KEGG   Dictyostelium discoideum (cellular slime mold): DDB_G0269554
Entry
DDB_G0269554      CDS       T00245                                 
Symbol
suvA
Name
(RefSeq) SET domain-containing protein
Organism
ddi  Dictyostelium discoideum (cellular slime mold)
SSDB
Motif
Pfam: SET Pre-SET
Other DBs
NCBI-GeneID: 8617010
NCBI-ProteinID: XP_646062
dictyBase: DDB_G0269554
UniProt: Q55DR9
Position
1:2983180..2987875
AA seq 1534 aa
MDIKDIFFIDDSSEGSDDEISFICSTFTPNSSNKNNNNNNYNSNGSNNTNNNSNNNNSNS
NNNNNSKSNNNNNNNNNNNNNKNKNKNNSSNDYIENRKKLAKQSTYEPYVNYDQKHNPYS
ITSPIVLDEIVEEVRQDLEKRYKPPISSSSLSSSSSSVANASVLNHNSNYDLPQVHISPS
MVEIKDNDIVFTSLPTSSVSTPNSTPTSILTTNPMFLATTTTTTTTPTPIPTPIPTPIPT
LTTTTTTPTTTTQTPSIFNRSNNIAKTNLNNINGNDSNKKSNSKPYTTLEKLQEERKRNI
EITSGLTKKGTLELNKYNNNKNKETPVDIYPLEELESMYVDMYVKPVNNKPKGKIEEKKN
TNQLASSSLSSPSPSPTSTSTLPSSISTSRLSSSASTAPPTSTLPSSISAPRSSSSSNSS
TPSSLYSYLPYRYSSSSSSSSSYPSSSSYPSSSSSYSSYSSFSSPRKNLENNREFASPRK
DDISFIERKELTEKQQKENERLEEQRISLLRLETERQNLAKQRLEKERILEKQKLNDERL
ERVERDRRNRLEKERLEKEKLEKERLEKERLEKERLGKEKEKEKEKVPSSSSSSSSSSST
TQNQIEQSSGTRTARKRVHVAPKDIRKIILGKLRSCLDAEDIIIKDLSDEVKMNVCEEIE
RFSFGSTQKKQDYVKKLAYQYTLIRGGLVPTYLIPLLPESFLSTLSPSQFITPAIATLMQ
NVYESTQHKPETNSSTNQINPSSELSSSYSSSTSSSSSSSSSSSSLLSSLLSIGTENTTT
TTTTKTTTRSTSSHLQKDIPIKLETSMESSQNSTSTFRETQEIINNDTITELERDLKGMK
FGDCIDAVTSEVIVKELIEDYSTSIINRNQLPSGMNLLRKYRNLIRSEYGQPIDNIVIIL
LSMVTDVSFIELKSKYLDLYKQDCKNGLIKSDILNIDMPYFEPLNEYIQRQKKSLVEIDE
TDLYNPNTNINQNNKSNKNNNGENKIQNDKSKISKKIFKANLMLENEFLYIFENSGKLVH
VKKEIKRKTKIATSSSTKVSSSSSPSSSPSSSPPQLNGTNGKSRFSSQQKLPCLNCKRAN
IKQCLGNPCTRCLLKRSVCIQDRAYLDAENGSSDILLNNTSKKRKSIDEHNNGHHNHSRN
NNDNNYNNDNDNNNNNDSYNDSDNDNNDNNYNNNNNNDNNNNNNNNNNNNNNNNNNNNDN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNANNCHQQKKLKAQWIDPDIAR
GVYTYPLKAINEVDDIPLTNSLVNFKWIDKSFCDRETLNVKEFLSGCDCVGDCHNNPNCQ
CILEGGIYYSDQGTLTGKNIEGPIVECNPRCKCSHELCKNRAIQQGQQNSFPLELFKTSN
KGWCARACIEIPKYTFVCEYVGEIISHDEAEERGLRYDTQGLSYLYDLNGDSNCLVVDAT
HYGNATRFINHSCSPNLISIFFYLDQRIEIDKPRIAFFSSRTIKEGEELTFDYRYNLPSG
IQNKTNIPGGILCHCGSSKCRKWLWVPEVSKKRK
NT seq 4605 nt   +upstreamnt  +downstreamnt
atggatataaaggatattttttttatagatgatagctcagagggatctgatgatgaaata
tcatttatctgttcaacatttactccaaattcatcaaacaaaaacaacaacaataataat
tacaatagcaatggcagcaataatactaataataatagcaataacaataacagcaacagt
aacaacaacaacaatagcaaaagcaataataacaataataacaataataataataataat
aataaaaataaaaataaaaataatagtagtaatgattatattgaaaatagaaagaaatta
