KEGG   Trichoplax adhaerens (placozoan): TRIADDRAFT_57843
Entry
TRIADDRAFT_57843  CDS       T01069                                 
Name
(RefSeq) hypothetical protein
  KO
K06672  cohesin loading factor subunit SCC2
Organism
tad  Trichoplax adhaerens (placozoan)
Brite
KEGG Orthology (KO) [BR:tad00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:tad03036]
    TRIADDRAFT_57843
Chromosome and associated proteins [BR:tad03036]
 Eukaryotic type
  Sister chromatid cohesion proteins
   Adherin complex
    TRIADDRAFT_57843
SSDB
Motif
Pfam: Nipped-B_C Cohesin_HEAT PDS5 HEAT_2 Cnd1
Other DBs
NCBI-GeneID: 6755456
NCBI-ProteinID: XP_002114243
JGI: 57843
UniProt: B3S1Q2
AA seq 1595 aa
MADYNAPASSYQSSSKALANTLIGPSTLIDLPSKLPVPQPIVPLCAANVGSAVNNNDVQQ
TWKFLENTTDGQITEKLGSDLLAVDVSHIQVKEQPSLGSVSDLRRPYSVYALEQRFPNLF
SYRSSLTNPLPDGHNAHRYHLETSDESVQDVAPHQAVSESDSKDSTWKCETTSGTSDSEN
FVRPGPSSAKKSRKTSLKNKSDQESEYEGESTTYKRFVTLCEKITDYLKKKDESSSKKPD
KLAVPLTVLSELSIEAARLKATNEAYEISLDDVEQVVKILLGIIRHGKCIESSVTEEPAD
DKEKKLWNYLKLEEIAASMEATVAVLHILTAKNMPKTLYADENIDSLIDIISYHQGRGKV
SSPKNKLVNFIYRKTCEAVALLSELVQITTFTDTIIIQLSSIGISSFFVDNVKDLQRSAL
DLIRWTFKKYDKHRNVIIEDILSSLVKLPSNRTNLRCYNLGNGESIQIVSALILQLFHCM
VKIPVLKNSDSKKKSTKGTGSKEPPEQPELIEEHIIGQSYESAVRNGQSFITQFFKKLVQ
CYVYMYHEFKEEIRSHLIPLYCVKDEEDRKVIFENFIQDLLITVDKPEWPSSELLLGIVG
KCLAHTFTDKSNDIAVRTTSLEYFGLVAAHLRKRLISIEEIDLKALQSQISEISHESVID
DSNDILESVEYYFEKILIGQLYSESKDFPWYQPAVYFRIGRLLYETHKEIEKQFNESANL
SANLSLEDSANIDEDNAIIESLKKKLSAVTIMCRLLIRGRWPKLTLSSEVLESMSQKVVS
KRSLFSSFDTYLQHLLRMLYEPTIALRARALKCLTSIIGEDPNILRRKEVHQAVHARLLD
TSVSVREAAVELTGKFMLTNIQLCEQYFEILIERILDTGISVRKRVIKVLKDLYTRFPAF
EKNPEICVRILLRFNDDESVKDLVTKVFQHVWFSCDSKSGDEVKKVTDDLVNCVAICHDS
ALECLENLIRHMVKSSDFSSYSEAVTNSSKVILANLLESILKFEDQLVNISKNDEKADVK
VVACFSTLLVFSKCFPQLVVDYAPRLQPYLSMKCSTKADAAILRTVPCILEYVLPLMQHP
SKSFLADLEKDLMKLILIQGQTVVQNCISCLTVIVNEVTHNYDLVRDCLRKYIGLLRSVT
NQELLLIESKLTSNKPRIMRALFVVGMLYKNFDMDLSSDSSELNKKSLNLFKFCYQLDSA
FELFLAFCQCEDGEVLLKAFTGIGSLCVRYPKLLMHKKLSEKYKKVLNSRKSSTKLMCQV
LKNIEHYLIEEDKRTQKAEDTWKKSNSNKNLGQLGDARSSLASKIVQHYANEVLEASTNS
ESEIRNSSLNVILRILRDGLMHPIKCVPYLITLSTDPQKSTKILAEKQLSTLASDYLNFV
QGKEIEYLLYIAGNLAYFPYNIQDEPLFLIHQLDLTLSVMGTNLLDAVGKTFQFEDSEED
LDSSSVDALKVEFSNGDFDYRRFIYPTLSCLLLIQLRDHLKSLYSISESKCIGYSPSDNA
KVNDKSLTRRNADLFDPRNVIENMKNQAEPAIAVKLYLQLKSAIATTHNKDYDDGCDAML
SIAEGEEDIKEGVRFGFTINKYSCHEKMLSQTFLE
NT seq 4788 nt   +upstreamnt  +downstreamnt
atggcggattataatgccccggctagttcctatcaaagttcttcaaaggcacttgctaat
acattaattggaccgtcaacattaatagacttaccaagcaaactaccggtgccacaacct
