KEGG   Amphimedon queenslandica (sponge): 109581007
Entry
109581007         CDS       T02284                                 
Name
(RefSeq) leucine-rich repeat serine/threonine-protein kinase 1-like
Organism
aqu  Amphimedon queenslandica (sponge)
SSDB
Motif
Pfam: LRR_8 LRR_4 Ank_2 Ank Ank_4 Roc Ank_3 Ras Ank_5 AAA_22 AAA_16 LRR_9 AAA_18 COR Viral_helicase1 AAA_24
Other DBs
NCBI-GeneID: 109581007
NCBI-ProteinID: XP_019850271
UniProt: A0A1X7V9H2
Position
Unknown
AA seq 1705 aa
MAGLAKVLSGPGYFDLRPLCVKGDLKNIKEYWNRFNDQLEQKGPEGATPLHEAARNGHVE
VVAFLLSKGANINATANGAVTPLYLASEAGHKNCQLFLLSHQASAIDCYQTRDGPFLRVM
TGEDNDIPANDREALLLDGLMVAARLELLHTIEQLLPKAFSLLPPVIKEAEKHKKHKSTA
LLKIAHSVVTGNLELLKNLYNTSSKSGLAQEVKAAAQQVPTGAVLKLAKVIFDHRIYREL
LIHTRVGRGLEIDWSGLDVYDDCVDDLYVLRCISSVRSLSLARNELTFIGDSFGALENLR
VLDLSSNSISQISSALLHLPYLWSLNLSNNQLSALPSLEHGVELTHLDLSSNKFQKVPNV
IKNLDQLSYLNISHNGIKSLPLWVSTLDNLEDLRMEGLEISDRQLKECSTEGAMTYLQSQ
LDNSRKLYEMKMVVTGVPGAGKTSLVTQLRDSLPSSYEATPPNKGGVSLSNWLYKKSSEG
KEYEFIIWDVKSNRDRHSMEELLYTPFALYLIVFNLNDLASDFHLLQQRLDAISKHSLPS
CVLFVGTHLDTITDPFIPEKAKSQLSDLISGYSKKLIFARPIIETVSLATGNIQNMDKVR
DAIFDLSGRLRNTDGLPYMGRRVLLSGLGLKGEVEEYSRQASQNAKPPVLTYEEIEKLVS
NLKDNEVRSHDELETISQFLNQVGCLLKYSGTGCKSTLSTPVPSIEITNNLQDSYYMDPD
WLYSRAQLVMDYCHPKYNGIFHYKDIEEYICRIEDTQDRASNGVVPVLPLMSALVHFGFI
SALRDMWFANPNLFQQNPQTHQSPPFSSSSSFSHIQHYLFEPPRSFTTSLISIINNVVPL
SDFTTGTRGSLSNEDTLFCWDKGVGWSNEDERILITEEIKEIREESRESRSVKLTVKYSS
LHSHAQCLEMLSSLVEEHFPKAKVSYVCPTCIAGQSNQMQSFTLSEIISAIVTQSGSITC
PDNHCVPLAMVVPFLSIQPTHSMTELRSDLSSMQYFTSEQYRLMYKATYKGQNVLVFKYH
RLTETTLRELTSKSLSLGRYNTPCCTSQDGRLLALSLDRSQALVVCKTPLLRVSPSQMKL
PKKLEISKPFVLYRIGLIIAKALSQVESISDDEGELQFWSLDEKCVTNCTLALSDTTLRR
NMTNATGNREELIVGSLDNLEKNKLNLWSQYMTSLAQISLSASPFYLLKILKSGSILSTS
LDSMIHFMSQVSVQLIGDTQSITGLQLPVQASGMPSLCGSANGIVADLWMVSLYKGKEEL
RISVYDIINHALKIFKVKSPLLEVLAIEVCNDNVWVSTQLPDDVGCISIFDSNTKKLVHN
IKMSGNAITCIERVGAEVCLGTKMGFLFIFPVNASDVKKGSPKPRHKFIAEGVITGLASM
GDRLFIANSDCIYIFDPNLMKFVSSFRTKSDGGDAKDNQIGRLYVSQCEPVLYSVSTGST
VVRVWDIAESKHLYDIKIQNEGKQGNGERYITALTSCIDTVWLGLSSGHILVYHNSELVL
SIRPYSSPVSFLSRFVDGRGCSVISGGEGFLSPIPSFDSKYDNESPVLVLWKVYPRDTLV
RLSALEENRGQYLNDYTSLLSLIESNDYELTSFGDIGESSNAKQGTVVFEPFSPVKQLSR
PDDDEIPVQLSNGKLLSVPAGSSMTSLYESVLSQAKDYDFDSLACQNLIYFYQSFDTPVN
LSTDDDLLSYLEIPDRPVLMFISDK
NT seq 5118 nt   +upstreamnt  +downstreamnt
atggcaggcttagcaaaggttctcagcgggccgggatatttcgatcttcgccccttgtgc
gttaaaggagacctgaagaatatcaaggaatactggaaccgcttcaatgaccagttggaa
cagaaaggacctgagggggctactccattacacgaggcagcaaggaatggacacgtcgaa
gttgtggctttcctgttatccaaaggagctaatataaatgcaacagcaaacggagcagtg
accccgctttatttagctagcgaagctggtcacaaaaactgccagctgttcttactcagt
