KEGG   Cryptococcus neoformans var. neoformans JEC21: CNH00720
Entry
CNH00720          CDS       T00243                                 
Name
(RefSeq) histone-lysine N-methyltransferase, h3 lysine-9 specific, putative
  KO
K11419  [histone H3]-lysine9 N-trimethyltransferase SUV39H [EC:2.1.1.355]
Organism
cne  Cryptococcus neoformans var. neoformans JEC21
Pathway
cne00310  Lysine degradation
cne01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:cne00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    CNH00720
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:cne03036]
    CNH00720
Enzymes [BR:cne01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.355  [histone H3]-lysine9 N-trimethyltransferase
     CNH00720
Chromosome and associated proteins [BR:cne03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     CNH00720
  Heterochromatin formation proteins
   Other heterochromatin formation proteins
    CNH00720
SSDB
Motif
Pfam: SET Pre-SET
Other DBs
NCBI-GeneID: 3259200
NCBI-ProteinID: XP_024513314
Position
8:complement(join(980084..980129,980219..980373,980454..980523,980585..980655,980712..980726,980780..980782,980862..980881,980944..981098,981164..981348,981410..981491,981545..986024,986077..986139,986191..986271,986371..986392))
AA seq 1815 aa
MPGASSEVGAVDNPLVVDSSDSDDDLSVLPANGRVKPSDGKDRSYKKSLTFMRESTVVDL
TLSDSDDAVEFVNFPPGPNSTPDRVAQVGLPDKQPSPGRRPRPFMSIANSSSSPEDQNIT
GLLENHSRETGELPSPPLVEDRAAPNGMKLDGENIVSQSNGISAAQAAVTTSRTSSLTSN
LNRPQSVSGAQPAVASSSRSAINSPPRRYLLISQQSPSSRTTPCRSAGTASPTSRPPTPP
LPPTQSTPVTVSGLPAPLILSPVPAASSAISPTIPSIPLHASLPYPTLSLPPSATPALPN
SFTLSASTILPADSSISALPSTSAAGLPVMPVFISPATSSPAGPEPSTLQSASEATKSSN
QKESPRKTDSKQAPSPSSTHGLWTNTRPFHASSNLSATSGKSSAASSRSTSRTLLPSRVA
TSDNVAGPSKTTSVSSTHPPARAPSLSLPSEPERQVHPRSPSHEGVGKREKKSKALSSGT
GQSTPSRSSLSTYDVASNRKTKSTGLNALPQKPSSAGKTSSIPQRTSTLATAMAIRPFVR
SPTSPCRPSSFEASGPIQSSGGAVKAAQNQDKIHPLSTTSSISSHSRETTTKAATPSHVT
ISSPSPSQSTSASTTVHVTQDAQKSATTSPTREKIHPSRRKSQTSDCVVAPTTSQTAASL
SYPAGTSDGTGEADKKAAGTTVHAGPSSADFGTFVVPPTTAIASTTVSPSVTPPEDAPFL
KSGPTVHPLFRAASAIGGQDTLTETGAVGDVLSQGSKGRASSPRITTTGAVSHLVLPIDV
GSKIKPTAAPSLFASGVTIGNVDDQAAAQPQNPAPLPSALSVLSKKNLGSSSKESSVKSA
ASSVSSSSTLGDSVSGLGRKSHHKSTQSIPQSPLPTTNTSNSSGIEVNSWLNPQPFGPSF
AASHLNTHAKKKWKGKEREKEREKEKAREKEKAKEENEQLRRRRMADLEKISANLEKYKG
RMGVESRTRSIPRADGENRKRPPSPGISASTDGEVRVVKRSKPAWAIAPENGHVAAAMEK
ETNDNKKTTDAIKINHQPAAFYTPQFATPTSAAKTTTTPLSVTAGLGPPVNSSSSSSTPS
LLSRSINLDIPRETPEERMDDDDGNDSTGGLLVRKTGKNDAVEEQVEQVRLDLDDVSIHG
SSPVGPISTFTSRFRNVSITPSQTQKILEQPGEDVPIRRSAIKINGKQKAQRSKDKSDGS
ESEDDVPLNWPSRKGKGKAAPEPQDNSETQRDDDGVNLGSSNGEEGSSDDHSNPVLPPFL
FKDRPAHVRQPLQTLFKGGFVAKHSYQRPLVKSSAVSPVPNANRTSSEPSAKAELLPQKR
KRRPKKLTREQWHHIAQNHLSDVDDLLDESSKKRLSPKSAEKLGADLSKLTSPRVFSIVS
RSEPRSKGAPIEENDNEYFTDSDSHTSDIALFLQHPDPPPPPERIREAKRNFGTRTIDPW
NRQKHTFRSNPALHRAIFEAYIMQSTSMEESGGDDIKVTNEVDADGGPPDFEFVYSDTML
YPDGIPPPELGLGCDCDGPCDPDSETCTCVKRQELYFYDLGLKGFAYDENGKIRENSASI
WECNELCGCPPECMNRVIQRGRAKDTGIEIFKTKEKGWGIRARSFIPSGTYIGSYTGELI
REAESERRGVTYTAIGRTYVFDLDGWQIRHPPKGLEKIDKRAAELAEAVKMRAKAAMRES
