KEGG T00243: CNH00720

Cryptococcus neoformans JEC21: CNH00720

Entry

CNH00720 CDS T00243

Definition

histone-lysine N-methyltransferase, h3 lysine-9 specific (EC:2.1.1.43)

Orthology

K11419

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

Organism

cne Cryptococcus neoformans JEC21

Pathway

cne00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:cne00310]

SSDB

Motif

Pfam:

Pre-SET SET

Other DBs

NCBI-GI:

58270216

NCBI-GeneID:

3259200

UniProt:

Q5KCE3

Position

8:complement(join(980215..980373,980454..980523,980585..980655,980862..980881,980944..981098,981164..981348,981410..981491,981545..985878))

AA seq 1691 aa
MSIANSSSSPEDQNITGLLENHSRETGELPSPPLVEDRAAPNGMKLDGENIVSQSNGISA
AQAAVTTSRTSSLTSNLNRPQSVSGAQPAVASSSRSAINSPPRRYLLISQQSPSSRTTPC
RSAGTASPTSRPPTPPLPPTQSTPVTVSGLPAPLILSPVPAASSAISPTIPSIPLHASLP
YPTLSLPPSATPALPNSFTLSASTILPADSSISALPSTSAAGLPVMPVFISPATSSPAGP
EPSTLQSASEATKSSNQKESPRKTDSKQAPSPSSTHGLWTNTRPFHASSNLSATSGKSSA
ASSRSTSRTLLPSRVATSDNVAGPSKTTSVSSTHPPARAPSLSLPSEPERQVHPRSPSHE
GVGKREKKSKALSSGTGQSTPSRSSLSTYDVASNRKTKSTGLNALPQKPSSAGKTSSIPQ
RTSTLATAMAIRPFVRSPTSPCRPSSFEASGPIQSSGGAVKAAQNQDKIHPLSTTSSISS
HSRETTTKAATPSHVTISSPSPSQSTSASTTVHVTQDAQKSATTSPTREKIHPSRRKSQT
SDCVVAPTTSQTAASLSYPAGTSDGTGEADKKAAGTTVHAGPSSADFGTFVVPPTTAIAS
TTVSPSVTPPEDAPFLKSGPTVHPLFRAASAIGGQDTLTETGAVGDVLSQGSKGRASSPR
ITTTGAVSHLVLPIDVGSKIKPTAAPSLFASGVTIGNVDDQAAAQPQNPAPLPSALSVLS
KKNLGSSSKESSVKSAASSVSSSSTLGDSVSGLGRKSHHKSTQSIPQSPLPTTNTSNSSG
IEVNSWLNPQPFGPSFAASHLNTHAKKKWKGKEREKEREKEKAREKEKAKEENEQLRRRR
MADLEKISANLEKYKGRMGVESRTRSIPRADGENRKRPPSPGISASTDGEVRVVKRSKPA
WAIAPENGHVAAAMEKETNDNKKTTDAIKINHQPAAFYTPQFATPTSAAKTTTTPLSVTA
GLGPPVNSSSSSSTPSLLSRSINLDIPRETPEERMDDDDGNDSTGGLLVRKTGKNDAVEE
QVEQVRLDLDDVSIHGSSPVGPISTFTSRFRNVSITPSQTQKILEQPGEDVPIRRSAIKI
NGKQKAQRSKDKSDGSESEDDVPLNWPSRKGKGKAAPEPQDNSETQRDDDGVNLGSSNGE
EGSSDDHSNPVLPPFLFKDRPAHVRQPLQTLFKGGFVAKHSYQRPLVKSSAVSPVPNANR
TSSEPSAKAELLPQKRKRRPKKLTREQWHHIAQNHLSDVDDLLDESSKKRLSPKSAEKLG
ADLSKLTSPRVFSIVSRSEPRSKGAPIEENDNEYFTDSDSHTSDIALFLQHPDPPPPPER
IREAKRNFGTRTIDPWNRQKHTFRSNPALHRAIFEAYIMQSTSMEESGGDDIKVTNEVDA
DGGPPDFEFVYSDTMLYPDGIPPPELGLGCDCDGPCDPDSETCTCVKRQELYFYDLGLKG
FAYDENGKIRENSASIWECNELCGCPPECMNRVIQRGRAKDTGIEIFKTKEKGWGIRARS
FIPSGTYIGSYTGELIREAESERRGVTYTAIGRTYVFDLDGWQIRHPPKGLEKIDKRAAE
LAEAVKMRAKAAMRESQEDAYNAYSVDAFHYGNHSCDPNLAITQAYVKDFHPERPLLVIF
TRRDIKKHEELCISYKGIPDDDVPSPEPVKKKKGNKGKKQMSKTSASAHPPEMIALNSDK
GPVEVKDICRW

