KEGG   Amphimedon queenslandica (sponge): 100641317
Entry
100641317         CDS       T02284                                 
Name
(RefSeq) leucine-rich repeat serine/threonine-protein kinase 2-like
Organism
aqu  Amphimedon queenslandica (sponge)
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr COR Roc Ank_2 Ank_4 Ank LRR_8 Ank_5 Ank_3 LRR_4 Ras Arf Gtr1_RagA PduV-EutP G-alpha MMR_HSR1 FeoB_N
Other DBs
NCBI-GeneID: 100641317
NCBI-ProteinID: XP_019861677
Position
Unknown
AA seq 1387 aa
MAGVMQDDAKLLHKFCHDGKIEKIKDFVATVEPEILFNLLNNRRGVFGYTPLHEAVSGNR
LKVIPYLIEQGANVNAKANSGYTPLHLAAIVGHIECVRVLLDCSADVSLTDDYGKTPRQT
ASLGKNSNIVRLLRSKEIIKEVKTNGDNLTELLRVRIDDLEPHCLEDALTAAVEVGNHFN
VGRLVVKGAKNIQQALEDSKRLQKHEARAMLLLVIAAQTNDRDLVLKLFGVPAQKNTTHP
LANDDDFSEVQKAVISGRVSTVVPIEIARRHQSSVVREELLLRTDVNQEEGSVYWHGLRL
LVLDLSWIRRIHWVKRLRLARNGFQAIPNEIGDYLKQVVKLDFQRNELVTVPCCLFELPS
LNELNLSNNKLIEIPYVHEWSPGLTVLDLSSNELSSLPADIVAPSIRTLNISYNCFRTVP
LSVCSFKSLQHLNISFNKNICSLPVEMGRLQNLIKLVTDGLKDLSDPPRNMQRDARDCVR
YLNNKLRSARRFYQMKLMLLGKQNCGKTTLVARLQGLDVGINQSTVGVDVSKWHYAGGLG
RKKIEYQFSIWDFGGQEEYCAIYQCFLSERSMYLLAWNVQDGEEGIQELKPWLDNIALRA
PRSCVLIVGTHLDSVEEGDRPEVDKLLEKVAELVQTYQNKLLVPEVLAVGLMNRLENIEL
LREAIYNQATKYRGKRSLPIMGQEIPASYIKLNEELEKVQEEVRKGLRDPVMTVAQFRNL
VHKLNLTDLCSDEELRTATLFLNDIGTILHYDDRSHGINELYFIDLQWFYKVMCEIVTVR
EKNSFIKNGIFYSRNVPFLFRDPKFQWEYFERYLTLLDRFEIALPLNNRQILIPSMLPDE
RPEKADIPYDKSAPLYIRFINFQSSSPPGFWSRLISCIMHTVPQVCRALDVLADHSNETD
STPDEDTIPGVPPMPNVTDEMSAQMISSPVLSPSSNQFLLPNINCFIVDEDDEDPKPLKP
KDIELLYWKSGIVYKGPDLSFGVESLRKSKVLAGTNRDGIVILASPNSKGTKLICQLVDI
ILNLIYEWYPGLEENSVNSGVEQRVPCYECRKLGREKPFEFKIDQYMSIITSSRPQIECG
YERDAARNHKVSLVDIMPDLLLQDFDADYLLKSEEIKFQEDKDSLLGEGGFGKVYRGKFH
GKSVAIKKYLTRQEEAFNELRHEAKLLQKSYHPSIVCLVGVNVHPLTALILEEAPMGSLD
RHLIKESTPIPRLTMFRIAAQVAAALRFLHQHGIIFRSLKAANVLLWSLDETSLCHSKLT
DFGIATHLAPLGVMGIQGDKCVIAPEVLYIGQKRTIYNHKADIFSFGMLLYQMIARRHPF
HNVQPVRIDTKVVQGDRPSTVDMPIAETGYFFLTRLMEKCWKDKADDRPETSELISDVSK
VTFQSIM
NT seq 4162 nt   +upstreamnt  +downstreamnt
atggctggtgtaatgcaagatgacgccaagctgctacacaagttttgtcacgatggaaag
atagaaaagataaaggattttgttgccactgtagaacctgaaatccttttcaatctactc
aacaatcgaagaggtgtttttggctacacccctcttcatgaagctgtctctggcaacaga
ttgaaagtcattccgtatctcattgaacagggtgctaacgttaatgccaaggctaattct
ggttacaccccgcttcaccttgcagccattgttggtcacattgagtgtgtcagagtatta
ctagattgttctgctgatgtcagtcttactgatgactatggtaaaactccaagacagaca
gctagcctgggaaaaaattcaaatatagttcgacttttaaggagcaaagagatcattaaa
gaagtgaagacaaatggtgataacctaactgagttacttcgagtcagaatagatgatttg
gagcctcactgccttgaggatgcgctcacagctgctgttgaggttgggaaccatttcaat
gttgggagacttgtcgtcaaaggtgccaaaaacatccaacaagctctggaggattctaaa
agactgcagaaacatgaggcaagggccatgctcttactggtcattgctgcacagacaaat
gacagagacttggtccttaagctgtttggtgtaccagcacaaaaaaacacaacacatcca
ctggccaatgatgatgatttctctgaagtccagaaagctgtcataagtggacgtgtctca
actgttgttccaatagagatagcacgacgccatcagagttccgttgtacgagaggagctt
ctcctgaggactgatgtgaaccaggaagagggttctgtctattggcatggcctccgtcta
cttgtacttgatctctcttggatccgcaggatacactgggtaaagagactgagactggct
agaaatggatttcaagccatcccaaatgaaattggagactatttgaaacaagtggtaaaa
ctagacttccagcgcaatgaattggttactgtcccatgctgtctgtttgagttacccagt
cttaatgagctcaatctgagcaataacaagctaattgaaataccttatgtacacgagtgg
tcccctggtctcactgtccttgacctctcctcaaacgagctctctagtctaccagctgat
attgttgctccttccattagaactctcaacattagttataattgtttccgtactgtccct
