KEGG   Vigna radiata (mung bean): 106764728
Entry
106764728         CDS       T04126                                 
Name
(RefSeq) uncharacterized protein At3g06530 isoform X1
  KO
K14550  U3 small nucleolar RNA-associated protein 10
Organism
vra  Vigna radiata (mung bean)
Pathway
vra03008  Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:vra00001]
 09120 Genetic Information Processing
  09122 Translation
   03008 Ribosome biogenesis in eukaryotes
    106764728
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:vra03009]
    106764728
Ribosome biogenesis [BR:vra03009]
 Eukaryotic type
  90S particles
   U3 small nucleolar RNA-associated proteins
    106764728
SSDB
Motif
Pfam: BP28CT U3snoRNP10
Other DBs
NCBI-GeneID: 106764728
NCBI-ProteinID: XP_014504568
UniProt: A0A1S3UEW6
Position
6:complement(1918821..1941440)
AA seq 2139 aa
MATSLASQLETLRSFAKADSEPLKRPFTRPSILFDPKEAADIDIETLFSLALEGLEVLIG
KDERFRNYKNDLFSHRSKELDRELLGIEQNNQLNVSIASYLRLLSGYFLLRPALKTLEYL
IRRHKIHVYNIEDLILCSLPYHDTHPFVRVVQILDTRNTKWGFLDGVKASGAPPPRMVIV
QQCIRDKGILDALCNYASPSKKSQPSRLFIGFCTAVFVEVLGTVVTVDDDLVKRILPFVV
SGLQPGINGFSDHKAGSLMIIGLLGNKAALAPKLLNSLIRSVAEVARGEAIQMTDIYWFR
LSLITLINLVQSQNVEILPTKALEVLNKIRDLAGVLLELSKEFNIEKFLRVLLDSLIDCS
SDEYCQQTLLSLIEIIPINSFVDHVVTTILSTCVKLSQKVGDSTPSMSAGWAKKILIIFN
TKYPSELRGAVHHFLQENKARSKKDDSLYKVLCKLLDGNLDSALDISHSKVWFGLYHPKA
DVRRATLLDLDYSVIPETNDGSKNLINVQEAILRLLDDTELTVVQAALRVDGLPNVIDSS
KLLDALLNVLRRCMDKLLSGSADSDSLNGEVAVTCLKKAISYFGDHTSYLKNIAAMIFPL
LIFLIQTQSLNVKAVGLVNKINWPLYKNIFMASSGEEALIPGSLSSINLKIVNKMAENFL
VHPEDHVNWFVECCSDLELSKTLFFFVLLQSLCIKPKDEDIYALFECLFPFLKAEWETSV
AADVVLDEFNSEMLEWECKDFLKDILYANLRPINVKVMICIFWRLLELLLSVAPSDILLR
DGDEWVSKIRNLFVFFASSKLKHAFRKHLHHLAVQCRISPSCLLSKFFTEEGVSAAVQVE
SLQCYAFLCSLEPDRWKLGLLAEFPSVLVPLASDTHNIRVAAMDCIDSLYTLWCHFEHAG
KKNGNNASWFHFVGELLSLMSQLKTFILSDKKFLPSLFASTLSSSFTNNLEHQNILVPQN
VEKRFDQPTKIRIIGFILGSTLKLSNYGKLMILSLFKGIGNALMHVPEVGSLLFTFLMQY
YEKLSLSCPKLSDNEIKITCLLLESCVMSCPSGGNDLQDLLVKALRFGSLNSDDPACVKP
CIAVLNKLNSKFYVELKNEVKEHLFCELVFLWRNGNGDVQRATKEALTRIDISFSTVGYM
LDLILALKSFIVSSSNEKAVKKQKLVGHQEAEDPSNNIWILSSLLDVLLLKKDITNRHLL
LGSLFKLLSKVFSEECVNKSFIPVQRLSQKSSPSEANNSTIYHIQQTLLIILEDIIISLK
SIASLNENIKSEINIKLLIECAQNSEVITRNHIFSVLSAITRVYPEEIFEYMHDILVVIG
EAAVTQIDDHSRIVFEDLISAIVPCWLSKTDDVEKLLKIFMEIFPEIVEHRRLSFVLYLL
RTLGEGKSLASLLILLFRSLISKKASCFLNAETADDLTFYTKEWEYRFAVQICEQFTSKI
WLPSLVMLLEQRVNRDVDQTQLLELFIVMQFSLQKLQDPEFVFKLESREDAAVIQRALGE
LMEQVVLLLQLVDARKKQLNIPVIVRNELKETMRAVIRILAGVMIPYVYINSITKLLHNA