QEDAYNAYSVDAFHYGNFTRYFNHSCDPNLAITQAYVKDFHPERPLLVIFTRRDIKKHEE
LCISYKGIPDDDVPSPEPVKKKKGNKGKKQMSKTSASAHPPEMIALNSDKGPVEVKDICR
CGAKNCDGRMFNYGS
NT seq 5448 nt   +upstreamnt  +downstreamnt
atgccaggcgccagctcggaagtgggtgctgtcgacaatccgttggtagtggatagttca
gactcggacgacgatctctcagtattaccggcaaatggaagagtcaaaccgagtgatggt
aaagaccggtcatacaagaagtcgttgacgttcatgagagagtctaccgtagtagacttg
acactgtcggactctgatgacgccgtcgaattcgttaatttccctcccggcccgaattcg
actcccgatcgggtagcgcaagtgggactaccagacaagcaaccaagccctggacggcgt
ccaagaccatttatgtctatagcaaattcgtcttcttcaccagaagatcagaatatcacc
ggtcttttggaaaatcattctcgagagacaggagagctgcctagtccgcctttagttgag
gatcgtgcggcaccgaatggaatgaaactcgatggggagaacattgttagtcagagtaat
gggattagtgctgctcaagcggcggtaaccacatctagaacgtcttcattgacatcaaat
ttaaacagaccccaatcggtctctggggctcaacctgctgtcgcttcctctagcagatct
gccatcaattctcctcccagacgataccttttgatatcccaacagtcaccttcgtctcgt
acgacaccttgcagatctgccggtactgcgtctcccacttcaagacccccaactcctcca
ttaccgccaacacagtcaacacctgtaactgtatcagggcttccagcgcccttgatactc
tcccctgtaccggctgcttcatcagccatctcgcccaccataccttcaatacctttacac
gcttcacttccctatcctacactatctttaccgccttcagctacaccagcacttccaaat
tcctttacactttctgcatccactatccttcctgcagattcttcaatttctgcacttcca
tcaacttctgcagcaggtttacctgtgatgcctgtattcatttcacccgctacatcttct
ccagctggtcctgaaccatcaactcttcaatccgcttcagaagccacaaaatcatctaac
caaaaagaatcgccaaggaaaacggactccaaacaagcgccttccccttcaagtacccat
ggtttgtggacgaatacaaggccatttcacgcttcttctaatttatcagctacgtctggg
aaatcttcagcagcttcgtcgagatcgacatctcggacactgttacctagtcgtgtggct
acgagtgacaatgttgccggtccctcaaaaacgacttctgtttcatcaactcacccacca
gctagagccccatcgttatctctaccctcagagccagaaaggcaagttcacccaaggtcg
ccatctcatgaaggcgtaggaaagagggagaagaaatccaaggcgctttcttctggtact
ggccaaagtacaccctcaagatcttcattatcaacttacgatgtggcctcaaatcggaaa
actaaatcgactggccttaatgcgttaccacaaaagccctccagtgcaggtaagacctca
agtatcccgcaaagaaccagtacattggccacggccatggccatacgtccgtttgttcga
tcgccaacttctccttgtcgcccatcgtcgtttgaagcttccggacctatccagtcttcc
ggaggagcagtaaaagccgctcaaaatcaagataaaatacatccattgtcgacaacatcg
tccatatcttcccattctagggaaacaacgacaaaggccgccacaccctcccacgtcaca
atttcatcaccatcgccttcccaatccacttcagcatcgacaacagtgcacgtgacacaa
gatgctcaaaagtcagcaacaacctcacctaccagagaaaagatacatccttctagaagg
aagagccagacaagcgattgtgtggttgctccgacaacttcccagactgcggcctccttg
tcatatccggcagggacatcagatgggactggagaagctgataagaaggccgcgggaacc
actgttcacgcaggaccatcttccgctgattttggaacatttgtagtgcctcctacaacc
gctattgcatccacgactgtgtccccctcggtgactccacctgaagatgctcctttttta
aagtcgggtccaacagttcatccactttttcgcgctgcgtctgcaattgggggtcaggat
actttaaccgagacgggagcagttggagacgtgttgtcgcaaggatcaaaaggccgggca
tcatcaccccggataacaactactggagcagtttcgcatcttgtgctacctattgatgta
ggctcaaaaattaagccaacagcagcgccttcactctttgcatcaggtgtgactatcgga
aatgtcgatgatcaggctgctgcgcagccacagaacccagcacctcttccgtcagcttta
tctgttttgtcgaagaagaacctagggtcatcgtccaaagagtcaagcgttaaatctgct
gcatcgtctgtctccagctcaagcaccctgggcgattcggtttccggactcggtagaaaa
tcgcatcacaagtcgacgcagtcgataccccaaagtccgctcccgacgactaataccagc
aatagcagcggcatagaagtcaattcttggcttaatccgcaacctttcggtccttctttc
gccgcttcgcatttgaatacacatgccaagaagaagtggaaaggaaaggaaagagagaag
