KEGG   Ficedula albicollis (collared flycatcher): 101808169
Entry
101808169         CDS       T02815                                 
Symbol
SMG1
Name
(RefSeq) SMG1, nonsense mediated mRNA decay associated PI3K related kinase
  KO
K08873  serine/threonine-protein kinase SMG1 [EC:2.7.11.1]
Organism
fab  Ficedula albicollis (collared flycatcher)
Pathway
fab03015  mRNA surveillance pathway
Brite
KEGG Orthology (KO) [BR:fab00001]
 09120 Genetic Information Processing
  09122 Translation
   03015 mRNA surveillance pathway
    101808169 (SMG1)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:fab01001]
    101808169 (SMG1)
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:fab03019]
    101808169 (SMG1)
Enzymes [BR:fab01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     101808169 (SMG1)
Protein kinases [BR:fab01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   101808169 (SMG1)
Messenger RNA biogenesis [BR:fab03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Surveillance factors
    Other surveillance factors
     101808169 (SMG1)
   mRNA cycle factors
    Common to processing body (P body) and stress granule
     101808169 (SMG1)
SSDB
Motif
Pfam: SMG1 PI3_PI4_kinase FATC HEAT
Other DBs
NCBI-GeneID: 101808169
NCBI-ProteinID: XP_005054643
Position
14:15894575..15954456
AA seq 3531 aa
MRKTQERPLSYSDESRLSNLLRRITREDDRDRRLATVKQLKEFIQQPENKLVLVKQLDNI
LTAIHDVLNESSKLLQELRQEGACCLGLLCASLSYEAEKIFKWIFSKFSSSTKDEVKLLY
LCATYKALETVGEKKAFSSLMQLVMTSLQSILENVDTPELLCKCVKCILLVSRCYPHIFS
TNFRDTVDILVGWHIDHTQKPSLTQQVSGWLQSLEPFWVADLTFSTTLLGQFLEDMEAYA
EDLSHVASGESVDEDVPPPSVSLPKLAALLRVFSTVVRSIGERFSPIRGPPITEAYVTDV
LYRVMRCVTAANQVFFSEAVLTAANECVGVLLGSLDPSMTIHCDMVITYGLDQMENCQTC
GTDYVISVLNLLTLIVEQINTKLPSSFVEKLFIPESKLLVLRYHKEKEVVSAALAVYQAV
LSLKNIPVLETAYRLILGEMTCALNSLLHSLHLPEACSEIQHDSFKKLISNVDNAKFVVI
FDLSALSTIGNAKNSLIGMWALSPTVFALLSKNLMIVHGDIAVHFPAVQYAVLYTLYSHC
SRHDHFISSSLSSSSPSLFDGAVISTVTTATKKHFSIILNLLGLLLKKDNLTQDTRKLLT
TWALEVALLMKKSETYTPLFSLPSFHKFCKGLLANTLLEDVNICLQACSSLHALSSSLPD
DLLQRCVDVCRVQLVHSGARVRQAFGKLLKSIPLDVVLSNRTHTEIQEISLAIRSHMSKA
PSNTFHPQDFSDVISFILYGNLHRTGKDNWLERLFYSCQRLDKRDQPTIPRNLLKTDAVL
WQWAVWEAAQFTVLSKLRTPLGRAQDTFQTIEGIIRSLAAHTLNPDQDVSQWTTADNDEG
HSSNQLRLVLLLQYLENLEKLMYNAYEGCANALTSPPKVIRTFFYTNRQTCQDWLTRIRL
SIMRVGLLAGQPAVTVRHGFDLLTEMKTNNSISQGNEFEVTIMMLVEALCELHCPEAIQG
