KEGG   Setaria italica (foxtail millet): 101758317
Entry
101758317         CDS       T02818                                 
Name
(RefSeq) uncharacterized protein At3g06530 isoform X1
  KO
K14550  U3 small nucleolar RNA-associated protein 10
Organism
sita  Setaria italica (foxtail millet)
Pathway
sita03008  Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:sita00001]
 09120 Genetic Information Processing
  09122 Translation
   03008 Ribosome biogenesis in eukaryotes
    101758317
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:sita03009]
    101758317
Ribosome biogenesis [BR:sita03009]
 Eukaryotic type
  90S particles
   U3 small nucleolar RNA-associated proteins
    101758317
SSDB
Motif
Pfam: BP28CT U3snoRNP10
Other DBs
NCBI-GeneID: 101758317
NCBI-ProteinID: XP_004976423
UniProt: A0A368RZ03
Position
VII:26399965..26414384
AA seq 2156 aa
MASIASQLQAIKSALGAAPEPARRPITRPSVLFDAKEAADIDLRAILPIALSGLEHLASV
DERFARYSNTLFRETSLEVNREQLTPKENDKLNKSISTYLRLLAGYLHLPSALKTLEYLI
RRYLVHVYNLDELLLSALPYHDTHAFVRIVQLLNLGNSKWAFLDGVKSSGAPPPRSVLVQ
QCIRDKAVLETLCNYASPTKEFSHSRTVVCFCTAVIVECLGAVQKLDTDIVQRVLGFVFD
SLNPEITGDQDYKAGALMIVGVLATRATLAPKLVQNLIFFVARTAQHDAFESVDLPWLRV
TVMAIISLVQSQSVHDFPKKALVILKDIRDFSGVLSVLSSEYNIERFIRLYVESLVDYSA
SDDSCHTHFMETIETLPMEKSVERIVSKVLGSCSKVSRATGNRDIDRAGIWAKKILSAIE
IKYPLELHDAIRKFLEKSEINSTGGDSISEMFGLVFDDSKKMPTEISDSNIWFSLDHPKA
MVRQSALSKIATSGIFTNSTLNPRKLVNIQDAILRSLYDDNLSVVQAALSIEGLAAVASP
ESLLKAYDDVLTKCIKIINKGGSKASKASDVAVSCLEKMVMEYQLHHMEHAKDIAAVVFR
LLIVHPKTLRVNLKALELAKKIQWEFYTSSSLVYDEVTVQKMKENMSADSIASINMKNIV
AFAETFLANPNKHVEWLANSGRGTRFSRTVFLLVVLQALVPSEALDKQVSLCEACLPFLK
DEWHHVQPEDNGVGDEISIDKLEKCSIELVKHIFNSDTEALNARIIVCIFWGLLKVQSSY
IKQNSMIGSGGNAMLDDLFLFFVTSPGKNIFQKHLQYLIINCTGAPFQFISKYFLDEDLS
DRVQVESLRLLASICSKCASSESSILDESICMKLLLGFPSVILPLAHENRDIRSSAVKCI
EGLSLVWQRLSTSLPRNAGNTIKLPQCMSSPTFGIFLESLVNQKTMISSDAKFLPAYISS
MLSPRKDMTVPENLHERFDQPTKDALLHFILHSALKLTPYGKFMLLSVLKGVGGILLQAE
DVKSLFFDLLDCRDQYQNQHDSKNLSTHEMQILCLLLEVLLSVADHANIGFNMSEPLLRA
LKVDALAPDDPVVVMPCLTALRTLQPVFFDNLKADTKEKVFGRLISLFRTENIEIRNATR
DALLRINVHASIVVKFIELIVALGGARGQSKRTKRKDGLSRDASSSFEELFGERPIASIL
VSLLDILFLKKDVNQRPCLLQPLFQILSKLRSDQWVSGIVCQHTNQHDTSSETPDLSSSV
KESQHLILLVLKDITDTLHSSHEGAMFSSSDVDLLIEYIRSVKDVGTRNHGFSLIASLGK
ACPQVVSESIVDLFVAIGDAIKQDDSHSQRVLEDLLSVLVPCWLSRTSSIEKLLQIFIKA
LADIPEHRRLTLMVYILRTLGKESNLSTVIMHLLHSLVERISHPLSEHHGSLSALSQEWE
YGLAANVTDQYSYKLWFPCLSKLLKEIRVHEKQGVHLMLHLAMRLVLSKLQDTELIFELE
ADDAANFIQGSLGALMEEVVLCTVYTKDKKRDISGDIIKELRDSANTILKTITGWMSAST