catcaagcatcagctattgactgctatcagacaagagatggtccatttcttcgagtcatg
actggagaggacaatgacataccagctaatgatagagaggctctgctactagatggcctt
atggttgctgctagactcgaattactccacacaattgagcagctgcttcccaaagcattc
tccctccttcccccagtcatcaaagaagccgaaaagcacaagaaacacaaatcgacggcg
ttactaaaaatagcacactcggttgtcacaggaaacctcgagctactcaagaatttatat
aatacttcatcaaaatcaggactagcgcaagaggtcaaagcggcagctcagcaagtcccc
acaggggcagttctcaagcttgcaaaggtcatatttgatcatcgtatttatcgtgagcta
ctgatacacactagagtcggtaggggacttgaaattgattggagtggccttgacgtctat
gatgattgtgttgatgacttatatgtccttcggtgcatatcgtcagttagaagtttaagt
cttgcacggaacgagctgacttttattggggacagctttggagcactagaaaatttgaga
gttctggatttaagctccaacagtatatcacagataagctctgccttgctccacctcccc
tatctctggtcattaaatctctccaataaccaactctcagcccttccttcccttgaacat
ggagtagagctaacccatctcgaccttagctcaaataagttccaaaaagtcccaaacgtc
atcaaaaacctcgaccagctctcgtacctcaacataagccacaacggcataaaatctctc
cctctctgggtctccacgctcgataatcttgaggacttacgaatggaaggccttgaaata
tcagaccggcagctgaaagagtgttctactgaaggggccatgacataccttcagtctcag
cttgataactctcggaaactctatgagatgaagatggtcgttactggagtccctggagct
ggaaaaacctcgcttgtgactcagttacgagactctcttcctagttcgtacgaggccaca
cctcccaataaaggaggcgtgtctctaagtaactggctatataagaaatcaagcgagggt
aaggagtatgagtttattatttgggacgtaaagtcgaacagagacagacatagcatggaa
gagctgctctacactccctttgctctttatctgattgtattcaatttgaacgacctcgca
agtgacttccatctcctgcaacaaagacttgatgccatttctaagcatagcctaccatca
tgtgttctctttgtgggaactcacttggacacaatcaccgacccttttattcctgagaag
gcaaagtcacaactatcggatttgatttcaggatattcgaaaaagctcattttcgctagg
cccatcatcgaaacagtttccctagccacagggaacattcaaaacatggacaaagtccgt
gatgcaatctttgacctttcgggaagactacgaaacaccgacgggctcccgtacatgggg
aggcgtgtccttctctctgggctgggcctcaagggagaagtggaggagtacagtcgacag
gctagtcagaacgcaaagcctccggtactgacgtacgaggaaatagagaaacttgtgagt
aacctcaaagacaacgaagtcaggagtcacgacgagcttgagaccatatctcagttttta
aatcaagtcggttgtctgctcaagtactcagggactggctgtaaaagcactctatctact
cctgtcccttccattgagattactaataatttacaagacagctattacatggacccggac
tggctgtacagcagagcccagctagtcatggattactgtcatcccaagtacaacggcata
ttccattacaaagacattgaggagtacatttgtcggattgaggacactcaagacagagca
tcgaatggagttgttcctgtcctacctttaatgtcagcacttgttcatttcgggtttata
tctgcgctaagagacatgtggtttgctaatcctaacctctttcagcagaatccacagaca
caccagtctcctcccttttcttcttcttcttcattctctcacatacagcattatctgttt
gagcctcctcgtagcttcacgacgtctctcatttctattattaataatgtggttcctttg
tctgattttacgactgggactcgggggagtctctcaaatgaggacacactcttttgctgg
gataaaggagtaggctggagcaatgaagatgaaagaatccttatcacggaagagataaag
gaaatcagggaagaaagtagagagagtcgctctgtcaaactaaccgttaaatactcttct
cttcatagccatgctcagtgcttagaaatgctcagctctttagttgaagagcatttccct
aaagctaaagtctcttatgtctgccccacatgtatagctggtcagagcaatcaaatgcag