IAVWSSAVVGKSLSWINSVAQQAEGRFEKATAEYQEHLCSMTGVDCCITGFDKTVLKLAN
SNSVNNASPKHSLNGETRKTVLTKPSDSSPEVINYLGNKACECYISIADWSAVQEWQNMV
HELKKSNSNTSINLKADFNYIKSLSSFESGQLTECTEQLELLPGENINLLAGGSKEKIDM
KKLLPNMLSPDPRELQKAVEVQLLRSSVCLATAVNHIEQEQKWQSISENLIKYLKQTSRI
AIGPLRLSTLTVSQSLPVLSTLQLYCSSALESTVCNRLTSEDCLIPLFNEALRSCKQHDV
RPWMHALRYTVYQNQLMEKLKEPTVSIKSHLMELGLTAAKFARKRGNIALATRLLAQCSQ
VQLGKTTTAQDLVQHFKKLSAPGQIDEKWGPELDIEKTKLLYTAGQSTHAMEMLSSCAIS
FCKSAKAEYAVAKSILTLAKWIQAEWKEISGQLKQVYRARQQQNHTGLSTLSKNIYNLID
LPAVNTLEDEYPRIESESTVNIGVGEPDFILGQLYHLSSVQAPEVAKSWAALASWAYRWG
RKVVDNASQGEGVRLLPREKSEVQNLLPDNIAEEDKEKIYGILGQAVCRPAGIQDEDMTL
QITENEDNEEDDMVDVIWRQLLTSCPWLSDLDENATEGLIKVWRKVVDRIFSLYKLSCSA
YFTFLKLNAGQVPLDEEDPRLHLTNNSEQSTDDVIVMATLRLLRLLVKHAGELRQYLEHG
LETTPTAPWRGIIPQLFSRLNHPEVYVRQSICNLLCRVAQDSPHLILYPAIVGTISLSSE
SQTSGNKLPSAIPTLLGNIQGEELLGGECDEGSTPASQESSKDDTKAGLNEDQAMMQDCY
SKIVEKLSAANPTMVLQVQMLVAELRRVTVLWDELWLGVLLQQHMYVLRRIQQLEDEVKR
VQNNNTLRKEEKIAIMREKHTALMKPIVFALEHVRSITAAPAETPHEKWFQDNYGDAIEN
ALEKLKNPLNPAKPGSSWLPFKEVMLSLQQRAQKRASYLLRLEEISPWLAAMMNTEIALP
GEVSTRDTVTIHSVGSTITILPTKTKPKKLLFLGSDGKNYPYLFKGLEDLHLDERIMQFL
SIVNTMFATINRQETPRFHARHYSVTPLGTRSGLIQWVDGATPLFGLYKRWQQREAALQA
QKAQDSYQTPQNPGIVPRPSELYYSKIGPALKAVGLSLDVSRRDWPLNVMRAVLEELMEA
TPPNLLAKELWSSCTTPDEWWRVTQSYARSTAVMSMVGYIIGLGDRHLDNVLIDMTTGEV
VHIDYNVCFEKGKSLRVPEKVPFRMTHNIETALGVTGVEGVFRLSCEQVLHIMRRGRETL
LTLLEAFVYDPLVDWTAGGEAGFAGAVYGGGGQQAENKQSKREMERDITRSLFSSRVAEI
KVNWFKNRDEMLAVLPKLDSSLEEYLNLQEQLTDVEKLQGKLLEEIEFLEGAEGVDHPSH
TLQHRYSEHTQLQSQQRAVQEAIQVKLNEFEQWITHYQTAFSNLEATQLASLLQEISTQM
DLGPPSYVPATAFLQNAGQAHLISQCEQLEGEVGALLQQRRSVLRGCLEQLHNYATVALQ
YPKAVFQKHRIEQWKTWMEELICNMTIERCQDIFRKYEMQYAPQPPASACQFITATEMTL
QRYAADINSRLIRQVERLKQEAVTVPVCEEQLKEIERCIKVFLHENGEEGSLSLASVIIS
ALCALTRRNLMMEGAASSAGEQLVDLTSRDGAWFLEELCSMSGNVTCLVQLLKQCHLVPQ
DLDIPNPMEASEAVHLANGVYISLQELNSNFRQIIFPEALRCLMKGEYTLESMLHELDNL
IEQTTDGVPLQTLVESLQAYLRNAAMGIEEETHTHYIDVARVLHAQYGELIQPRNGSVDE
TPKMSAGQMLLVAFDGMFAQVETAFGLLIEKLNKMEIPLAWRKIDIIREARSTQVNFFDD
DNNRQVLEEIFFLKRLQTIKEFFRLCGTFSKTLSGISSLEDQNAVNGPVQIVNVKALYRN
SCFSEDQMAKPIKAFTADFVRQLLIGLPNQALGLTLCSFISALGVDIIAQVEAKDFGAES
KVSVDDLCKKAVEHNIQVGKFSQLVMNRATVLASSYDTAWKKHDLVRRLETSISSCKTSL
QRVQLHIAMFQWQHEDLLISRPQAISVTPPPRSAILASMKKKLHTLSQIEASIATVQEKL
AALEASIEQRLKWAGGANPALAPVLQDFDATIAERRNLVLKESQRANQVTFLCSNIIHFE