YFRGITQLLDHSDSLVKRKALGILSETARGNSLVQNKQSKARKLKHSSVITAIKVDKISG
PYFSNLCLKILELIDRVVDSDTSVKIAAISSLETLAKEYPSDDPVYSKCLSTIINHIGSA
DAAMSSGLIHTAGSLIDVLGSKALPQLPLVVKNIMLIAHQVSCCPSGSYAHGSTKATTRL
SNQDTAMLLSSLTTIEVVVEKLGEFVNPYLKEILDLVVLHPECSSHMDTRLDAKAADVRK
LLTEKVPVRLILPPLLDLYSVAPNCGEASLSLAFQMLASLVSTMDRLAVGTYHVKIYEHC
LAALDIRRQHPDSLKNINIVEQSIIHAIITLTMKLTEGTFRPLFLRTLEWAESEVDQSSS
KKSLDRAISFYKLINKLAEQHRSLFTPYFKYLLEGSVQYLLEDALAGCKQKKKKKAKLDV
QVEQKDNLWGLKLWNLRALILKSLHKCFLYDNEQKVLDSSNFQVLLKPIVSQFVVEPPES
IESAVDAPSVEEVDEAIVLCLGQMAVTARSDVLWKPLNHEVLMQTRSDKVRPKLLGLKVV
RYMVQHLKEEYVGLLPETIPFLGELLEDVELPVKTLSQEILKEMETLSGESLRQYL
NT seq 6471 nt   +upstreamnt  +downstreamnt
atggcgtcgatcgcgtcgcagctgcaggccatcaagtcggcgcttggcgctgcgcccgag
ccggcgcgacggcccatcacccggccgtcggtgctcttcgatgcgaaggaggccgccgac
atcgacctccgcgccatcctgcccatcgccctctctgggttggagcaccttgccagtgtg
gacgagaggtttgctaggtacagcaacactctgttcagggagactagcctagaggtgaac
cgcgaacagctaacacccaaggagaatgacaaactcaacaagtccatctccacctacctt
cgccttctagctggctatttgcatcttccatctgccctgaagacacttgaataccttatc
cgccgatacctggtgcatgtatacaatttggatgagttgctgctgagcgcactgccgtac
catgatacacatgcatttgttcggattgtgcagttgctcaacttagggaatagtaagtgg
gcatttcttgatggcgtgaagtcctcaggtgcaccgccacccaggagtgttctagtgcag
cagtgcatcagggataaggctgtgctggagaccctctgtaactacgcttcaccaacaaag
gaattcagtcactcaaggacagtcgtctgcttttgcactgctgtgattgtggagtgcttg
ggtgctgtccagaagcttgacacagatatagtgcagagggtattgggatttgtgtttgac
tctcttaatccggaaataacgggagatcaggattataaggctggtgctctgatgattgtt
ggagtacttgcaacgcgggcaactctagcaccaaaacttgtgcaaaatttgattttcttt
gttgcaaggactgcacaacatgatgcatttgagtcagttgacttaccatggcttcgtgtc
acggtgatggctattataagtcttgttcagtcacaatcggtccatgacttccctaagaag
gcacttgtgattttgaaggacatcagggatttttctggtgtactttctgtattatccagt
gagtacaatatcgagagattcattaggctttacgttgaatcattggttgactacagcgct
tctgatgattcctgtcacacacacttcatggagactattgagactctaccaatggagaaa
tctgttgaaagaattgtgagcaaggttcttggcagctgtagcaaggtatctcgggccact
ggaaaccgagatatagatcgtgcaggcatttgggctaagaaaatcttgagtgcgatcgaa
ataaaatatccattggagctacatgatgctattcgtaaatttcttgagaaatctgaaatt
aactcaacgggaggggattctatatctgaaatgttcggcttagtgtttgatgacagcaag
aaaatgccaactgaaatatctgattcaaacatttggttcagtctggaccatccaaaggct
atggttcgccagtctgctctctcaaaaattgctacatctggcatcttcaccaacagtact
ctaaatccacggaaacttgtcaatatacaagatgcaatattacgcagtttgtatgatgat
aatctaagtgttgtccaagctgccttgtccatagaaggactagctgctgttgccagtcct
gaaagcctactaaaagcatatgatgatgtgctcaccaagtgcatcaaaatcattaacaaa
ggtggttcaaaagcgtcaaaggcgtctgatgtcgctgtttcttgcttggaaaagatggtt
atggaatatcaacttcatcacatggaacatgccaaggacatagctgcagtagtttttcgt
