaactttaccagatgctaggagacaaagaggagatgaagag
gactgggagaactcccaacctgaggcaccccagtatgactatgcaggggttcgactcact
aaatgggctctaagaccaaaacctgcaactaaaccaaagccattagatttgaacaggtac
cagagtgtcacagacaggttgtcaaagaacatgagtcagaagagaccaaagagagacagc
gtacagatggatgggaacaacatccaggctccactggccaccccagagaacatcgagatt
gctgattatgcacaggttctggacgcagtgagcccagaacacccagagcacgacaacgac
tacgccttggtgcaggacgccctgccccctggcaagttccacagaatacggtccactgtg
aagaaacaacaacaagataacaaagctggcacagagtccgactcagaatgtagttcacta
gaacgccccaagcaggacatctataccagggtgcacagaaagcctaccccacataaaaag
aaacacaggcagcagaggaagagtgacccatcttatgataaagcacctctcataccagca
tatacccctgacaggctgaaaccccctgatgaatacagaaaatctgtgcagcactcggcc
tcggagggcagtgagggcacaggagatgagttacaaaacggtaaaaaacaaaggaagaga
cgatccctgaagatcaagaaaaagaaagctggtaatgacttggtccctcttcttgctagc
agcccaccaacagaagatgtttggttacggaatgattcagtggcagatgagaatccatat
gaagacgttaaacctgactcaaagcttcctttctctggtgacgagccttgcagagaggag
ctaggagacagtgggaggtggaaacccttcaacttgaaggtgctaagaaggcaggatgac
cctgaaaaaatgaggaggaaggaagagaagaaagcgctggatgaggaaaaacggagaaag
aaagaagaggagaggaaaaaatcaaaatctgttgggcggtcctttagaagaagcaaaaag
aaacccaagaatgccccaggcagtgagatcaccactaaaatgtctctagatgactatgtg
caaaaagaacaacgcctcatcccagtttttgtagagaaatgcatcatgcagatagaagag
gaaggcttgacagccgagggcatctacagagtgcccgggaaccgagcccatgttgattta
ctgcttgaaaagttcaaagaagatcccaatatagacctcaatgccttggacattcccgtg
aatgcagtggccacggctctgaaaggtttcttcagtgatctccatgaccctctcataccc
agcaaactttatgatgagctcatacatgcagcaggaattcaggataaaactggtcggctg
ctagctcttcgaggggtacttaagaagcttcctgcagttaaccatgaagtgctcaaatac
ttagccacacatatgcacaaggtcacaaaacagagtgatgtcaattccatggacagtaaa
aatttagccatttgttggtggccaacattattaaggccagaatttgcctcatttgctgac
atggcatccaatgttatgtcactgcaagacattgtacaaactattatagatcagcatggg
ttctttttctatggagagaacgaagtgtag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (61)   
   RefGene (58)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (22)   
   UniProt (1)   
   RefSeq(pep) (21)   
DNA sequence (21)   
   RefSeq(nuc) (21)   
Protein domain (6)   
   Pfam (6)   
All databases (111)   

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