SLRTRTAEALNLDAALFELLKRCQQMCSFASQFNSSVSDLELRLLQRVGTGLEHPIGSSE
WLHSAHKQLSQEISTQRTAQTEREQQIETVCETIQNLVDNIKTVLTGHNRQLGDVKHLLK
AMAKDEEAALADGEDVPYENSVRQFLGEYKSWQDNIQTVLFTLVQVMGQVRSQEHVEMLQ
EITPTLKELKTQSQSVYNNLVGFASPLVTDTANECSSPTSAATYQPTFAAAVRSNTGQKT
QPEVMSQNARKLIQKNLATSADTPPNTVPGTGKSVACSPKKTARDPKTGKAVQERNSYAV
SVWKRVKAKLEGRDVDPNRRMSVAEQVDFVIKEATNLDNLAQLYEGWTAWV
NT seq 10596 nt   +upstreamnt  +downstreamnt
atgaggaaaacacaggagcgaccgttgtcttattctgacgagtctcgactgtcaaatctt
cttcggaggattactcgggaagacgacagagaccgaagactggctactgtaaagcaactg
aaagaattcattcagcaaccagaaaacaaactggtacttgttaaacaactggataatatc
ctgactgccattcatgatgtgctcaatgaaagtagcaaattgcttcaggaattgagacag
gaaggagcttgctgtcttggccttctttgtgcttctctgagctatgaggctgagaagatc
tttaaatggatttttagcaaattcagttcatccacaaaagatgaagttaaacttctttat
ttgtgtgcaacctacaaagcactagagactgtaggagaaaagaaagcattttcatcttta
atgcagcttgtaatgaccagcctgcagtccatcctagaaaatgttgatacaccagagttg
ctgtgcaagtgtgtcaagtgcatccttttggtgtctcgatgctacccacacattttcagc
accaattttagggacacagtggacatattggttgggtggcacatagatcacactcagaaa
ccttctttgacacaacaggtctctggatggctgcagagcttggaacccttttgggtggct
gatctaactttttctaccacactcttgggtcagtttttggaagatatggaagcttatgct
gaggacctgagccacgtggcctccggggagtcggtggatgaggacgttccccctccgtcg
gtgtcactgcccaagctggcggcgctgctgcgcgtcttcagcaccgtggtgcggagcatc
ggcgagcgcttcagccccatcaggggcccccccatcactgaggcttatgtcactgatgtt
ctgtacagagtaatgagatgtgtgactgcagcaaaccaagtgttcttttctgaagctgtg
cttacagctgccaatgagtgtgttggggttttacttggcagtctggatcccagtatgacc
atacactgtgacatggtcatcacctatggattggatcaaatggaaaattgtcagacttgt
ggcactgactatgtcatttcagtcctgaatctgttgacactgattgttgaacaaataaat
acgaaactaccatcatcatttgtagagaaattatttataccagagtctaaactacttgtt
cttcgttatcataaggagaaagaggttgtttcagcagcccttgctgtataccaggctgta
ttgagcctgaagaacattcctgttctggagactgcttacaggttgattcttggagaaatg
acctgtgctttaaatagtcttctccatagtttacatcttcctgaggcctgttctgaaatc
caacatgactctttcaagaagcttatatccaatgtggataatgccaagtttgttgttata
tttgacctcagtgctctaagtactattggaaatgctaaaaactcattaattgggatgtgg
gccctttcaccaactgtgtttgcactgctgagtaaaaacctgatgattgttcatggtgac
atagcagttcacttccctgctgtccagtatgcagtgctctatacattgtactcacactgc
tccaggcatgaccatttcatatccagtagcctcagttcttcctctccctctctgtttgat
ggagcagttataagtactgtgactacagcaacaaaaaaacatttctcaatcattctgaac
cttttggggctactgcttaagaaggataaccttactcaagatactaggaaactacttaca
acatgggctttggaagtggctcttctgatgaagaaatcagaaacatacacaccgttattt