gagagggaaaaggaaaaggctcgagagaaggaaaaggcgaaagaagagaacgagcaattg
aggcgaagacgaatggcagatttggagaagatttcggcaaacctggaaaagtataaagga
cgtatgggcgttgaatctcgaactcgctcgatccctcgtgcggatggcgaaaacagaaag
cggccgccaagtccaggaatcagtgcaagtactgatggggaggtgagagttgtgaagagg
agcaaaccagcgtgggctatcgcgcctgaaaatggacacgtcgctgccgcaatggagaaa
gaaacaaatgacaacaagaagacgacggatgccatcaaaatcaatcatcaaccagcagcg
ttttatactccccagtttgctactcccacctcagctgctaagacaactacaactcctcta
tctgttactgccggcttgggaccaccagtcaattcttccagctcatccagtacgccttca
ttgcttagtcgttcgattaatttagatataccgagggagacgccggaagagcgtatggat
gatgacgacggaaatgattcgacaggtgggttgctagtcagaaaaaccgggaaaaatgat
gctgtcgaagagcaagtggagcaagtccgtctggatttggatgatgtctctatacacggt
agctcccccgttgggccaatttctactttcacctcacggtttaggaatgtgtctatcacg
ccctctcagactcaaaagatattagagcagccaggtgaagatgtacctatccgacggtct
gccataaagataaatgggaagcaaaaggcgcaacgcagcaaggataagagtgatggaagc
gagagtgaggatgatgttcctctcaactggccttcaaggaaaggaaaggggaaagccgct
cccgaaccccaagataattcagaaacacaaagggatgatgatggtgtgaatttgggatca
agcaatggagaggaggggtccagcgacgaccactctaatcctgttctaccgcctttctta
ttcaaagatcggcctgcgcatgtgcgacagccgttgcagacacttttcaaaggcggattt
gttgcaaaacatagctaccagcgccctcttgtcaagtcttctgctgtttctcccgttccg
aatgccaatcgcacctcctctgagccatctgccaaagctgaactgctgccccaaaagcgc
aaacgtaggcccaagaaacttaccagagagcaatggcaccacatcgcacagaaccatttg
tcagatgttgatgacctgcttgacgaatcttcaaagaagaggttgagtccgaagagtgcg
gagaagctcggtgccgatctttccaagctcacaagtcctcgcgttttctctatcgtttct
cgctcagagccccggtcaaagggagcgcccattgaagaaaatgataacgagtactttacg
gactctgactcacatacatctgacattgccctgttcctccaacatcctgatcctcctcct
cctcccgagcgcattcgagaagccaagcgcaatttcggtacgcgtaccatcgatccatgg
aacaggcagaagcatacttttcgatccaacccggctctgcatcgtgccatctttgaggca
tatattatgcagtctacgtcaatggaagagtcgggtggggatgatatcaaggtgacgaat
gaggtcgacgcagatggtggtccgccggactttgagtttgtgtattcagatactatgtta
tatccggacggtataccgccaccagagctaggtttggggtgcgattgtgatggaccttgc
gatccggattctgagacttgtacttgtgtaaagaggcaagagctttacttttatgatctg
ggcttgaaaggtttcgcatatgatgaaaatggcaaaatcagagaaaactctgcttccatt
tgggagtgtaacgagctatgtggatgtcctcctgagtgtatgaatcgcgttatccaacga
ggccgtgccaaggataccggaatagagattttcaagaccaaagaaaaaggttggggtatc
cgcgctcggtcattcataccaagtggaacatacatcggcagttacacaggagaactgatt
agggaggcggaaagtgaacgacgaggagttacctacaccgccattggtcgaacatacgtt
ttcgacctcgacggatggcaaattcggcacccacccaaggggttggagaagattgataaa
cgcgccgcagagctagctgaagcggtgaaaatgagagccaaggctgcaatgcgagagagc
caagaagatgcttacaatgcatatagtgtggatgctttccattatgggaacttcactcgc
tattttaatcactcatgtgatcccaatttggcgattacccaagcatatgtcaaggacttc
catccagaacgaccattgcttgtgatctttactcgtcgagacatcaaaaagcacgaagaa
ctttgtatcagttacaagggtatacccgatgacgacgttccatccccagagcctgtcaaa
aagaagaagggaaataagggcaagaaacagatgtctaaaacatctgcttcggcacatccg
ccagagatgatagctttgaattcagacaaaggcccggtggaagtgaaggatatctgtcga
tgcggagcgaagaattgtgatggaaggatgttcaactacggctcctag

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (123)   
   KEGG ORTHOLOGY (1)   
   RefGene (119)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (143)   

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