cttcttattgttcacccaaagactcttagagtgaacttaaaggccttggagctagctaag
aaaatacaatgggaattctacacgagtagttctcttgtatatgatgaggtcactgttcag
aaaatgaaggagaacatgagtgcagactccatcgcttccattaacatgaagaatatcgta
gcttttgctgaaactttcctggctaacccaaataagcacgtggagtggttggctaactct
ggaagaggaactagattttctagaactgtgtttctactcgtggtattgcaagcactagtt
ccctcagaagctttggacaagcaagtgagtctctgtgaagcttgtttgccattcctgaag
gatgaatggcatcacgtacagcctgaagataatggtgttggtgatgagataagcattgac
aagctggagaagtgcagtatagaattggtaaagcatattttcaacagtgacacagaggca
ttgaatgctagaatcattgtctgtatattttggggtcttctaaaggtgcagtcctcctat
attaagcagaactcgatgattggcagtggtggaaatgcaatgctcgatgatttgtttctc
ttctttgttacgtcacctggcaaaaatatctttcagaagcacttacagtatctcatcatt
aattgcactggagcaccttttcaatttatttcaaagtactttctggatgaagatttgtca
gatagagttcaagtggagagtctccgtttgcttgcttctatttgttctaagtgtgcttcg
tctgaaagtagtatcttggatgaaagcatatgcatgaagcttctactcggctttccttct
gttattctcccacttgctcatgagaacagggatataaggtcatctgctgttaagtgtatt
gaggggttatctttggtgtggcagcgcttgagcacttctctaccaagaaatgcaggtaac
accatcaaattgcctcaatgcatgtcatctccaacatttggtattttccttgagtcattg
gttaaccaaaaaaccatgatatcctcggatgcaaaatttcttcctgcatatatctcatca
atgctaagcccacgcaaagacatgacagttcccgagaaccttcatgaaagatttgaccag
ccaacaaaagatgctctccttcatttcatcttgcactccgctttaaagctcactccttat
ggaaagttcatgcttctgtcagtcctgaaaggagtaggaggcatcttacttcaggcagag
gatgtgaagtctttgttctttgatcttctggactgtcgtgatcaatatcagaatcagcat
gattctaagaacttatccacccatgaaatgcaaatcttatgcttgcttttggaggttttg
ttgtcggtagcagatcatgcaaatattggttttaacatgtccgaacctctgttgagagca
ttaaaggttgatgctctggctcctgatgatcctgttgttgtaatgccatgtcttactgcc
ctgcggactcttcaaccagtgttctttgataatttgaaggctgacactaaggaaaaagta
tttgggcgccttatttctttgtttcgaactgagaacatcgaaattcgaaatgccacacgg
gatgctctactgcgaattaatgttcatgcttccattgtggtgaaatttattgaattaatt
gttgcgcttggtggtgcaagaggacagtcaaaaagaacaaagagaaaggatggtctgagt
cgtgatgcatctagcagttttgaagagttatttggagaaagacctatagcttctattctt
gtctctcttctagatattttgtttcttaagaaagatgtgaaccaaaggccatgtctatta
cagccgcttttccaaattctatcaaagctccgttccgaccaatgggtttcagggattgtt
tgtcagcataccaaccaacatgatacctcatctgaaacccctgatttatccagctccgtg
aaagaatctcagcacttgatactgctggtcctcaaagatattacggatacactgcattcg
agccacgaaggtgcaatgttcagcagctcagatgttgatcttcttattgagtacatacgg
tccgtcaaggatgtaggaactcggaatcatgggttttccttgatagcttctttgggaaag
gcttgcccgcaagtggtgtcagagagtattgttgatttatttgttgctattggggatgct
ataaaacaggatgatagccattctcaacgtgttttagaggatttactatctgtcttagtt
ccatgttggttatcaaggacctcaagtatagaaaagcttcttcagatatttattaaagct
ttagcagatattcctgaacataggcggttgacgctcatggtttacatcttgaggacctta