tctctcccatcttttcataagttttgcaaaggacttttagcaaacacacttctggaagat
gtgaacatttgtcttcaagcatgtagtagcctccatgccctgtcttcctcccttccagat
gaccttttacagaggtgtgttgatgtgtgtcgtgttcaactagtccatagtggtgctcgt
gtgaggcaagcttttggaaaacttctgaagtcaattcctttagatgttgtgttgagtaac
cgtacccacactgaaatacaagaaatttctttggctataagaagtcacatgagcaaagct
ccaagtaacacattccacccacaggatttctctgatgtcattagttttattttgtatggg
aacctccaccgaactgggaaggataattggttagaaaggttattctacagctgtcaaaga
ctagataagagagatcagccaaccatccctcggaacctgctgaagactgatgctgtgctg
tggcagtgggctgtctgggaagcagctcagttcactgttctttcaaagctaagaactcct
ctggggagagcccaggatacatttcaaacaattgaaggtattattaggagccttgcagcc
cacacattaaaccctgatcaagatgtcagccagtggactactgcagacaatgatgaagga
cacagcagcaaccagctcaggcttgttctccttctgcagtatttggagaacttggaaaaa
ttgatgtacaatgcatatgaaggatgtgccaatgcccttacctctccacccaaggttatc
aggacgttcttttacaccaatcgccagacgtgccaggactggctgacacggatccgactt
tccatcatgagagttgggttgctggctggccagcctgctgtgacagtcaggcatggattt
gatttactcacagaaatgaaaactaataatagtatctctcagggaaatgaatttgaagtg
acaattatgatgctggtagaagcattatgtgagcttcactgtcctgaagctattcagggt
attgctgtctggtcttctgctgtagttgggaagagcctctcctggatcaattctgtagct
cagcaggcagaaggacggtttgaaaaagcaactgcagaataccaggagcacctgtgctcc
atgactggagtggattgctgtataacaggctttgacaagactgtgctgaagttggccaat
tccaacagtgtgaataatgccagcccaaagcattccttgaatggagaaactagaaaaact
gttctgactaagccaagtgactcttcacctgaagtgataaactacctgggtaacaaggca
tgtgaatgctacatttccattgctgactggtctgctgttcaggagtggcagaacatggtc
catgaactgaagaaaagcaacagcaatacctcaatcaatctgaaagcagactttaactac
ataaagtctctgagcagctttgagtctggacaacttactgaatgcactgaacaactagaa
ttattaccaggagaaaatatcaacctgcttgcagggggatccaaagaaaaaatagacatg
aagaagctccttcctaatatgctaagtcctgatccaagagaacttcaaaaagcagttgaa
gtacagcttttgagaagttcagtatgtctggcaacagctgtaaaccacatagaacaggag
caaaagtggcagtcaatatctgaaaatcttattaagtacctaaagcaaacatcccgcatc
gctattgggcctttgaggctttccacgctcaccgtgtctcagtctttaccagtgctgagc
accctgcagttgtactgttcttctgctttggaaagcactgtgtgcaacaggctgacatca
gaggactgtctgatacctctcttcaatgaggcgttgaggtcatgcaagcagcacgatgtc
aggccatggatgcatgccctgaggtacacggtgtaccagaaccagctgatggaaaagctt
aaagagccaacagtctcaattaaaagccatctaatggaactgggcttaacagcagcgaaa
tttgcacggaagcgaggaaacatcgccctggctacacggctgctcgcccagtgcagccag
gttcagctgggcaagaccaccactgcacaggacttggtccagcacttcaaaaaattgtct
gcaccgggtcagatagatgaaaaatggggtcctgaacttgatattgagaaaacaaagttg
ttatacacagcaggtcagtcaacacatgccatggaaatgctgagttcatgtgccatatct