NT seq 5076 nt +upstreamnt +downstreamnt
atgtctatagcaaattcgtcttcttcaccagaagatcagaatatcaccggtcttttggaa
aatcattctcgagagacaggagagctgcctagtccgcctttagttgaggatcgtgcggca
ccgaatggaatgaaactcgatggggagaacattgttagtcagagtaatgggattagtgct
gctcaagcggcggtaaccacatctagaacgtcttcattgacatcaaatttaaacagaccc
caatcggtctctggggctcaacctgctgtcgcttcctctagcagatctgccatcaattct
cctcccagacgataccttttgatatcccaacagtcaccttcgtctcgtacgacaccttgc
agatctgccggtactgcgtctcccacttcaagacccccaactcctccattaccgccaaca
cagtcaacacctgtaactgtatcagggcttccagcgcccttgatactctcccctgtaccg
gctgcttcatcagccatctcgcccaccataccttcaatacctttacacgcttcacttccc
tatcctacactatctttaccgccttcagctacaccagcacttccaaattcctttacactt
tctgcatccactatccttcctgcagattcttcaatttctgcacttccatcaacttctgca
gcaggtttacctgtgatgcctgtattcatttcacccgctacatcttctccagctggtcct
gaaccatcaactcttcaatccgcttcagaagccacaaaatcatctaaccaaaaagaatcg
ccaaggaaaacggactccaaacaagcgccttccccttcaagtacccatggtttgtggacg
aatacaaggccatttcacgcttcttctaatttatcagctacgtctgggaaatcttcagca
gcttcgtcgagatcgacatctcggacactgttacctagtcgtgtggctacgagtgacaat
gttgccggtccctcaaaaacgacttctgtttcatcaactcacccaccagctagagcccca
tcgttatctctaccctcagagccagaaaggcaagttcacccaaggtcgccatctcatgaa
ggcgtaggaaagagggagaagaaatccaaggcgctttcttctggtactggccaaagtaca
ccctcaagatcttcattatcaacttacgatgtggcctcaaatcggaaaactaaatcgact
ggccttaatgcgttaccacaaaagccctccagtgcaggtaagacctcaagtatcccgcaa
agaaccagtacattggccacggccatggccatacgtccgtttgttcgatcgccaacttct
ccttgtcgcccatcgtcgtttgaagcttccggacctatccagtcttccggaggagcagta
aaagccgctcaaaatcaagataaaatacatccattgtcgacaacatcgtccatatcttcc
cattctagggaaacaacgacaaaggccgccacaccctcccacgtcacaatttcatcacca
tcgccttcccaatccacttcagcatcgacaacagtgcacgtgacacaagatgctcaaaag
tcagcaacaacctcacctaccagagaaaagatacatccttctagaaggaagagccagaca
agcgattgtgtggttgctccgacaacttcccagactgcggcctccttgtcatatccggca
gggacatcagatgggactggagaagctgataagaaggccgcgggaaccactgttcacgca
ggaccatcttccgctgattttggaacatttgtagtgcctcctacaaccgctattgcatcc
acgactgtgtccccctcggtgactccacctgaagatgctccttttttaaagtcgggtcca
acagttcatccactttttcgcgctgcgtctgcaattgggggtcaggatactttaaccgag
acgggagcagttggagacgtgttgtcgcaaggatcaaaaggccgggcatcatcaccccgg
ataacaactactggagcagtttcgcatcttgtgctacctattgatgtaggctcaaaaatt
aagccaacagcagcgccttcactctttgcatcaggtgtgactatcggaaatgtcgatgat
caggctgctgcgcagccacagaacccagcacctcttccgtcagctttatctgttttgtcg
aagaagaacctagggtcatcgtccaaagagtcaagcgttaaatctgctgcatcgtctgtc
tccagctcaagcaccctgggcgattcggtttccggactcggtagaaaatcgcatcacaag
tcgacgcagtcgataccccaaagtccgctcccgacgactaataccagcaatagcagcggc
atagaagtcaattcttggcttaatccgcaacctttcggtccttctttcgccgcttcgcat
ttgaatacacatgccaagaagaagtggaaaggaaaggaaagagagaaggagagggaaaag
gaaaaggctcgagagaaggaaaaggcgaaagaagagaacgagcaattgaggcgaagacga
atggcagatttggagaagatttcggcaaacctggaaaagtataaaggacgtatgggcgtt