ggaaaggaaagtaatttaagtactgtgatcatgcatctgctgcactcgttggttgagcgg
atttcacaccctctttctgagcatcatggaagcttgagtgctttgtcacaggagtgggaa
tatggattggctgccaatgttactgaccaatattcctataaattatggtttccatgtttg
agtaagctactaaaagaaatcagggtgcatgagaagcaaggtgtacatcttatgctacat
ttggcaatgaggcttgttctgtctaagttgcaagacacagagttgatttttgagcttgaa
gctgacgatgctgctaattttatccagggttctcttggagcacttatggaggaagttgtc
ctgtgtactgtgtataccaaagataaaaagagagatatttctggtgatattataaaagaa
ctcagagattctgcaaacacaatactcaagacgattacaggatggatgagtgcttcgaca
tatttcagaggaattactcagttgctggatcattcagacagtcttgtgaaaagaaaggca
cttgggatattgtccgaaactgcaagaggaaacagcttggttcagaacaagcaaagcaaa
gcacgaaaactgaagcatagctctgttattactgcgatcaaagtggacaagatatctggt
ccatatttcagcaacttgtgcttaaagattcttgaattgattgacagagtggttgattcg
gatacttcggtgaaaattgctgctatttcttcgcttgaaacgctagcaaaagaatacccc
tctgatgatccagtttacagcaagtgcctctcaacaatcattaatcacattggctctgct
gatgcagctatgtcttccgggttaattcatactgctggctctctgatagatgtgcttgga
tcaaaagctttaccacaactcccattagtcgtgaaaaatataatgctaatagcacatcag
gtttcatgttgcccaagtggaagttatgcccatggttctactaaagcaaccaccaggctt
tcgaaccaagatacagctatgctgctatcttcactgacaacgattgaggtggttgtggaa
aagctgggtgaatttgttaatccatatttgaaggaaatacttgatctggtggtattgcat
cctgaatgtagttctcatatggataccagattagatgcaaaagcagctgatgttcggaag
ctactgactgagaaagttccagtccggcttattcttcctcctttactggatctgtactct
gttgctcctaattgtggggaagctagcctttcattggcattccaaatgcttgctagtctt
gttagtacaatggacaggctggctgtaggaacttaccatgtgaaaatatatgaacattgt
ttagccgctcttgatatccgtcgccaacatcctgactctttgaagaatatcaatattgtg
gagcaaagtattattcatgccataatcactctcacaatgaagcttacagagggcactttt
aggccactatttcttcgcactttggaatgggccgagtctgaagttgatcaatcgtcatcg
aagaaaagtttggaccgtgcaatttctttttacaaattgatcaacaaacttgctgaacaa
cacaggtccttgtttacaccttacttcaagtacctacttgagggatctgtacaatatctg
ttagaagatgctttggccggttgcaagcaaaagaagaaaaagaaggccaaacttgatgtt
caagttgaacagaaggataatttatggggactaaaactgtggaatcttagagctctgatt
ttgaagtccttacacaagtgtttcctttatgataatgagcagaaggtcctagattcctct
aatttccaggttctcttaaagccgattgtttcccagtttgttgtggaaccaccagaatct
attgaatcagctgtggatgctccatcggttgaagaagtagatgaagctattgttttgtgc
ttggggcaaatggcagtcacggcacgctcggatgttctttggaagcctcttaaccatgag
gtgctgatgcagacaaggagcgataaagttcgccccaaattgctgggcctgaaggttgtc
aggtacatggtccaacacctgaaggaggaatacgtcggtcttctcccggaaaccatcccg
ttcctaggcgaattactcgaggatgtggagcttcctgtcaagacactgtcgcaggagatc
ttgaaagagatggaaaccctcagtggcgaaagcctccggcagtacctgtga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (2)   
   Pfam (2)   
All databases (15)   

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