KEGG   Schizosaccharomyces pombe (fission yeast): SPAC23E2.02
Entry
SPAC23E2.02       CDS       T00076                                 
Symbol
lsd2
Name
(RefSeq) putative histone demethylase SWIRM2
Organism
spo  Schizosaccharomyces pombe (fission yeast)
SSDB
Motif
Pfam: Amino_oxidase SWIRM NAD_binding_8 Pyr_redox_2 NAD_binding_9 HMG_box DAO
Other DBs
NCBI-GeneID: 2541832
NCBI-ProteinID: NP_592937
PomBase: SPAC23E2.02
UniProt: Q10135
Position
I:<446491..450726
AA seq 1273 aa
MPLGRSSWICCAKYFVNTKSRFNEILPPRFTLIVSFYSMNTSENDPDGHYDFPEMTEHHS
DRASSYANANNVNSTQPQLVSSEQALLAILGGGLQSITPNSVNQNAYSRSTYRTDGGLNS
QPVSSLNNQWGNYNPAFLPSRYDSSFHPYTISQAANQPFPQHLLGNSNAGVAQQSGMRTI
GLPPTVGSSFPQQKSSTYENFFDANSPSSQQFPSTYPSRSQNPLSSSGDGSTAIHAGPIQ
HQNSNAFSNYPYPLDASHLSSQQLLSMYRDQVSHGVTPSTFRNHESFMPTQLVSATELSK
SVDNAVLPIPPTTAPAVVSPPASSFPLMSSAATSGNISSPALFDSELGARPEGSVAIEPS
RVLLQWSSQSSSHTIPSAGASIPTSSLKSFFEHAAEAARKCNLDPRALESFEQHMLSDRL
HDPVVLFHYFQIRNSICWLWIKNPTHAISRVEAQGVCVDRCLFQLASLAYEFLVRYGYIN
YGCLSFDSSFTNETNTGTTSSSASKQKTIAVVGAGLTGLICARQLTGLFSQYSSSFLSKN
ELPPKVIILEAKERTGGRIYSRALPVSHTSATQINHHTSNSNSISSNSTSLNPKDVTDPS
HIPSAIDLGFQFLFSPMDDILLNLLNKQLGIEVTEMTGSDLVYDETDTKVLDMVEVKKLN
ILWEKLLEYVSVCFFINVEESVRISWISQFQLFIDEMFPDHLSKSLSLNASHEFSFKKTM
LILIDEVSSYAKLGNSQKKFLIWCFKVAELDDTLYPLNTVDTDFSKDILIPKVARRGLSQ
LPWALQSYPSPLNIHYEKFVSKVTIENDKCTLDCKDNSSYEVDQVVIACSPSHFSSNIEF
SPGLPNFVTENIKSIDFKPGKKVILRYAAAFWRKNIRSFGIIPKSLSQEMNNDENDGKSC
FVLRIWNMLPETGVPILVADINPQMTSSSSNETSHLIQELHSLIVDHFQNDSNSSADLLD
AWVTNWSRNGVYDGLNSYPNFANDKQQYEKRFRQSQLSYNLGRLHIAGDYIFSCVGCRTL
QRSFLSGLSVCTGIIDSLAPISLTIPIIGETSRKELDQFLRNSKVNNFDPNAEAQRHLSY
QARYRLKKQERLDEHKEEQEQLVTELLGYLPEPPSKPNANPFLLYQKMQWHVCRALADED
KRRLTGDSTAKATINETRAKLGKTWRQLDDLGKKPWIDEIAAQREAYAGKILRYQRLTKE
YEMRAEQIRNDYAAKCQDEPIPDDEARLFMQAQREEEQRKQTQDDNISKSREASDEEYHD
DGSSDSGYNGTRY
NT seq 3822 nt   +upstreamnt  +downstreamnt
atgcctctcgggcgttcttcatggatatgttgcgcaaagtactttgtaaacaccaaatcg
agattcaatgagattttaccacctcggttcactttgattgtatctttttactctatgaac
acgagcgagaatgatccagatggtcattatgactttccagaaatgacagagcatcattct
gaccgggcttcatcatatgctaacgccaacaacgttaattcaactcaacctcaattggtg
agtagtgaacaagcgcttttagctattttaggaggtggattacagtctatcacacctaat
tctgttaatcagaacgcgtattcaaggtcaacttatcgtacagatggcggcttaaattca
cagccagttagctcactgaacaatcaatggggaaactataatccagcatttttaccttct
agatatgattcctcttttcacccttacacaatttcgcaagcggctaatcaaccatttcct
cagcatcttttaggcaattcaaatgcaggtgtcgctcagcagtctggaatgagaacaatt
ggattacctccaactgtaggttcctcttttcctcaacaaaagtcatccacatacgaaaac
ttttttgatgcaaactctccgtcttctcagcaatttccatctacatatccttcacgatca
caaaacccgctttcttccagtggagatggttcaacggcaattcatgcaggccccattcaa
caccaaaactcaaatgccttttccaattatccgtatccattagacgcttctcatttatct
tctcagcaacttttgtcgatgtatcgggatcaagtttctcatggagttaccccatctaca
ttccgcaatcatgaaagttttatgcctacacagttggtatcagcaacagaattatctaaa
agtgttgataacgcagttttgccaataccacctactactgcaccggcagttgtatcgcct
cctgcttcatctttccctttaatgtcttcagctgctacatctggtaatattagtagtcct
gcactttttgattcagagttaggtgctaggcctgaaggttctgttgcaattgagccgtct
agagtactgctacaatggtctagtcaatcatcatctcatactataccatctgcaggagcc