DKNVGKKALGLLCEAARSHKNVSLRLKDNKGSRSTPTSLLLHMNETSPESLKKLCVEIIR
VLDDSSDTSLKVAAVSALEVVAEIFPSNNSIFSLCLQSVTRYIASHNLAVTSSCLRATAA
LINVLGPKALAELPKIMDGVMKSSSRVLSNLNMKPKSSDVLSASMESYFYLLITLEAVVD
KLGGFLNPYLVNIMEILVLYPEHISGMHAKVESRAHGVRKLLAERIPVRLALPPLLKLYP
AAIKAGDKSLTIVFDMLGIIIGTMDRSSIVAFHGKVFELCLVALDLRRQSPPSIENIDLV
EKGVLNTLTVLTLKLTESMFKPLLIKSIEWVESEVDGTSCTGSIDRAISFYGMVNKLTEN
HRSLFVPYFKHLLGGCVHHLSDDGDVKVSTGNQKKRAKILDDGIIKETGSVSIKVWHLRA
LVLSSLHKCFLYDTGTLKFLDSSNFQMLLRPIVSQLVIDPPTLLDDSMNIPSVKDVDDLV
VSCIGQMAVTAGSDLLWKPLNHEVLMQTRSDKMRAKMLGLRIVKYFVENLKEEYLVLLAE
TIPFLGELLEDVEISVKSLAQDILQEMESLSGESLRQYL
NT seq 6420 nt   +upstreamnt  +downstreamnt
atggcgacctccttagcctcgcaattagaaactctaaggtccttcgcgaaagccgactcc
gagcctctcaagcggccattcacccgtccttcaatattgttcgatcccaaagaagccgcc
gacatcgatatcgaaactcttttctccctcgctcttgaaggtttagaggttcttattggc
aaggatgagcggttcaggaactataagaacgatttgtttagccacaggagtaaggagttg
gatagagagttgctgggaatagaacagaataatcaacttaatgtctccattgcttcgtat
ttaagactgctttctggatattttcttcttcggcctgctcttaaaacgctcgagtacttg
atacgtagacacaagattcatgtgtacaacatcgaggatttgattttgtgttctttgccg
taccacgacacacatccatttgttcgagtagtacagatacttgatacaaggaatactaaa
tgggggtttcttgatggtgttaaagcgtctggtgcaccgcctcctaggatggtcatagtg
caacagtgcatccgtgataagggcatattagatgctctatgcaactacgcatctccgtct
aaaaagtctcaaccttcaaggctttttattggtttttgtactgctgtttttgttgaggtt
ttgggtactgttgtaactgtagacgatgatcttgtaaagaggatacttccttttgtggta
tctggtcttcagcctggcattaatgggttttcagatcacaaggctggttctttgatgatc
attggtttgcttgggaacaaagctgcattagctcccaagcttttgaatagtctgatacgt
tcagttgctgaggttgctcgtggcgaggctatacagatgacagatatctattggtttcga
ttgtcccttattaccttaataaatcttgttcagtctcaaaatgttgaaatactaccaacg
aaggccttggaggttttaaataaaataagggacctggcaggggttttattagaattatct
aaggagttcaatattgaaaagtttcttcgtgtgcttttggactccctgattgactgcagt
tctgatgaatactgtcagcagactttgctatccttgatagaaattatccccataaacagt
tttgttgatcacgtggtcacgacaattctttcaacttgtgtgaaattatcacaaaaagtt
ggtgactcaactccttccatgtcagctggctgggcaaagaagattctgattattttcaat
acaaagtacccttcggaactacgtggtgcagttcatcatttccttcaggaaaataaagca
cgttccaagaaagatgattcgttgtataaggttttgtgtaagttgttagatggaaatttg
gattctgcacttgatatctcacactcaaaagtttggtttggcctgtatcatccgaaggct
gatgttcgtcgtgctacactgcttgatttagattattctgttattccagaaaccaatgat
ggttcaaagaatcttataaacgttcaagaggccatattaagactgctagatgacacagaa
ctaacagttgttcaagcagctttacgtgttgatggcttgccaaatgtaatagattcttct
aagcttcttgatgcactactgaatgtgctaagaagatgcatggacaaactgctttcaggt
tctgctgatagcgatagtctaaatggtgaagttgctgtcacttgtttaaagaaggctatc
tcttacttcggtgatcataccagttacttgaaaaacatcgctgctatgatttttccatta