ttctgcaaatctgccaaagctgaatatgcagttgctaaatctattctcactctggctaaa
tggattcaagcagaatggaaagagatctcaggacagttgaaacaagtctatagagctcga
cagcagcagaatcacactggcctgtctaccttgtctaaaaacatatataacctgattgat
ctgccagctgttaacacactagaagatgaatatcctaggattgaaagtgaatctacagta
aacattggagttggagaaccagacttcatcttgggccagctgtatcacttgtcttcagta
caggcacctgaagtagccaagtcctgggcagccctggctagctgggcttatagatggggc
cgcaaagtagttgataatgccagtcagggagaaggtgttcggctgctcccccgggagaaa
tctgaggttcagaacttgcttccagacaacattgcagaggaggataaagagaaaatctat
ggcattcttgggcaggcagtgtgtcggccagctgggattcaagatgaagatatgactcta
cagatcactgaaaatgaggacaatgaagaagatgatatggtggatgtaatatggcgtcag
ttattaacaagttgtccctggctttcagatcttgatgaaaatgcaacagaaggattaatt
aaagtctggaggaaagttgtagacagaatcttcagtctttataaactgtcctgcagtgca
tactttactttcctcaaactcaatgctggtcaggttccacttgatgaagaagatcccaga
ctgcacttaacaaacaactctgagcaaagcactgatgatgtaattgtgatggcaaccctg
agactcttacggttgctcgtgaaacacgctggagaacttcggcagtacctggagcacggg
ctggaaactacacctactgctccttggagaggtataattccccagctcttctcccgcctc
aatcacccagaagtgtacgttcgtcagagcatctgcaacttactctgtcgagttgctcag
gattctcctcatctcatcctctatcctgcaatagtgggaacaatttcacttagcagtgaa
tcccagacttcaggaaacaagctgccttctgccatccctactttgctaggtaatattcaa
ggagaagagctgttgggtggtgaatgtgatgaagggagcactccagcttcccaagaaagt
agtaaagatgatacaaaagctggattaaatgaagatcaagcaatgatgcaagattgctac
agcaaaattgtggagaaactctctgctgcaaatccaacaatggtattgcaggttcagatg
cttgtggccgagctgcgcagagttactgttctgtgggatgagctgtggctgggagttctg
ctgcagcagcacatgtacgtcctcaggcggattcagcagctggaagatgaagtcaagagg
gtccaaaacaacaacactctacggaaagaggagaaaatagcgatcatgcgtgaaaagcac
acagctctgatgaagcccattgtgtttgctttggaacacgtgaggagcatcactgcagct
cctgcagaaactcctcatgagaagtggtttcaggataactatggagatgcaattgaaaat
gcactagagaaacttaagaatcctttgaatcctgctaagcctggaagcagctggctccca
tttaaagaggtaatgctgagtttgcagcaaagggcacagaaacgggccagttacctctta
cggcttgaagaaatcagtccttggttggctgccatgatgaacactgaaattgctcttcct
ggagaggtgtccaccagggacacagtcaccatccacagtgtgggtagcaccatcaccatc
ctgcccaccaaaaccaaacctaaaaagctgcttttcctgggttcagatgggaagaactat
ccctacctattcaaaggtttggaagacttgcatctagatgagagaatcatgcagttctta
tccattgtgaacaccatgtttgccaccatcaaccggcaagagacgccgcggttccacgcg
cggcactactcggtgacacccctggggacgaggtcaggcctcatccagtgggtggatgga
gccacacctctgtttgggctctacaagcgctggcagcagagggaagctgctctgcaggca
cagaaggctcaagactcctaccagacccctcagaaccctggaatagttcctagaccaagt