ctctctgtttgttcctttaagagtcttcagcacttgaacatcagtttcaataaaaatata
tgctctctgccagtggagatgggtcgattacagaatcttattaagcttgttactgacgga
ctcaaggacttgagtgatcctcctcgtaacatgcagcgtgatgccagggactgtgtacga
tacctcaacaataaactacgctccgctcgtaggttctatcaaatgaaactcatgctgtta
gggaaacagaactgtggtaagacaacactggttgcccgtttacaaggacttgatgtcggt
atcaaccagtcgactgttggggttgatgtgagcaagtggcattatgctgggggactggga
cgtaagaaaattgagtaccagttcagtatttgggattttggtggtcaggaggagtactgt
gcaatatatcagtgtttcctatcagagcgatcaatgtatttgttggcgtggaatgtacag
gatggggaggaaggtatccaagagttgaaaccttggcttgataatattgcactgagagct
cctcgctcttgtgtccttattgtcggtactcaccttgattctgttgaagaaggtgatcgt
cctgaagtagacaagctccttgagaaagttgctgaactagtacagacctatcagaacaag
ctattggtaccagaggtactagcagttggtctaatgaaccgtttggagaatattgagctc
ctcagggaggccatatacaatcaagcaacaaaatacagaggaaagaggagtctaccaata
atgggacaagaaataccagccagttatatcaagctaaacgaagagctggagaaggtacaa
gaggaggtcagaaaaggtctgagagaccccgtcatgactgtagctcagtttaggaatctt
gtccacaagcttaatcttactgacttatgcagtgatgaggagctacgtactgccacactc
tttcttaatgacattggtactatactccattatgatgacaggagccatgggatcaacgag
ctctattttattgatctacaatggttttataaggtgatgtgtgagattgtaacagtcagg
gagaaaaactccttcattaaaaatggtatattttacagtagaaatgttccattcttattc
cgtgacccgaaattccagtgggagtactttgagcgttacctcactctccttgatcggttt
gagattgccctccctttgaacaatcgtcagatcctgatcccctccatgcttccagacgag
aggccagagaaggctgatataccatatgataagtctgctcctctttacattcgcttcatt
aacttccagtcctcatctccaccgggattctggagtcgtctcatatcatgcataatgcat
acagttcctcaggtatgcagggcactggatgttctagctgatcatagcaatgagactgat
tcaactcctgatgaggacacaatacctggggtaccacctatgcctaatgtaactgatgaa
atgtcagctcagatgatcagctcacctgttctctctccatcatccaaccagttcctcctt
cccaacattaactgtttcatagtggatgaggatgacgaagatcccaagccactcaaaccc
aaggacattgagctcctctattggaagagtggtatagtttacaaaggcccggatctttca
tttggggttgagtctctcaggaaatcaaaggtcctagctggtacaaacagggacggcatt
gttatcctcgcctctccaaatagtaaaggcacaaagctcatttgtcagttggttgatatt
atacttaacctcatatacgagtggtatccgggcctggaggagaatagtgtgaactctggt
gtagagcagagagtcccttgctatgagtgtcgtaagcttggacgtgaaaaacctttcgaa
tttaaaatagatcaatacatgtcgataatcactagcagtagacctcagattgaatgtgga
tatgagagagatgcagcgaggaatcacaaagtctctctggttgatatcatgcctgacttg
ctcctccaagactttgatgctgattatctgctcaaatcagaagagatcaagtttcaagaa
gacaaggactccctcctaggagagggagggtttggtaaggtgtatagaggaaagtttcat
ggtaaaagtgtcgctataaaaaagtatcttacgagacaggaagaagcttttaatgagcta
cgccatgaagctaaactactacagaaatcctatcatccttccatagtctgtcttgttggt
gtgaatgttcatccattgacggctcttatactagaagaggctccaatgggatcccttgac
agacacctcatcaaggaatcaactccaatcccgagacttacaatgttccgtattgctgcc
caagttgcagctgctttacgcttcctacatcaacacgggatcatattccgtagtctcaaa
gcagccaatgtcctcctatggtcactggatgagacttcactctgtcattcaaaacttacc
gattttggaatagcaacacacttggcaccattaggtgtcatgggtattcaaggggataaa
tgtgtcattgcaccagaggttctttacataggacagaaaagaaccatttataatcacaaa
gcagacatattctcatttggcatgctcctttatcagatgattgcccgtcgtcatccattc
cataatgtacaaccagttagaattgacactaaagtagtccagggagacaggccttcaact
gttgatatgccaatcgccgaaactgggtacttctttttaacgcgtctgatggagaaatgc
tggaaagataaagcagacgatagaccagagacctcagagctaattagtgatgtgtcaaaa
gtcacctttcaatcaataatgg

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Genome (1)   
   KEGG GENOME (1)   
Gene (52)   
   RefGene (49)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (18)   
   Pfam (18)   
All databases (73)   

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