ctcatttttctaatccagacacagagcttgaatgtaaaagctgtgggacttgtcaacaaa
ataaactggccactttataagaatattttcatggcttcatctggagaagaagcattgata
cctggaagtttatcttcaattaacttgaagattgtcaataaaatggctgaaaatttcttg
gtccatcctgaagaccatgttaattggtttgtggaatgctgcagtgatttggagttgtca
aagacactcttcttttttgttctcttgcagtctctttgtataaaaccaaaagatgaagac
atttatgcactatttgaatgtctatttccttttctaaaggctgagtgggaaacttcagta
gctgctgatgtcgtattggatgagttcaattctgaaatgctagagtgggagtgcaaggat
ttcttaaaagatattttgtatgccaatctaaggcctataaacgtgaaggttatgatttgc
atattttggaggctgttagaactactactatctgtagcaccttctgacattctgctgcgt
gatggtgatgagtgggtcagcaagataaggaatctgtttgttttttttgcctcctcaaaa
ttgaagcatgcattccgtaaacacctccatcacttagcagtgcagtgcagaatatcgcct
tcttgtctcttgtctaagtttttcacagaggaaggtgtttctgctgcagtccaggttgaa
agtcttcaatgctatgcatttctgtgtagcctggaaccagatagatggaaacttggactt
ttagctgaattcccgtctgttcttgttcctttagcgagtgatactcataatataagggtt
gctgccatggactgtattgattcattgtatacattgtggtgtcattttgagcacgctggc
aagaaaaatgggaacaatgcctcatggtttcatttcgtgggtgagcttctctccctgatg
agtcagctgaaaacattcatattgtccgacaagaaatttcttccttccctatttgcatcc
actttgagctcatcctttacaaacaacttggagcatcaaaacattttggtacctcaaaat
gttgaaaaaaggtttgatcagcctacgaaaataagaattattggcttcattttgggttcc
acgctgaaactctctaactatggaaagctaatgattttatccttgttcaaaggaattggg
aatgcccttatgcatgttccagaagttggctctttgttgttcacttttcttatgcaatac
tatgaaaaactcagtctgtcgtgtccaaaattgtcagacaatgaaattaagataacgtgc
cttttgctggagagctgtgttatgtcatgtccctctggaggaaatgatctacaagatctt
ttagtgaaagcattgcggtttgggagcctgaattcggatgaccctgcctgtgtaaagcct
tgtatcgctgttttgaacaaactcaacagtaaattctatgtggagttgaagaatgaagtg
aaggagcatttgttttgtgagcttgtgtttctgtggcgtaatggtaatggtgatgtacaa
cgtgcaactaaagaggcattaacgcgtatagatattagtttctcaactgttggctacatg
cttgatctcatacttgcactgaagagttttatagttagttcttcaaatgaaaaggcggtg
aagaaacaaaaattggttggacaccaagaagctgaagatccttctaataacatatggatc
cttagttcccttcttgatgttttgctattgaagaaagacataacaaataggcatttactt
ttaggatccttatttaagcttcttagcaaggtattctcagaggaatgcgtgaataagtcc
tttatacctgtgcaaaggttaagccaaaaatcaagtccttctgaagccaacaatagcaca
atatatcatattcaacagactctattgataatcctggaggatataattatttcgcttaaa
agcattgcctcactgaatgaaaatattaaaagtgaaattaacattaagctactgatagag
tgtgcccagaactctgaagttatcacccgcaaccatatattttctgttctttctgctatt
actagagtttatccagaagaaatttttgagtatatgcacgatattcttgtagttattgga
gaagcagccgtcacacagattgatgaccattcaaggattgtttttgaggatcttatatct
gcaattgttccttgttggctttctaagacagatgatgtggagaaactactgaagattttc
atggaaatatttcctgaaattgttgaacacagaaggctgtcatttgtgctatatttatta
agaactttgggtgaggggaaaagcttagcgtcattgcttatcctacttttccgttcgcta