gaactttactacagtaaaattggacctgctttaaaggcagttgggctcagtctggacgtg
tcacgtcgtgactggccattgaacgtcatgagggctgttctggaagagctgatggaagca
actcccccaaatctcctcgctaaggagctctggtcatcgtgtaccacaccagatgagtgg
tggagagttacacagtcgtatgcaagatccactgcagttatgtccatggttggctacatc
attggtcttggagacagacatctggataatgttcttatagatatgactacaggagaagtt
gtccacatagattataatgtttgctttgaaaaagggaagagccttagggtcccagagaag
gttccgttccgaatgacgcacaacattgaaactgctctgggagtgacaggagtggaaggg
gtgttcaggctttcttgtgaacaggtccttcatatcatgcggcgtgggagagagactttg
ctcacactgctggaggcttttgtttatgatcccctggtggactggacagctggaggagag
gcagggtttgctggggctgtctatggtggtggtggccagcaggctgagaacaagcagagc
aaaagggaaatggagagggacattacacggagtctcttttcctccagggtggcagagata
aaggttaactggtttaagaacagagatgaaatgcttgctgtgctgccaaaactggacagt
agtttagaagagtacttgaacctgcaggagcagttaacagatgtagaaaaattgcaagga
aaactactggaagagatagaatttctggaaggtgcagaaggagtggatcatccttcccac
acccttcagcacaggtattctgagcacacacagttgcagtctcaacaaagagctgtccag
gaggccatccaggtgaagctgaatgagtttgagcagtggataacccattaccaaaccgcc
ttcagtaatttagaggcaacgcaacttgcaagtctgctccaagaaattagcacacaaatg
gacctaggtcctccaagttatgtaccagcaacagcatttctgcaaaatgcaggccaggca
catctaatcagtcagtgtgagcagctggaaggggaggttggtgcccttctgcagcagaga
agatctgtgttgcgtgggtgcctggaacaattgcacaactatgcaacagtagctctgcag
tatccaaaagctgtgtttcagaagcaccgaatagagcagtggaaaacctggatggaagaa
ctcatttgtaacatgacaatagagcgctgtcaggatatctttaggaagtacgagatgcag
tacgctccccagcccccggccagcgcctgccagttcatcacggccaccgagatgacgctg
cagcgctacgcggccgacatcaacagccgcctgatccggcaggtggagcggctcaagcag
gaggccgtgaccgtgcccgtgtgcgaggagcagctcaaggagatcgagcgctgcatcaag
gtgttcctgcacgagaacggcgaggagggctcgctgagcctggccagcgtcatcatctcc
gccctctgcgccctcaccaggcgaaacctgatgatggaaggtgcagcgtccagcgctggg
gagcagctggttgatttgacttccagagatggagcctggttcctggaggagctttgcagc
atgagcgggaatgtcacgtgccttgtgcagctgctgaagcagtgtcatcttgtaccccag
gacttagatattccaaaccccatggaagcatcagaagctgttcacttagccaatggagta
tatatctcacttcaggaattgaactcaaacttccgacagatcattttccctgaagcactg
aggtgcttaatgaaaggagagtatactttagaaagtatgctccatgaattggataatctt
atagagcaaacaactgatggagtccctttgcaaacgttggttgaatctctgcaagcctac
ttgagaaatgctgctatgggtatagaggaggagacacacactcattacattgatgttgca
agagtacttcatgctcagtatggtgaactgattcagccaagaaatggttcagttgatgaa
actcccaaaatgtcagctggtcagatgcttttggtagcttttgatggaatgtttgctcaa
gtggaaactgcatttggtttattgattgaaaagctaaacaagatggagatacctcttgct
tggcgcaagattgacataatcagggaagcccgcagcacccaagtgaacttctttgatgat
