KEGG   Ipomoea nil (Japanese morning glory): 109173545
Entry
109173545         CDS       T04663                                 
Name
(RefSeq) uncharacterized LOC109173545
  KO
K11643  chromodomain-helicase-DNA-binding protein 4 [EC:5.6.2.-]
Organism
ini  Ipomoea nil (Japanese morning glory)
Pathway
ini03082  ATP-dependent chromatin remodeling
Brite
KEGG Orthology (KO) [BR:ini00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03082 ATP-dependent chromatin remodeling
    109173545
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ini03036]
    109173545
Chromosome and associated proteins [BR:ini03036]
 Eukaryotic type
  Heterochromatin formation proteins
   Other heterochromatin formation proteins
    109173545
  Chromatin remodeling factors
   NuRD complex
    109173545
SSDB
Motif
Pfam: Chromo SNF2-rel_dom Helicase_C HDA2-3 Nbl1_Borealin_N
Other DBs
NCBI-GeneID: 109173545
NCBI-ProteinID: XP_019178332
Position
Un
AA seq 2171 aa
MVYETRSRSKVGGDEDNTSKNRVTDGEGTSISGSTETDCLELRRSARKTSSKQITTSPST
TRKSDRLQNRTPPVTPTKGKTGKNEKLSTPSPSPSRKSDRSKRNLLPSSSLLNVSEEESN
SSGMKRYRKKEKSMKQQTLESENVSTSSNQSLSSIGKKRRRMNSLSYVLLLKMRRKRATP
SGINKSKRPRKFSVAIGRDTRHREFVDKENRDSECHIKAADELTDHLAAQLDEGASNSVL
EACPDMKSLKIPKFEDSGSAWSPSAGHEKHFFAGFCAACSKQRRVGHGSPKVELCSCVAI
SNRDCDKLSSPKDEIGVEDIIISGSAENFNSGQSKGAPSDHHMDRNDNVCAVCKQGGKGL
LCNGKDCKRCSHPPSLGTPVHDLPSGVWHCLWCLKKKIGSGVHSVTQGVESIWDAREVDV
SGTHKQKQYLVKYTGLAHVHNQWVSEAQLLHEAPSLVANFNDNNQVISWNSEWTVPHRLL
KKRLLSFSELQGDCHNFDAGDNSECQYEWLVKWRGLDYENATWELENANFLCSPHGQSLV
KEYEIRQEKAKQVINKNNKQSLVELSKNWAGSSLVTDIDILNSINKLQDCWWKSQNAAFY
DDQEQIVKIILFILSLSTVCWPVLIITASHAISKWEAEFMKWAQSLDCVVYHGSRESRKS
IETSEFYSQGGCIMLQVLLTSLETVVEDIHVLNSLSWEVVVIDQCQHSNVSTHIEKIKTL
AGLKVLLFNGPIKHTASEYSNLLSLVDSDGDLDKVDLSKSHSNDTLGQLKERFPWFSSCS
SKWTSKFLEYWLPVQISELQLELYCDTLLSNINALCSYSKSDPVGALNDIFLNVRKCCDH
PYTIWDPSLNPFSKGLSQPEILDIGIKASGKLQLLDKMLSEMKCRQLRTIVLFQSFVGTT
PSIGDILDDFLRQRFGENSYERIDAFLIRSKKESALNRFNKLENGRFVFLLENRACKATL
KLSSVDNVIIYSSDTNPWNDLRLLEKISFDSDSKPIKVFRLYSSFTVEEQALVIAKQEPD
HLHSPNRNLNNTLMWGASDLLSRLDGYYAGDSQASAMHTSTGQLLFSDVIREFSTIISES
SENAGMQNSVISKVLHSSSRCTTNLSLFGEQKIKCTGGEAPCVFWKNLLGGRNPQWRHIS
CPSPSPRSRKRVQFFDGSSPEIGNNVAKKSRKMNSGFDEGGQRSASKEGSSTIRASNESL
PTSTTCENEVDLVEHAERNIISDEQCSLHIYLKAEMAKIFKVLKLSEDVKKMAGSFLEYV
MENHRISREPVGIFQAFQISLCWTAASFLKQKVDKEEMLVLTKEHLNFECTKDEATTVYL
KLRELKKNFSQHMKRNKSTSNSLELSEAGKSGDTCKAPVQPPLEEHTVDEVLSVEHATEV
SMGCDHPPEVHDDAPDVAAGCEYTAEANTIADGSAKENFTPINRTDLTSSAGNEKEVTSN
SGDGNQTLQEVTSSDDGGLLPQNQCNGTQVSESQITSPTEAGLSEPINAGHRMSDCESVL
AENIGNQPASDASGRSPPGEVADMTCNQDSSLQTSGPSSQLVETGTAIQPSPDADLQDPL
