Heterobasidion irregulare: HETIRDRAFT_104072
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Entry
HETIRDRAFT_104072 CDS
T03455
Name
(RefSeq) glycoside hydrolase family 35 protein
Organism
hir
Heterobasidion irregulare
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Glyco_hydro_35
BetaGal_ABD2
BetaGal_dom2
WLM
BetaGal_dom3
ubiquitin
BetaGal_gal-bd
Cellulase
TBK1_ULD
Motif
Other DBs
NCBI-GeneID:
20665965
NCBI-ProteinID:
XP_009549020
JGI:
Hetan2_104072
UniProt:
W4JZ00
LinkDB
All DBs
Position
Unknown
AA seq
1332 aa
AA seq
DB search
MLLSVTMLRRALAAVLLALSAASSTVASDLARRNSTGLTDAVTWDPHSLSIFGQRVFILS
AEVHPWRQPNPDLWADVFEKIKANGFNTVSFYVHWALHYPTPDTNDGKGDWQEGTYRDLQ
RFIDEAKNAGLWMIARPGPYINAETTGGGFPGWVGNIAGSLRTDNINYTRAWKPYMIAVS
QIIAKNQITNGGPIILVQAENEFSAGTGRSDYMQDIIDTYRANSIVIPTTHNDQHAGQGG
NFSPDLPGNGSVNIYCGDSYPQGTSRWNQVQTIYMSVHKNVAPSSPLCLAEFGGGWLLGW
GSKARGGTGYEVFETTLDNADYENVFYKENYAQTTTILNIYMLFGGTNWGQTAEPTVYSS
YDYGGGINENRVATPKMNEMRLQGLFLRVSRDLLATIQISNGTNYTTSSLVHTAELKNLQ
SGAGFYVLRHNDATSTDLTTTQLNITTSEGALLLPAQGVITLNGRDSKILVTDYVFGQSA
TTILYSTAEILTWTTIDDIDYIIFYAGLGETGETTFKFSSQPQVSLNGASNVTSTYSGGI
LTLVYSLQGSKFVDINASGKTITVVILDKPTANTWHAPIIPGSGNYGSFFSFGTNQTILA
SGPYLIRTAAISGNTLHLTGDLNGTTPIEFIAPSSVDTLYWNGQVQTVTQTSHRSFTAIL
AVSDTPKLPTLGSWKVLGSLPEIDPAFDDSDFVTADQTTTNYTNLPPLSGTQVLYSQQYG
FYGGNIIFRGHFNASGEETSINLSVQGGYGFGYSAFLNGVFLGSNQGNASVSMTTDSWKI
PSSTLQIGKDNVVVVIQDHTGIIEAYINGGKEPRGIRGYSITGGNTTFTTWKLQGNQGGA
AHAPDAVRGYLNEGGLYAERIGAHLPGFDDSKWASGTPLSGGGVHDAGVNFYRTTFSFDV
PQGLDVPLRLSITPSDISQNYRVQIYLNGWQLGKYINNLGPQTTFVLPPGILKRQSENTL
ALSLWSLDSSGAALAGLELIADGAFSTSLTLSDYLLAPDYEGAQRPAAEYVVAMIYSDVQ
EGCRLSDETLAVLQTRLEELTSVPPPQQKLLYKGKKPSHEESTTLQDAGFKDGMKVQLLG
ATAEELGGMRKVEDEQRRRENIMRERAVKGTVKVRSTGPSAFTSAPSGRYRFHRLEPLQH
LPNPASALATLERLSSDPAILHVMNKHEFSVGLLTELAPHEDPHLLGLNVNAGQAIKLRL
RTDAYDGFRPYLEVRRVLCHELTHNKWGDHDNNFKELNSQLNREVVAFERAKKEGTHTLV
DGLGGYEPSSELEAEARTYVLGGSGIAPSGNETVEDRRRRMLEATMNRLRKEEEELEHSC
GTAAGPASGEAH
NT seq
3999 nt
NT seq
+upstream
nt +downstream
nt
atgttgctctcagtaacgatgctacgccgtgctctcgctgcagtcctcttggcgctttct
gctgcgtcctcgaccgtggccagcgatcttgcgcgacgcaactctaccggtcttaccgac
gcagtcacctgggatcctcattctctttcgatcttcggccagcgcgtgttcattctatca
gctgaagtgcacccttggaggcagccaaaccctgacctctgggccgacgtatttgaaaag
ataaaagctaacgggttcaatactgtttcattctacgtgcattgggcattgcattatcct
acaccggatacgaatgacggtaagggagactggcaggaaggaacgtaccgtgatttgcag
agatttattgatgaagccaagaatgcgggattatggatgattgcgagacctggtccctat
atcaatgccgaaaccacagggggcggctttcccggctgggtgggcaatattgcaggatct
ctgcgtactgataacatcaactatacgcgagcttggaagccctatatgatcgcagtttca
cagattatcgcaaaaaatcagatcaccaatggtggccccattatactggtacaagcagag
aatgagttcagtgccggaacaggaaggagtgattatatgcaggacattatcgacacgtac
cgtgccaacagtattgtcattccgacaacgcacaatgaccagcacgcaggccagggtggg
aatttcagcccagacttgcccggtaatggttccgtcaacatctactgcggagattcctac
ccgcagggtacatcgcgttggaaccaggtgcagactatctatatgtctgtccacaaaaac
gttgctccaagcagcccgctatgtcttgctgagttcggaggtggctggcttcttggttgg
ggatctaaagctagaggcggaacagggtatgaggttttcgaaaccacgttggacaatgcc
gactacgagaatgtgttctacaaggaaaactatgcacaaacgacgacgattttgaatatc
tacatgttgtttggcggtacgaactggggccaaaccgctgaacccactgtctatagcagt
