KEGG T01275: CC1G

Coprinopsis cinerea: CC1G_12392

Entry

CC1G_12392 CDS T01275

Definition

hypothetical protein

Orthology

K11419

histone-lysine N-methyltransferase SUV39H [EC:2.1.1.43]

Organism

cci Coprinopsis cinerea

Pathway

cci00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:cci00310]

SSDB

Motif

Pfam:

Pre-SET SET

Other DBs

NCBI-GI:

299738750

NCBI-GeneID:

6011289

UniProt:

A8NLT5

Position

AA seq 1211 aa
MRGLVHDYKPARMREEQDSALPGWEVLPTQRAGSDIDDEDDDDDGEDDEEQVDQLSPPRP
TQYTGKRPLYRPSLMKRPPESQIGGRSNTRERAPVASTSSQRQTAANGDDDEPATVVTEH
DSSPQDHPSRAHQTARKSTGKKRVPPSAKSLGSEAAPSASSASRPLLAENPSAGSSRSSP
SGSTSTEKQPRRTLARKSTGGPNYGRVRRLRPVVARPRPSVTSTSNAWTGPSTADRTRRS
PSVICISSDEDEAPLLPRPSTTKVKKPPPRKSDTGKQAGPSSFSALFSPAKKTTNGAGRE
GSQGWDNFAASLNNALQQQQGTSANRPSIRSTDQPADPGPSTSTTRRPASPAKQTTLDGY
VQSRPSSPTKQSTLDGFVASRPGPISRTTNEGDATMAYTPSDFDGNQDEYAPPEHHVIEP
DMRGMEEALGFSVSAFARSRSRAATPTEAGPSTVKQQPFSPAIAADKKGKQRAERQMDVA
GAFTQNAEAQRSKKEKKKVKKKRQSVVPVVKLSGFGSKDDPFTLDDSDDDAGKASATAPV
GGVSWAESNLNPPSTVTATATAPLPPLPVRPPAPPPTLVATSSTTATTGGTKAPALEPAV
STSTAIGSSVKDASKGSKLKELLEQERSRVAASTPVPIPRPASQAPVTPSIASVPLAPTS
NPTVSPDKSFTETRGGESRGSSEEQESRDTSAKSTPSSAVVLPSSATKAVPVLGTSMTTA
VGVHSREEGMEDEDDDLPTLPLTGPEEVGTSDENAAMEVDDLLVPSRQSSAEIEDITVAL
GSQDIANGEPSRQPSSDEDEGSPSTPEDQDNSEFDVANDEDDDDELALVPGQPPPPLESK
TARIEKFKAAAVTTPARTGASGFQQLTFHDYRLHLQNTPFEVYYARDLPHSLQDGINNTK
DMHLLAGMRDLFKAFIQEHTVQDEPDAPPIDIINNIDDEPAPPWEFHYSNQMWHSDNVPP
PDVKNLEGCDCVGRCTKSCACLRRQKKLLDPEGPPGQVNDFMYDKKGRLRHPEFQEPIVE
CNALCGCDQDCVNRVVQNGRKVQVSIQKTKHKGWGVFAGPKKIPKGTFLGVYSGELLTDE
EGDERGKVYNKFGRTYLFNLDFWFLKANLTPEEAEEWDNKYVVDAFNVGNNHSCDPNCKI
HPCFINEANKEKPLLTVFTDRDIDPYEEICFNYTGMDADEAKARVSEMAKTDKIYEPCMC
GAKNCCGVMFE