YNEFDRMRREMEYAAKSHEDLKSLLKSDCEKEIEEMIAEIRNKYNARLQEADTRYSLRKN
ELGGNLKKVLLNKLLADTFRSKCNDIKPSKLPAVPTSYIQHLRQPSTQPTSRSASLIGSS
PTSRQTSAPACMRPPIATPSAGEQTSTRLPSVALSSSGQVAGRQTSAPACTRPWIASPSA
GEQTSTRPPSVALSSSGQVVGRQTSAPPACTRPWIASPSAGEQTSDQTCTRLPSDSLSSS
SGQQVAGQQTSAPSKPSPVVGESPRRPPSISLVPAGMQTPSPVRMRSPSIGLSSGGQTVV
GQHTPASSRPPSVVGKSPRIPNRPPGPPVISSITPSSGNPRLGCEIRAPAPHLQSFRPSM
SASTAGPSPILSGRPNLSSYSSSLNHVPIRPGVMSSQNPQHKEHPLSLQQPLLASISDSL
SALELHTNLDNQPNPNRPRQSGWPSLSSPANMSSSSSPSLKHFKTVPFVLDSSQLLQKMD
HPQNQPSEPDNRPLPAVNMLRLSATELLRNLDNQASATQPKQSGGPGNSIDANSSSSSPS
PSLNHVLSQQPSVLDSSKLSQDKEQPQPHPLGANDFNPQNQPAVNILPFSALELLRNVDN
QATASANQPND
NT seq 6516 nt   +upstreamnt  +downstreamnt
atggtttatgagacgcgatcaaggagtaaagtggggggtgatgaggacaatacttcaaag
aatagagtgactgatggagaaggaacatccatttcaggttctacagagactgattgttta
gaattacgaaggtcagctcggaaaacctcatcaaaacagattaccacaagcccatcaact
acacggaaatctgatcgtcttcagaaccggactccacctgtaactcctaccaaaggaaaa
actggtaaaaatgaaaaattgagcactcctagtcctagtccttcaaggaagtctgataga
agcaaaagaaaccttctaccgagttcttcattgttaaatgtctcagaggaagaatccaat
tcatctggcatgaagagatatcgaaaaaaagagaagagcatgaagcaacaaactctggaa
tctgaaaatgttagcactagcagtaatcagagcttgtcttctattggaaagaaaaggagg
agaatgaattcccttagttatgtacttttgctcaagatgcgacgaaaaagggccacacct
tcaggaattaataagtcaaagagaccccgtaaattttctgtagctattggtagggacacc
aggcacagggagtttgttgataaagaaaacagggacagtgagtgtcatataaaggccgca
gatgaattgacagaccatcttgctgcacaacttgatgaaggagcctccaacagtgtgcta
gaggcttgccctgatatgaaaagtttgaagatcccaaaatttgaagattctgggtctgct
tggtcaccatcagccgggcatgagaagcatttctttgctgggttttgtgctgcatgttca
aaacagcgaagggtgggtcatggttcgccaaaagttgagctctgctcatgtgttgcaata
tccaatagggattgtgataaattatctagtcctaaggatgaaattggtgttgaagatatt
attatctcgggatctgctgaaaacttcaacagtggacaatccaaaggggctccttcagat
catcatatggataggaatgacaatgtgtgtgctgtgtgcaaacaaggtggaaagggccta
ctatgcaatggaaaggattgcaagagatgctcccatcccccttctttaggtactcctgta
catgatcttccatcaggagtctggcattgtctctggtgtctgaagaaaaagattggatct
ggtgtccactcagtgacacaaggagtagagtcaatttgggatgctagagaagtggatgta
tcaggaacacataagcagaagcagtatcttgtaaagtacacaggtcttgcacatgttcac
aaccagtgggtatcagaagcacagttgcttcatgaagcaccatctcttgttgcaaacttt
aatgataataatcaggttattagctggaactctgagtggacagtgccacatcgtttgttg
aagaaaaggttattatctttctctgaactgcaaggtgattgtcataattttgatgctggt
gataattcagaatgtcaatacgaatggcttgttaagtggcgtggtcttgattatgagaat
gccacatgggaattggagaatgctaattttctatgctcacctcacggacaaagccttgtt
aaggagtatgagatacggcaggaaaaagcaaaacaagtaatcaacaagaataataagcaa
tctcttgtcgaactttcaaagaattgggcaggaagttcacttgtaactgatattgatata
ctaaattccataaacaaactacaagattgttggtggaaatcacagaatgctgctttttat