tacgattacggcggcggtatcaacgaaaatcgtgttgcgacacccaagatgaatgagatg
aggctccaaggccttttcctccgcgtttctcgcgacctacttgcaacgattcaaatcagt
aacggaacgaactacaccacgtcgtctctagtccatactgctgagctgaagaatctgcag
tcgggggcaggcttctacgtcttgcggcacaatgacgctacatctactgacttgacaacc
actcaactcaatatcaccacgtctgagggagcactcttgttaccggcgcagggcgttatc
accctcaacggccgtgacagtaagatacttgttacagattacgttttcggacagtcagcg
acgaccatcctgtactccactgccgaaatcttgacttggacgaccatcgacgacatcgac
tacatcattttctacgcaggactaggcgagaccggagaaaccacattcaagttctcgtcc
caacctcaagtgtccctcaatggggcctcgaatgttacatccacatactctggagggatc
ttgactcttgtttactctctccaaggctcaaagtttgtcgatatcaacgcaagtggcaag
acgatcaccgtggtgattttggataaacctactgccaacacatggcatgctcctatcatt
cctggctcagggaattatggatctttcttttcctttggtactaatcaaactatccttgcg
agcggcccgtatctaataaggactgcagccatttctggcaatactctgcatctgacggga
gatctcaatggtacaactccaatcgaattcatcgctccttcatcggtggacactctttat
tggaatggccaagtccagacagtcacgcagacttctcatcgatctttcacggcaattctt
gcagtatcagatacccccaagctccctactcttggaagttggaaagtgctgggaagcctt
ccagagattgatccggcgtttgatgactctgattttgtcactgctgatcagacaacaacg
aactacacaaaccttccgcccctttctgggacgcaggtcctttattcgcaacaatacggg
ttctatggtggcaacattattttccgaggccatttcaatgcatctggtgaagagacatcc
atcaatctgagcgtccagggcggttacggctttggatactccgcatttttgaacggagtt
ttcctcggttcaaaccagggcaatgcctccgttagcatgaccactgactcgtggaaaatt
cctagctcgacccttcagatcggaaaggataatgttgtcgttgtaatacaagatcatacg
ggtatcatcgaagcttacataaatggtggcaaggaacctcgtggaattcgcggctattct
atcactggaggtaataccacatttacgacctggaagcttcaaggaaatcagggaggtgct
gcccatgccccagatgctgtgagggggtatttgaacgagggcggtttgtacgccgaaagg
atcggtgcacatcttcccggtttcgacgactccaagtgggcaagtggtacaccgttatcg
ggtggtggtgtccacgatgccggtgtcaacttttacaggacgacattctcctttgacgtt
cctcaaggactcgatgttcctctgcgcctatcgatcactcccagcgacatctcacagaat
taccgcgttcaaatctacctcaacggttggcaactcggaaagtacatcaacaacttgggg
cctcagactacattcgtgcttccacctggtatcctgaagcgtcaatctgagaacaccctc
gcattgtcactttggtctctcgattcctcgggagcagcgcttgctggcctggagttgata
gcggatggcgcattctcgacatctctgaccttgtcggattatctactggctcccgattac
gagggtgctcagcgacccgctgctgaatatgtcgttgctatgatttacagtgatgttcaa
gagggctgtcgtctctcggatgagactctcgcggtcctgcagacccgactcgaagaactc
acgtccgtcccgcctcctcaacaaaagctgctttacaagggcaagaagccttctcatgaa
gaatccactacacttcaggacgcgggtttcaaggatgggatgaaggtgcagctgctgggt
gcgacggcagaggagttgggagggatgcggaaagtggaggacgaacagaggcggcgagag
aacatcatgcgggagcgcgcagtgaaggggaccgtcaaggtgcgatcgactggtccatcc
gcgtttacctccgctccctctgggcgctaccggttccaccgcctcgagccgcttcagcat
ctgcccaaccctgcctctgcccttgccaccctcgagcgcctctcctccgaccccgccatc
ttgcacgtcatgaacaagcacgagttctccgtcgggctgctcacggagctcgcgccgcac
gaggacccgcacttgttgggattgaacgtgaacgcggggcaggcgatcaagcttcggctg
cggacggacgcgtacgacgggttcaggccgtatctcgaggtgaggagggtgctgtgccac
gagttgacgcacaacaagtggggcgaccacgataacaactttaaggaactgaactcacag
ctgaatcgcgaagtcgtagcgttcgagcgcgctaagaaagagggcacgcacactctcgtc
gacggcctcggggggtatgagccctcttcggagctcgaggctgaggcgcgcacgtacgtg
cttggcgggtccgggatagcaccatctggaaacgagacggtggaggataggaggcggcgg
atgttggaagcaacgatgaaccggctgaggaaggaggaagaagaactagagcacagttgt
gggacggccgcgggtcccgctagtggagaggctcattga
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