atagttccgctatgcgcagcgaatgtaggttctgctgttaacaataacgatgtacaacaa
acatggaaatttttagaaaatactactgatggtcaaataaccgaaaaattaggtagtgat
ctccttgcagtggacgtatctcacatccaagtcaaagaacaaccctcattaggatcagta
agcgatctcaggagaccctactctgtgtacgccttggaacagcgatttcctaatctgttt
agctatcgttcatctttaacgaatccattacctgatgggcataatgcccaccgatatcac
ctcgaaacaagcgatgagagcgtacaagacgtggcacctcatcaggctgtaagtgaatct
gacagtaaggatagcacttggaaatgtgaaactacttcaggaacaagtgactccgaaaat
tttgtacgacccggtccatcatctgccaaaaaatctcgaaaaacttcattaaagaacaag
tctgaccaagagtctgaatatgaaggtgaatccacaacatacaaacgtttcgttacacta
tgtgaaaaaataactgattatctgaaaaagaaggatgaatcatctagtaaaaagccggat
aaacttgctgtacccttaacggtgctatctgagttgtcgattgaggctgcaagattgaag
gcaacaaatgaagcttacgagatatcccttgatgatgttgaacaagttgtgaaaattctt
ttgggcattattaggcatggcaaatgtatagaatcatcagttacagaggaaccggctgat
gataaagaaaagaagctatggaattatttaaagttagaagaaatcgcagcatcaatggaa
gctacagtagcagtccttcatatcctgactgcaaaaaatatgccaaagactctatatgca
gatgaaaacattgatagcctgattgatattattagttaccaccaaggacgaggcaaggta
tcaagccccaaaaacaagttggtgaatttcatatatcgtaagacttgtgaggcggttgct
ttattgtctgaactcgtacagataacaacatttactgatacaataattattcaattaagc
tcgattggtatttcttcgttctttgttgataacgttaaagacctacaacgtagcgcattg
gatcttattagatggactttcaaaaaatatgataaacaccggaacgtgatcatagaggat
attctctcatcgttagtaaaattacctagtaatcgaactaacttacgatgttacaatctt
ggaaacggggaatctatacaaatagtatctgctcttattctgcaactgtttcactgtatg
gtaaagattccagtactgaaaaattcagatagcaagaaaaagtcaactaaaggaacaggt
tcaaaggaaccgccggaacagccagaacttattgaagagcacattattggccaatcatac
gaaagcgccgttagaaatggacagtcattcatcacgcaattttttaagaagttagtacaa
tgttatgtgtatatgtatcatgaatttaaagaagaaattagaagtcatttgattccgctg
tattgtgtgaaagacgaagaagatcgtaaagtgatctttgaaaattttattcaagattta
ttgataacagttgacaaacctgagtggccctcatctgaattattattaggaatagttgga
aaatgtttagcacatacttttaccgacaaatctaatgatatcgcagttagaacgacgtct
ttggaatattttggtttagtcgcggctcatttaagaaaacgtctcatctcgattgaagaa
attgatttaaaagcactacaatcgcagatttccgaaatcagtcacgaatccgttattgat
gattcaaacgatattttagaatctgtggaatactatttcgagaagattttaataggacag
ctttacagcgaatcaaaagattttccatggtatcagccagcagtttatttccgtattggt
cgtttactatatgaaacccataaagaaattgaaaagcaattcaacgaatctgctaatctt
tctgctaacttatccctcgaagactctgcaaatattgatgaggataatgcaattatagaa
agtttaaagaaaaaactctctgcagtaaccattatgtgtcggcttcttatccgtggtcgt
tggccaaaattaacgttgtcatctgaagtactagaatctatgtctcagaaagtagtttcc
aagcgatcgttattcagtagtttcgatacgtatcttcaacatcttttaagaatgctttac
gagcctaccattgcacttcgtgcacgagctttgaaatgtctaacgagtataataggagaa
gatcccaacatactccgaagaaaagaagtccatcaagctgttcatgctaggttattagat