gatgatcaggaacaaatagtgaagataattttgtttatcttatctctgtcaacggtctgc
tggcctgtccttatcatcacagcttcccatgctatttctaagtgggaagctgaattcatg
aaatgggcccaatctctggattgtgtagtttaccatggtagcagggaatccagaaagagt
attgagacatcggagttttatagccaaggtggatgcataatgcttcaagttcttttaacc
tctcttgaaactgttgttgaggatatacatgtattaaatagcttgagttgggaggtggtt
gttattgatcagtgtcaacactctaacgtatcaactcacatagagaaaattaagacactt
gctgggctaaaggtgcttctcttcaatggtccaattaagcatactgcatcggagtactcg
aacttactgtcacttgttgattctgatggtgatttggataaagttgatctctcgaaatct
cactcaaatgatactcttggacaattgaaagagaggttcccatggtttagttcatgcagc
agcaaatggacatccaagtttcttgagtattggcttcctgttcaaatttctgaactgcag
cttgaactgtactgtgatacactactctcgaacatcaatgctctatgctcttactcaaaa
agtgatcctgtcggagccctcaatgatatttttcttaatgttcgaaagtgttgtgatcat
ccttacactatttgggatccatccttgaatcccttcagcaaggggctttctcagcctgag
atcttggatattggaataaaagcaagtgggaaattgcagcttcttgacaagatgctatct
gagatgaaatgccggcagctaagaacaattgtcctttttcagtcctttgttggcaccacg
ccttcaattggtgacatattggatgattttttgcgtcaaagatttggtgaaaattcttat
gagcgtattgatgcatttctgatacggtccaagaaggaatctgctcttaacaggttcaac
aagttggaaaatgggcgatttgtatttttattagaaaaccgtgcgtgtaaagcaaccctt
aaactgtcatcagtggataatgttatcatatatagcagtgatactaatccatggaatgac
ttgagacttctagaaaaaatatcatttgattcagactctaaaccaatcaaagttttccgg
ttatattcaagttttacagtggaggaacaagcacttgtgattgcaaagcaagaaccagat
cacttacatagtccaaaccggaacctgaataacactctcatgtggggtgcatcagatttg
ctcagtagattggatgggtactatgctggagacagccaggcatcagctatgcatacatca
actgggcagttgctttttagtgatgtcataagggaattctccaccataatttctgaaagc
tctgaaaatgctggcatgcaaaattctgttatttcaaaagttctacatagttcttcacgt
tgcactacaaatctttcactatttggtgagcagaaaattaagtgtacaggtggagaagca
ccttgtgtcttttggaaaaatctgttggggggaagaaatcctcagtggagacatataagc
tgtccaagtccaagtccaaggagcagaaagagagtccaattctttgatggatcatcacca
gagattggaaataacgtagcgaagaaatctaggaagatgaacagtggttttgatgaagga
ggtcaacgttctgcttcaaaggaagggtcttctacaattagagcttctaatgagtcattg
ccaacatctactacttgtgaaaatgaggttgatttggttgagcatgcagaaagaaatata
atatctgatgagcagtgtagtcttcatatctatctgaaggcagagatggcaaaaattttt
aaagtgctaaaactttcggaagatgtcaaaaaaatggctggaagtttcctagaatatgtc
atggagaaccatcgcattagtagggaaccagtcggcatattccaggctttccaaatttct
ctgtgctggacggcagcttcattcttgaagcaaaaagtcgacaaggaggagatgctcgta
ttaacaaaagagcatctaaacttcgaatgtactaaagatgaagcgactactgtttatctg
aagttgcgggaattaaagaaaaatttttcgcaacacatgaagagaaacaaaagcacctca
aattcattagagctttctgaagcaggtaagagtggtgacacttgcaaggctccagttcaa
ccacctttggaagaacatactgttgatgaggtcttgtcagttgaacatgctacggaagtt
tcaatggggtgcgatcatcctccagaagtacatgatgatgctcctgatgtagctgcaggg
tgcgagtatactgcagaagcaaatactatagctgatggatctgccaaagaaaattttaca