agtatccctacatcttctttaaagtcgttttttgagcatgccgctgaagcagctcgtaaa
tgcaatctcgatccgagggccttagaaagttttgaacaacacatgctttctgatcgttta
cacgatcccgttgtattatttcattatttccaaattcgtaacagcatttgttggctttgg
attaaaaatcctacgcatgccatatccagagttgaagctcagggcgtatgtgtcgatcga
tgtttgttccaattagcctctttagcttatgaattccttgtaaggtatggatatataaac
tatggatgcttgtcctttgattcatcctttacgaatgaaactaatactggcacaacatcc
agttctgcatcgaagcagaagactattgctgtagtaggcgctggtcttactggtttgata
tgtgctagacaacttactggcttattttctcagtattcttcatcttttttgtcaaagaat
gagcttcctcctaaagttattatacttgaagctaaagaaaggacaggaggtcgtatttac
tctcgagcattgcctgtttctcatacttcggctacccaaattaaccatcatacatctaat
tcgaattctatttctagtaattccacttctttaaaccccaaggatgttactgacccgtcc
catattccttcagcaattgatttgggatttcaatttttattttcgcctatggacgatatt
ttgcttaaccttttaaataaacaattgggtattgaagttacagagatgactggctcagat
ttagtttacgatgagaccgatactaaagtattagacatggttgaggtgaaaaaattaaac
attttatgggaaaaacttttggaatatgtttctgtttgcttttttattaacgttgaggaa
tctgttcgtatttcttggatatcccaatttcagttgtttatagatgaaatgttccctgat
catttgtccaaatcactctcattaaatgcgtcacatgaattttccttcaaaaaaacaatg
ctaatactaattgatgaagtttcttcttatgccaaactcgggaacagtcaaaagaaattt
ctgatatggtgttttaaggtcgcggaattggacgatactttgtaccctcttaacacagtt
gatacagacttctccaaagatattttgattccaaaagttgctagaagaggtctatctcaa
ctgccatgggcattacaatcttatccatctcccttaaatattcattatgagaagtttgta
tctaaggtaactattgaaaatgataaatgtacccttgattgtaaggacaactcttcttat
gaggttgaccaagttgtaattgcttgctctccttctcatttttcttcaaatatagagttt
tcaccaggtcttcctaatttcgtgactgaaaacataaaaagtatagatttcaaacccgga
aaaaaggttattcttcgttatgcagctgctttttggcgaaagaacattagatcatttggt
attataccaaaatcattaagtcaagaaatgaacaatgatgagaatgatggtaaatcttgt
tttgttttgagaatatggaatatgcttcctgaaactggtgtcccaatattagtagcggat
atcaatccacaaatgacaagttcttcttctaacgagacctcccacttaattcaagaatta
cacagtctaatagtagatcattttcaaaatgattcaaacagctcagctgatttattagat
gcttgggtcacaaactggtcgagaaatggtgtctatgacggcttaaattcttatccaaat
tttgccaatgataagcagcaatatgaaaaaagatttaggcaaagtcagttatcgtataat
ttgggtcgcttgcatattgctggagactatatattcagttgcgtaggctgtaggacatta
caaagatcctttttatctggcctttccgtatgtacagggattattgattcattggctcca
atttccttaaccatacctatcattggagaaacctctcgcaaagaattggatcagtttttg
cgaaactctaaagttaataattttgatcccaatgctgaagcacagcgtcacctttcttat
caggcaagatataggttgaaaaagcaggaaagacttgacgagcataaggaagaacaggaa
cagcttgtaactgaacttcttggttatttacctgaacctccttccaagccgaatgcaaat
ccctttttactttaccaaaaaatgcagtggcatgtatgccgtgcacttgctgatgaagac
aagcgaaggttaacaggagatagtacagcgaaggctactattaatgaaacacgtgccaaa
ctagggaaaacttggcgccagcttgatgatttaggtaaaaaaccttggattgatgaaatt
gcagcacaaagagaagcttatgctggaaaaattcttcgttatcagcgcctaactaaagaa
tatgaaatgagagccgagcaaatacgaaatgattatgcggccaaatgccaagatgaacct
attcccgatgatgaagcaagattgtttatgcaagctcaacgagaagaagagcaaagaaaa
caaactcaggatgacaacatttccaaaagtcgagaggctagcgacgaagagtatcatgac
gatggatcttctgattcgggttataatggaacacgatattaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (32)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
   POMBASE (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (44)   

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