acgtcagtttcggttagagaagcggctgtagaattaacaggaaagttcatgctcacaaac
atacaactgtgtgagcagtatttcgaaatcctgatagaaagaatccttgatactggtata
agtgtacggaagcgtgttattaaagttctgaaagacttgtacacccgattcccagcgttt
gaaaagaaccctgaaatttgcgttcgtatactactccgtttcaatgatgacgagagtgtt
aaggatttggttactaaagtatttcagcacgtctggttttcctgtgatagcaagtctgga
gatgaggtcaaaaaagttacagatgatcttgtaaactgtgtagcgatatgccatgactcc
gctttagaatgtcttgaaaatctaataagacatatggtaaaatctagtgatttcagttcc
tatagcgaagctgttactaattctagtaaagtcatcctagcaaacttactggaaagcatt
ttaaaattcgaagatcagttagtaaatatatcaaaaaatgatgaaaaagcagatgtaaag
gttgtagcttgtttttcaacactactcgtttttagtaaatgtttcccacaattagtagta
gattacgcaccccgacttcagccttacttaagtatgaaatgttctaccaaagctgatgcc
gcgatacttcgaactgtaccttgtatattagaatatgttttaccattgatgcaacatccg
agtaagtctttcttggcagatttagaaaaagatcttatgaaacttatcctcattcaagga
caaacggttgttcaaaattgtattagctgcttaactgtcatagtaaatgaagtaactcac
aattacgacttggttagagactgtctacgtaaatatattggtttattacgtagcgttaca
aaccaggaattactgttaatcgaatcgaagttaacgtcaaataaacctcgaattatgaga
gcattattcgtagttggaatgctatataaaaattttgatatggatttaagctctgacagt
tcagaattaaataaaaagtcactaaacttgtttaaattttgttatcagcttgatagcgca
tttgaacttttcctagctttctgccaatgtgaagatggagaagtccttcttaaagctttt
actggcatcggaagtttatgcgtccgatatccaaaactattaatgcataaaaaactttct
gaaaaatacaaaaaagtcttaaattcgcgaaaatcctcgacaaaactcatgtgccaggta
ttaaagaatatagagcattaccttattgaagaagacaaaagaacccaaaaggcggaagat
acctggaaaaaatcaaactccaacaaaaatttgggacagttaggagatgctagatctagt
ctagctagcaagatagtgcaacattatgccaacgaagttttggaagcctctacaaattcc
gaatcagaaataagaaattcctctttaaatgttatcttacgaattttacgtgatggatta
atgcatccaataaagtgcgtaccttatttaattaccctttcaactgatccacaaaagtcg
acaaaaattttagcagaaaaacaattatcaactttagcaagtgactatcttaatttcgtt
caggggaaagaaatagaatatcttttatatatagctggtaatttagcatattttccgtat
aacatccaagatgagcctttgttcctaattcaccagcttgatttaacactttccgtgatg
ggtacaaatttattagacgccgttggcaagacttttcagtttgaagacagtgaggaagat
ttagatagtagcagtgttgacgcattaaaagttgaattctctaatggcgattttgattat
cggcgcttcatttatcctacgttatcatgccttttgctgattcaattacgagatcatctg
aagtctttgtatagtatctcggaaagcaaatgtattggttattcgccttcggataatgct
aaagttaatgataaaagtctaacaagaagaaatgctgacttatttgatccaagaaatgtt
atcgaaaacatgaagaatcaagcagaacctgcgattgcagtcaaattatacttacaacta
aaatctgccatagcaactactcataataaagattatgatgacggatgcgatgccatgttg
tcaatagccgaaggcgaagaggatatcaaggaaggagtaagattcggttttactattaat
aagtattcatgccatgaaaagatgttatcacaaacgttcttagaataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (46)   
   KEGG ORTHOLOGY (1)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (57)   

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