gaatctcgaactcgctcgatccctcgtgcggatggcgaaaacagaaagcggccgccaagt
ccaggaatcagtgcaagtactgatggggaggtgagagttgtgaagaggagcaaaccagcg
tgggctatcgcgcctgaaaatggacacgtcgctgccgcaatggagaaagaaacaaatgac
aacaagaagacgacggatgccatcaaaatcaatcatcaaccagcagcgttttatactccc
cagtttgctactcccacctcagctgctaagacaactacaactcctctatctgttactgcc
ggcttgggaccaccagtcaattcttccagctcatccagtacgccttcattgcttagtcgt
tcgattaatttagatataccgagggagacgccggaagagcgtatggatgatgacgacgga
aatgattcgacaggtgggttgctagtcagaaaaaccgggaaaaatgatgctgtcgaagag
caagtggagcaagtccgtctggatttggatgatgtctctatacacggtagctcccccgtt
gggccaatttctactttcacctcacggtttaggaatgtgtctatcacgccctctcagact
caaaagatattagagcagccaggtgaagatgtacctatccgacggtctgccataaagata
aatgggaagcaaaaggcgcaacgcagcaaggataagagtgatggaagcgagagtgaggat
gatgttcctctcaactggccttcaaggaaaggaaaggggaaagccgctcccgaaccccaa
gataattcagaaacacaaagggatgatgatggtgtgaatttgggatcaagcaatggagag
gaggggtccagcgacgaccactctaatcctgttctaccgcctttcttattcaaagatcgg
cctgcgcatgtgcgacagccgttgcagacacttttcaaaggcggatttgttgcaaaacat
agctaccagcgccctcttgtcaagtcttctgctgtttctcccgttccgaatgccaatcgc
acctcctctgagccatctgccaaagctgaactgctgccccaaaagcgcaaacgtaggccc
aagaaacttaccagagagcaatggcaccacatcgcacagaaccatttgtcagatgttgat
gacctgcttgacgaatcttcaaagaagaggttgagtccgaagagtgcggagaagctcggt
gccgatctttccaagctcacaagtcctcgcgttttctctatcgtttctcgctcagagccc
cggtcaaagggagcgcccattgaagaaaatgataacgagtactttacggactctgactca
catacatctgacattgccctgttcctccaacatcctgatcctcctcctcctcccgagcgc
attcgagaagccaagcgcaatttcggtacgcgtaccatcgatccatggaacaggcagaag
catacttttcgatccaacccggctctgcatcgtgccatctttgaggcatatattatgcag
tctacgtcaatggaagagtcgggtggggatgatatcaaggtgacgaatgaggtcgacgca
gatggtggtccgccggactttgagtttgtgtattcagatactatgttatatccggacggt
ataccgccaccagagctaggtttggggtgcgattgtgatggaccttgcgatccggattct
gagacttgtacttgtgtaaagaggcaagagctttacttttatgatctgggcttgaaaggt
ttcgcatatgatgaaaatggcaaaatcagagaaaactctgcttccatttgggagtgtaac
gagctatgtggatgtcctcctgagtgtatgaatcgcgttatccaacgaggccgtgccaag
gataccggaatagagattttcaagaccaaagaaaaaggttggggtatccgcgctcggtca
ttcataccaagtggaacatacatcggcagttacacaggagaactgattagggaggcggaa
agtgaacgacgaggagttacctacaccgccattggtcgaacatacgttttcgacctcgac
ggatggcaaattcggcacccacccaaggggttggagaagattgataaacgcgccgcagag
ctagctgaagcggtgaaaatgagagccaaggctgcaatgcgagagagccaagaagatgct
tacaatgcatatagtgtggatgctttccattatgggaatcactcatgtgatcccaatttg
gcgattacccaagcatatgtcaaggacttccatccagaacgaccattgcttgtgatcttt
actcgtcgagacatcaaaaagcacgaagaactttgtatcagttacaagggtatacccgat
gacgacgttccatccccagagcctgtcaaaaagaagaagggaaataagggcaagaaacag
atgtctaaaacatctgcttcggcacatccgccagagatgatagctttgaattcagacaaa
ggcccggtggaagtgaaggatatctgtcgatggtaa

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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