gcaaaacaatcaacttatgaaccatatgttaattatgaccaaaagcataatccatattca
ataacttcaccaattgttttggatgaaatagttgaagaggtaagacaagatttggagaaa
agatataaaccacccatttcctcatcatctttatcgtcatcgtcatcatcagtagcaaat
gcatctgtattaaatcataatagcaattatgatttaccacaagttcacatatctccatct
atggttgaaattaaagataatgatatagtatttacatccttaccaacttcatcagtatca
acaccaaattcaacaccaacttcaatcctcacaacaaatccaatgtttctagcaacaaca
acaacaacaacaacaacaccaacaccaataccaacaccaataccaacaccaataccaaca
ctaacaacaacaactactacaccaactactactacacaaactccaagcatatttaataga
tcaaataatatagctaaaaccaatcttaataatatcaatggtaatgatagtaataaaaaa
tcaaattcaaaaccttacactacacttgaaaaattacaagaggaaagaaagagaaatatt
gaaattacatctggtttaacaaagaaaggtactttggaattaaataaatataacaataat
aagaataaagagaccccagttgatatttatccacttgaagaacttgaaagtatgtatgtg
gatatgtatgtgaaacctgtaaataataaaccaaagggaaagattgaagaaaaaaaaaat
acaaatcaactagcatcatcatcattatcatcaccatcaccatcaccaacatcaacttca
acattgccatcatcaatatcaacatcaagattatcatcatcagcttcaacagcaccacca
acttcaacattgccatcatcaatatcagcaccaagatcgtcatcatcatcaaattcatca
acaccatcatcactatattcatatttaccatatagatattcatcatcatcatcgtcatca
tcatcatatccttcatcatcctcatatccttcatcctcatcctcatattcatcatattca
tcattttcatcaccaagaaagaatttagaaaataatagagaatttgcaagtccaagaaaa
gatgatatatcgtttatagaaagaaaagaactaacagaaaaacagcaaaaggagaatgaa
cgtttggaagaacagagaatatcactacttagattagagacagagagacagaatctagca
aaacaacgtttagaaaaagaaagaatattagaaaaacaaaaattaaatgatgagcgttta
gaaagagttgagcgtgatcgtagaaatagattagaaaaagaaagacttgaaaaagaaaaa
ctagaaaaagaaagactagaaaaagaaagactagaaaaagaaagactaggaaaagaaaaa
gaaaaagaaaaagaaaaggtaccatcatcttcatcatcttcttcttcttcttcttcaaca
acacaaaatcaaatagaacaatcatcaggaactagaacagctagaaagagggttcatgtt
gctccaaaagacattagaaaaatcatattgggtaaattaagatcatgtttagatgcagag
gatataattattaaagacttgtcagatgaggttaaaatgaacgtttgtgaagagattgaa
cgtttttcgtttggttctacacaaaaaaaacaagattatgttaaaaaattagcatatcaa
tacactctaataaggggtggtctagttccaacctatctaataccgttgctccctgaaagt
tttttatcaactctatcaccatcacaatttataacaccagctatagctacattaatgcaa
aatgtctatgaaagtactcaacataaacctgaaacaaattcttcaacaaatcaaataaat
ccctcatcagagttatcatcttcatattcatcttctacttcatcatcttcatcatcatca
tcttcatcttcttcactattatcatcattattatctataggaactgaaaatacgacaaca
acaacaacaacaaaaactacaacaagatcaacttcatcacacttacaaaaggatatacca
atcaaattggaaacttcaatggaatcatcacaaaactctacatctacatttagagaaact
caagaaataattaataacgatacaattacagaattggaaagagacttaaaaggaatgaaa
tttggggattgcatcgatgcagttacatctgaggtgatagtgaaggagctaatcgaagat