atttcaaagaaagccagttgttttcttaatgctgagacagcagatgatttaacattttat
actaaggagtgggaatatagatttgcagtgcaaatttgtgaacagtttacgagtaagata
tggcttccttctttagtcatgctgcttgaacagagggtaaatagagatgttgaccagaca
cagctcctggagttgtttattgtgatgcaattttctttgcaaaagttgcaagatccagaa
tttgtgtttaagttggaatcaagagaggatgccgctgtcattcagagggcattgggcgag
cttatggagcaggttgttttacttttgcaacttgtagatgcaagaaaaaagcaactgaac
atccctgtaattgtgaggaacgagttgaaggaaactatgcgtgctgttataaggattcta
gcaggagtcatgattccttatgtgtacattaacagcataactaaattgctccacaatgca
gataaaaatgtcgggaagaaggctcttgggctgttatgtgaagctgcaagaagtcataaa
aatgtgagcttaaggcttaaagacaataagggttctaggtcaactccaacttctcttttg
cttcatatgaacgaaacttccccagaatcacttaaaaaattatgtgttgaaattattcga
gtacttgatgactcatcagatacctccttgaaagtggcagcagtttctgctttagaagtt
gtagctgaaatattcccttcgaataattccatttttagtctgtgccttcaatctgttaca
agatatattgcatctcataacttggctgtgacttctagctgcctcagagcaactgctgcc
ctgataaatgttctaggtccaaaggcactggcagaacttcccaagattatggacggtgtg
atgaagtcatcttctcgagtattgtctaatttgaatatgaaacccaaaagcagtgatgtt
ttatcagcctcaatggaatcctatttttatcttctcatcactttggaggcagttgtggac
aagcttggtggatttttaaatccgtaccttgtaaatatcatggagattctggtgctttat
cctgaacatatttcaggaatgcatgcaaaggtggaatctagagctcatggagtaagaaag
cttcttgctgaaagaattcctgttcgacttgctctgccacctttgttaaaattatacccg
gctgccattaaggctggggataaaagcttaactattgtctttgatatgttgggaatcata
ataggtacaatggacagatcgtccattgtggcatttcatgggaaggtatttgaactttgt
ttggttgctcttgatctgcgccggcaaagtcctccttcaattgaaaacattgatttagtt
gagaaaggtgtgcttaatacattgactgttctgactctaaaacttacggagagcatgttc
aagccccttctcataaagagtatagagtgggtagaatctgaagtggatggaacttcatgt
acaggaagcattgatagggccatatctttctatggcatggtaaataagcttacagagaac
catcggtcattgtttgttccttacttcaaacacttgcttggtggatgtgttcatcatctt
agtgatgatggagatgtgaaagtgtctactgggaatcagaagaaaagggccaagattttg
gatgatggcattataaaagaaacaggcagcgtctccatcaaggtttggcatctcagggca
ctagtcttgtcatctttacacaagtgtttcctgtatgacaccgggaccttgaagtttctg
gactcctcaaatttccagatgttgttgagacctattgtttcacaacttgtaatagatcca
ccgactttattggatgacagcatgaatataccgagtgtgaaggacgttgatgacctagtg
gtttcctgcatcggtcaaatggcagtgactgctggatctgaccttttgtggaagcctttg
aaccatgaggttttaatgcagacacggagtgataagatgcgagctaaaatgttgggccta
agaattgttaagtattttgtggagaacttgaaagaggaatacctagttttattggccgaa
acgatccccttccttggtgaactacttgaagacgtggagatttcagttaaatctcttgcg
caggatattctccaggaaatggagtctctgagtggtgaaagccttcggcaatacctatga

  All links  
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 (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (17)   

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