gacaataatcggcaagttctggaggaaatcttctttctgaagagactgcaaacaattaaa
gaatttttcaggctctgtggtaccttttctaagacactgtcaggaatcagttcacttgaa
gaccagaatgcagtaaatggacctgttcaaattgtcaatgtgaaagccctttacaggaac
tcttgttttagtgaagatcaaatggccaagccaattaaggcttttacagcagactttgtg
aggcagcttttaattggccttccaaatcaggctttgggactgaccttgtgcagtttcatc
agcgctctgggtgttgatatcattgctcaggtagaggctaaagactttggagcagaaagc
aaagtttctgtggatgacctgtgcaagaaagccgtggagcacaacatccaggttggcaag
ttctcccagctggtgatgaacagggccacagtcctggccagttcctacgacacggcctgg
aagaagcacgacctggtgcgcaggctggaaaccagcatttcctcctgcaagaccagcctg
cagagagtgcagctgcacattgccatgttccagtggcagcatgaagatctcctcatcagc
cgcccccaggctatttctgtcactcctccacctcgctcagcaattttagccagcatgaaa
aagaaacttcacacgctcagtcagattgaagcttccattgcaacggtccaggagaaacta
gcagcacttgaagcaagtattgagcagcgtttaaagtgggcaggaggtgctaatcctgca
ctggccccagtcttgcaagattttgatgccactattgctgaaagaagaaaccttgtactg
aaagaaagtcaaagagcaaatcaggtcactttcctttgcagtaatatcattcattttgaa
agtttacgtacaagaacagcagaagccctgaatcttgatgctgccctgtttgagctcctc
aaacgctgtcaacagatgtgctcctttgcatcccagttcaacagctcagtgtctgacctg
gagcttcgcctgctgcagagagtgggcactggtcttgaacatcctattggcagctctgaa
tggcttcactcagctcacaagcagttgtcccaggagatatctacacagagaacagcacaa
acagaaagagagcagcaaatagaaacagtttgtgaaacaattcagaatctggtggataat
attaaaactgtgctcacgggtcataacagacagctgggagatgtcaagcatctactgaaa
gctatggcaaaggatgaagaagcagctttggctgatggtgaagatgttccctatgagaac
agtgttaggcagttcctgggtgaatataaatcgtggcaagataatattcagacagttctg
tttacattagttcaggttatgggtcaagtccgcagtcaggaacatgttgagatgctgcag
gaaataactcccaccttgaaagaacttaaaacacagagccaaagtgtctacaataacctg
gtggggtttgcatcacccttagtcacggatacagcaaatgaatgctccagcccaacttca
gctgctacatatcagccaacctttgctgcagctgtacgtagcaatacagggcagaaaact
cagccagaggtgatgtcacagaatgcaagaaagctaattcagaaaaatcttgcaacatca
gcagacactcctccaaacacagtcccaggaactggcaaaagtgttgcttgtagtcccaaa
aagacagccagggaccctaaaacaggaaaagctgtgcaggagaggaattcctacgcagtg
agcgtgtggaagcgggtcaaagccaagttagagggccgagatgtggatcccaacaggaga
atgtctgtggctgaacaggttgactttgtgattaaggaagcaactaatctagataacttg
gctcagctgtatgaaggttggactgcctgggtatga

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Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (40)   
   KEGG ORTHOLOGY (1)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (4)   
   Pfam (4)   
All databases (55)   

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