tattcaacctcaattatcaatagaaatcaattaccatctggaatgaatttattaagaaaa
tatagaaatttaataagatcggaatatggtcaaccaattgataatatagtaattatttta
ctttctatggtcacagatgttagtttcattgaattaaaaagtaaatatcttgatctttat
aaacaagattgtaaaaatggtttgattaaaagtgatattttaaatatagatatgccatat
tttgaacctttaaatgaatatattcaaagacaaaagaaatctttagttgaaattgatgaa
acagatttatataatccaaatactaatattaatcaaaataataaaagtaataaaaataat
aatggtgaaaataaaattcaaaatgataaaagtaaaatttctaaaaaaatatttaaagca
aatttaatgttggaaaatgaatttttatatattttcgagaattcaggtaaattagttcat
gtaaagaaagagattaaaagaaaaacaaagattgcaactagtagtagtacaaaagtatca
tcatcgtcatcaccatcatcatcaccctcctcatcacctccacaattaaatggcaccaat
ggtaaaagcagatttagttctcaacaaaaattaccttgcctaaattgtaagagagcaaat
attaaacaatgtcttggtaacccatgtactagatgtctacttaaacgttcagtgtgtatt
caagacagagcgtatttggatgcagaaaatggtagtagtgatattcttcttaacaataca
agtaaaaagagaaagagtattgatgaacataataatggtcatcataatcattctagaaat
aataatgataataactataataatgataatgataataataataataatgatagttataat
gatagtgataatgataataatgataataattataataataataataataatgataataat
aataataataataacaacaataataataataataataataataataataataatgataac
aataataataataataataataataataataataataataataataataataataataat
aataataataataataataataataataataataataataataataataataataatgct
aataattgtcatcaacaaaagaaattaaaagcacaatggattgatccagatattgcaaga
ggagtttatacctatccattaaaagcaattaacgaagttgatgatataccactcaccaat
tcattggttaatttcaaatggattgataaatcattttgtgatagagagacattgaatgtc
aaagagtttctatctggttgtgattgtgtgggtgattgtcataataatccaaattgtcaa
tgtattttagagggaggtatttattattctgatcaaggaactttgactgggaaaaatatt
gaaggtccaatcgttgaatgtaatccacgttgtaaatgttcccatgaattatgtaagaat
cgtgccattcaacaaggccaacaaaatagtttcccattggaattatttaaaacctccaac
aagggttggtgcgcacgtgcttgtattgaaatccccaagtatacctttgtttgtgaatat
gtgggtgaaatcatctctcatgatgaggcagaagagcgtggtttaaggtatgatactcaa
ggtctcagctatctatatgatttaaatggtgattcaaattgtttggtggttgatgccact
cactatggcaatgccactagattcataaatcactcctgtagtccaaatctcattagtatt
ttcttttaccttgatcaaaggattgaaatagataaacctcgaattgcattcttttcatca
agaactatcaaagaaggtgaagaattaacttttgactaccgttataatttaccatctggc
attcaaaataaaactaatataccaggtggaattctttgtcattgtggttcttcgaaatgc
agaaaatggctttgggtacccgaagtctcaaaaaaaagaaaataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (173)   
   RefGene (169)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   DICTYBASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (179)   

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