tctttcacattgtcagaaattatatctgctattgtcacacagagtggtagtattacctgt
cctgataatcattgtgttccattggcaatggttgtaccattcctctctatacagccaacc
cattcaatgactgagctaagatctgatctatcttcaatgcagtactttacttctgagcag
tacagactcatgtacaaagcgacgtacaaaggccagaacgtgcttgtttttaagtatcac
agattgactgagacgacactaagagagctaacatctaaaagcctctcccttggcaggtac
aatactccttgctgcactagtcaagatggacgcctccttgccttgagtcttgacaggtcc
caggcactcgttgtctgcaagactcctctactgagggtcagcccctcacaaatgaaactg
ccaaagaagttagagatatcaaagccatttgtactgtatcgtattggactaataatagct
aaagcactatcacaggtggagagcatcagtgatgatgaaggtgaattgcagttctggagt
ttagatgagaaatgtgtcaccaactgtacactagctctctcggacacgactcttagaaga
aacatgacaaatgccacaggaaacagagaagagcttatagtcggaagtcttgataatctc
gagaaaaacaagttaaacctttggagccagtacatgaccagtcttgcccagatttcctta
tcagccagcccgttttatttattaaaaattctaaaaagtggctcaatattaagcactagc
ttagactccatgattcatttcatgtcgcaggtaagtgtccagttaataggagacactcag
tccatcactggattgcagttaccggttcaggcatcaggcatgccttctttgtgtgggtct
gctaacggaatagttgctgatttgtggatggtatccctttacaaagggaaggaagagcta
cgtataagtgtttatgatattataaatcatgcacttaagattttcaaagtcaaaagtcca
ctacttgaggtccttgctattgaagtctgcaacgataacgtgtgggtctctacacagctc
cctgatgatgttggctgcatttctatattcgactcaaacacaaagaaactagtccacaac
ataaagatgagtggtaacgccattacttgcatagagcgcgtaggggctgaggtttgtttg
ggtacgaagatgggatttctatttattttccctgtcaacgcctcggacgtgaagaaaggc
tcgcccaaaccgcgtcacaagtttattgctgagggagtcataacaggactggctagcatg
ggggatcgactgttcatagctaattctgattgtatttacatctttgatccgaatttgatg
aagtttgtgtcttcgtttcgtactaaaagcgatggaggcgatgccaaggataatcaaatc
ggccgtttgtacgtttctcaatgcgaaccagttctatacagcgtcagcactggatcgact
gtagtaagggtttgggatattgcggagtcgaagcatttgtacgacattaagatacagaat
gaagggaagcaaggcaatggcgagagatacatcactgctcttacatcatgcatcgataca
gtttggttgggattatcatccggtcatattctagtatatcataacagtgagctagtcctt
agcattcgtccttactctagtcctgtttctttcttatcgaggtttgttgacgggcgtggc
tgctctgtgataagtggcggtgaagggttcttatctccaattccctcttttgatagcaag
tacgacaacgaaagtcccgtgcttgtattatggaaagtgtatccaagggatacactggtt
cgtttgagtgcgcttgaagagaatcgtggacaatatctgaacgattacacctctcttttg
agtttgattgaatccaatgattatgaacttactagtttcggtgacattggagagtctagc
aatgcaaagcaaggcactgttgtttttgagcctttttcaccagttaagcagctgagtaga
cctgatgatgatgaaataccggtacagctctctaatggcaaactattatcagttccagca
gggtcaagcatgacttctttatacgagtctgtactatctcaagcaaaggattacgatttt
gattcattggcttgtcaaaatttgatttatttttatcagtcgtttgatactccggtcaac
ctttccaccgatgacgatttgctttcttatctagagattcctgatagaccagttttaatg
ttcatcagtgacaaatga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (44)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (16)   
   Pfam (16)   
All databases (64)   

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