cctataaatagaactgatttgacaagtagcgcagggaacgagaaagaggtcactagtaac
tctggtgatggaaaccagacattacaagaagttacttcttcagatgatggtggtttgcta
cctcaaaaccaatgtaatgggacacaagtatcagaaagccagattacatcaccaaccgaa
gctggactttccgaacccattaatgctggacatagaatgtctgattgtgaatccgtattg
gctgaaaatattggaaaccaaccagcttctgatgctagtggtcgctctccgcctggtgaa
gttgcagacatgacctgtaaccaggacagtagtttacaaacctccggaccttcttcccag
ttggttgagactgggacagcaatacaaccttcacctgatgctgatttgcaagatcctctt
tacaatgaatttgataggatgcgtagagaaatggagtatgctgccaagagccatgaagat
ctgaaatcgctgcttaaatctgattgcgaaaaagaaatagaggaaatgattgcagaaatt
cgtaacaaatacaatgccagacttcaggaggccgacacaagatattctctgagaaagaat
gaactgggtgggaatctgaagaaagttcttttgaacaagctattggctgatactttcaga
tctaaatgcaatgatatcaaaccttcaaagcttccagctgtgcctaccagttatatacaa
catctacgtcaaccatcaacacagcctacatcgcgatctgcctctctcataggctcgtct
ccaactagcaggcaaacttcagcacccgcttgtatgagaccaccaattgctacaccttct
gctggtgagcaaacttctacgaggctgccatctgttgctttatcttccagtggacaagta
gcgggccggcaaacttcagcaccagcttgtacgagaccttggattgcttcaccttctgct
ggcgagcaaacttctacgaggccaccatctgttgctttatcttccagtggacaagtagtg
ggccggcaaacttcagcacccccagcttgtacgagaccttggattgcttcaccttctgct
ggcgagcaaacttcagaccaaacttgtacgagactgccatctgattctttgtcgtcttcc
agtggacaacaagtagctggccagcagacttctgccccatcaaagccctctcccgtggtt
ggtgaatctccgagaaggccaccatcgatttctttggttccagctggcatgcaaactcca
tcaccggtgaggatgagatcgccatcaattggtttgtcttctgggggacaaactgtagtt
gggcagcatactcctgcatcatcaagacctccttccgtggttggtaaatctccaaggatt
cctaacaggcccccaggcccaccagttatcagttccatcaccccttcctctggtaatcct
cgactagggtgcgagattcgtgccccagcaccccaccttcaatctttcaggccttctatg
tctgcatctacagccggtccctcgcccatcctgagtggtagacctaacttgtcttcatat
tcatcctcactcaaccatgttccaattcgacccggagtaatgtcttctcaaaacccacaa
cacaaggagcacccactctctttgcaacaaccattacttgcgagtatctctgactctcta
tctgcactggagctgcacacaaaccttgataatcaacctaatccaaaccggccaaggcag
agtggttggccaagtcttagctcacctgctaacatgtcttcttcatcttcaccctcacta
aagcactttaaaaccgtaccatttgtgttagactcttctcaacttttacaaaagatggac
caccctcagaatcagccttctgaacccgataacagaccattacctgctgtcaacatgtta
cgtctttctgcaacagagttgctcagaaatcttgacaaccaagctagcgcaacccagcca
aagcagagcggtggaccaggtaattccattgacgctaactcttcttcatcttcaccctca
ccctcgctcaaccatgtcctgagtcaacaaccatcagtgttggacagttctaaactttca
caagacaaggaacagccacagccacacccattaggtgcaaatgacttcaaccctcaaaac
cagcctgctgttaatattctgccattttctgcccttgagttgctcaggaatgttgataac
caagctactgctagtgcaaaccagcctaatgattga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (122)   
   KEGG ORTHOLOGY (1)   
   RefGene (118)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (5)   
   Pfam (5)   
All databases (135)   

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