NT seq 3636 nt +upstreamnt +downstreamnt
atgcgtggacttgtccacgactacaaaccagcccgtatgcgagaagagcaagattctgca
ttacctgggtgggaggttcttccaactcagcgagctggttcagacatcgacgatgaggac
gacgacgacgacggtgaggatgacgaagagcaagtcgaccaactaagcccgccgaggcca
acacaatatactggaaagcggcccctttatcgtccatcgttaatgaaaaggccacccgag
agccagattgggggaagatccaacactcgtgaacgtgcacctgttgcatcgacctcttca
cagcgacaaactgcagctaatggcgatgatgacgagccggctacggttgtcactgaacac
gactcgtcccctcaggaccacccttcgcgagctcatcagactgcacgaaagtcaactggc
aaaaaacgtgttcccccttctgccaaatcacttggatctgaggccgctccgtctgcaagc
tctgcatcgcgaccactactggcagagaatccatctgctggctccagtcgcagctcaccc
agtggttcgacatctactgagaaacaaccgagaagaaccttagcaaggaagtcgactgga
ggtcctaattatggccgggttcgtcgactgcgtccagttgttgctcgtccacgtccatct
gttacctcaacctcgaatgcttggaccgggccttccactgccgatcgtactcggcgttcc
cctagcgttatctgtatatcttccgacgaagatgaagctccccttctacctcgcccttcc
actactaaagtcaagaaacctcccccgagaaagagcgacacaggtaaacaagccgggcca
tcaagtttttctgctcttttctcccctgctaagaagacaacaaatggcgctggaagagaa
gggagccagggatgggataatttcgctgcaagcctgaacaacgccctacagcagcagcaa
ggtactagcgccaatcgtcccagcataagatctacagaccaacccgccgaccccgggccc
tccacatcaaccacacgccgccccgccagtccagccaaacaaacaacgctggatggctac
gttcaatcgcgacctagtagtccgaccaagcaaagcacgttggatggctttgttgcatca
cgaccgggacccatttcaaggaccaccaacgagggagatgccacaatggcgtatacgccg
tccgattttgatggaaatcaagacgagtatgcccctcccgaacaccacgtaattgaacct
gacatgcggggcatggaagaggctttaggtttcagtgtaagtgcctttgcgaggagcaga
agtcgcgctgcgacgccgaccgaggcagggccgagcaccgtgaagcaacagccgttctct
cctgctatcgctgcagacaaaaagggaaaacagcgagcagaacgacaaatggatgtcgca
ggtgcattcacacagaacgccgaagctcagaggtccaagaaggagaagaagaaggtcaaa
aagaaacggcagtcagttgtgcctgtggtcaagctctctggctttggatccaaggacgat
ccattcacgctggatgattctgacgacgatgctgggaaagcctctgcaactgctccagtg
ggaggggtgtcgtgggcagagtctaacttgaaccccccttcaacagtcaccgccactgcc
actgcgccattgcctccccttcctgtccgacctccggccccaccaccgactttggtagcc
acctcttcgaccactgccaccacaggtggaactaaagcccctgcactcgaacctgctgtc
tccacatcgactgctatcggctcaagcgtgaaggatgcctcaaagggatccaagttgaag
gagctattagagcaagagcgcagtcgcgttgctgcttccacccctgtccccattcctcga
ccggcttctcaggcccctgtgacaccttcgattgcgtctgtgcctctagcacccacttcc
aaccccaccgtcagccccgataaaagcttcaccgaaacccgcggcggtgaatcccgaggt
tcatctgaagaacaagagagcagggacacttcggccaagagtacaccatcttcagctgtg
gttttgccgtcgtcagcgaccaaggccgttcctgtactgggaacgagcatgacaactgct
gtgggcgtgcatagccgggaggaagggatggaggatgaggatgatgatcttcctacgctt
ccattgactggacctgaagaagtgggcaccagtgatgagaatgccgctatggaggttgac
gacctgttggtaccttcacggcaatcgtctgctgagattgaggacatcacggtcgccctt
ggaagccaagatattgcgaacggagagcccagtcgacaaccctcttcagatgaagatgaa
gggtcaccctccacaccagaagaccaggacaacagtgaattcgatgttgctaatgacgag
gacgatgatgatgaactggcccttgttcctggccaaccacctccacctctcgaatccaag
accgcgcgcattgagaagttcaaggccgcagcggtgacgacaccagcacgtacaggcgcg
tccggattccaacagctcacattccacgactaccgcctccacctccaaaacacccctttc
gaggtctactacgcacgcgaccttccccattctcttcaagacgggattaacaacacgaaa
gacatgcacctcctcgccggtatgcgcgacctcttcaaagccttcatccaagaacacact
gtgcaagacgagcccgacgctcctcccatcgacatcatcaacaacatcgacgacgagccg
gccccgccctgggagttccactactcgaaccagatgtggcattcggacaatgttcccccg
cctgacgtgaagaatctcgaggggtgcgattgtgtaggcaggtgcaccaagtcgtgtgcg
tgtctgaggaggcagaagaagcttttggacccagaaggcccgccggggcaagtgaatgat
ttcatgtatgacaagaaggggaggttgaggcatccagagttccaggagccgatcgtggag
tgtaatgcgctttgtgggtgcgatcaggactgtgtcaatcgggtggtacagaatgggagg
aaggtgcaggtctccattcagaagaccaaacataaaggatggggagtgttcgctggtcca
aagaagatacccaagggaacatttttgggcgtgtattctggcgagctgttgactgatgag
gagggtgacgagcgtggcaaggtgtataacaagttcggacgcacatacctgttcaacctt
gacttttggttcctcaaagcgaatttgacaccggaagaagcagaggaatgggacaacaaa
tacgtcgtggatgcgttcaatgttgggaataaccactcctgtgaccccaactgcaagatc
cacccatgctttatcaatgaggcgaacaaagagaaacccctcctcaccgtttttaccgac
cgcgacatcgacccttacgaagagatctgcttcaactatactggtatggatgcggatgag
gcaaaggcgagggtgagcgagatggcaaagactgacaagatttatgaaccttgcatgtgt
ggcgcgaagaattgttgtggtgttatgttcgagtag

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (21)   

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