KEGG   Aspergillus fischeri: NFIA_059300
Entry
NFIA_059300       CDS       T01070                                 
Name
(RefSeq) SSU processome component Utp10, putative
  KO
K14550  U3 small nucleolar RNA-associated protein 10
Organism
nfi  Aspergillus fischeri
Pathway
nfi03008  Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:nfi00001]
 09120 Genetic Information Processing
  09122 Translation
   03008 Ribosome biogenesis in eukaryotes
    NFIA_059300
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:nfi03009]
    NFIA_059300
Ribosome biogenesis [BR:nfi03009]
 Eukaryotic type
  90S particles
   U3 small nucleolar RNA-associated proteins
    NFIA_059300
SSDB
Motif
Pfam: BP28CT U3snoRNP10 HEAT_2 HEAT HEAT_EZ Tti2 MobC DUF6771
Other DBs
NCBI-GeneID: 4584992
NCBI-ProteinID: XP_001258476
UniProt: A1DP58
Position
Unknown
AA seq 1814 aa
MASSLAAQLSQIAAKSTNQLDLKAQRTAHSQSLIFDRKVASTQDFDTVYQICYEGFQELC
QLDSRFTAFERTIFSEQSKAEDRTQLTAAQNKELDVALEAFLALVGGRLLLNPAVKAVEW
LVRRFRIHEYNTSFTILTFLPYYTTPLFLNLLAILPEDLTPTFKVLIPYKKGSINPPRHP
LVHSATTNKPFLAALNSYVLQVSRQQAHHHALLAFWAGIYTEAVAGMLDASRSGRREVEK
QKHEDIVIRVLPILNDGFAMKNVSELVIGCYMVSVVLAQKASLQDKVLDGLMEAVAGSWT
EETIESGLVCLAVLAQQKPETKLPRRALKAILRLDDVLKRLTEIATQYKTSHLLLGVVAG
CLDDLPRQKDTARLDLLSRIFQNQLLGEPEMSKAMTLVLEATSSVHKDGAMSLDAQARLA
DLVQVFSQSESLQPTFQKTIAESSFDIAALEHNLQTVIDTAPAPRTVEDVEMEDVEKEEE
QDNFSSAVESLSGEKLFKGSFLSTQSIPLFERLAQAFTLAVGSNEKCQTFSDLAALGKSE
ATKSPQYLSFFIRVFSGPYPMGTRATALNMITSFLTSTENTNLDFQALLPFLLVALTDAS
ERVRREAAAALAAVGSLYKKNKKGEDVWARSNLYGQLKDIKWLPTRDAQKIFERAVLPSL
EECIIDAAHIGRVLENTLRGVSVDANASELKKPLRLAFFTFLCSNAIELPLFTPKLGLLN
ILNRIDKAGGTTRTKELEPLLKTWRGFSEREVQDICEKERVPVSDVERQMVTIVTPKEKD
AIMILLSNVSPHSESLRPSFIAAVFGRIKGIWARVAEDRQVVAAEQLFEISLGVSNLPLV
NNCRDLLRSVQLPGSVLAQFLERIPVSLTDMEALGPAPKRRRTSQNNMIAMTVKDEAEFG
KVMEKMTFILELVDSSSPETHPELADGLFQALAALHHFKSQIQSGMSYLLSLTLGSLLAI
VNRSKESAKAQFDTSVIRADLVVDCVRTTESPQVQNAALLLVAGLSVIAPELVLHSVMPI
FTFMGSSVLRKDDEYSVSVIDQTIDQVVPALIQSLRDQKRDVVSGTSELLLSFTAAFEHI
PSHRRLRLFHALITKLGTQDFLFAVLAMLANRYAMDKDVLVLMTGLVSDASAPVELTTYS
KFLGLVSDSLKPKPGISQVLLGIGSDDGREPQKVAVDLLRDLAYLFKHSSLKVKMAKTFA
SEDEEAIRQLRTIFSQILEQVLTIGDSVQSMKLVSQANGDVLAALFGTLTLVDFLDTIEV
LLERPNDELRRKVLRLLEGRLRQNPERDSASQIRVLDFLPTLVDIIRNSADILLKHAAVA
CIDRIAEKYGKKDPSRVVSAAQVVASEACIGQTDDRIRIMGVLCLASMAETLGQVMIPAL
PEALSRSLALLELSLEEGKENSRLHDAVFSLFSALFVHIPYMISGPHLDKILLLSFKSAN
AEDCEDDSRQEALKMMARKVDMAATLGAVDRNWQYAVQAGPVATKETLEVVSLAVEKHPK
SATGKNIGVLSSILFKAFDLRREQLALGANATFDAADVDEIEDALNDVTIKMIYKLNDTT
FRPIFTKMLDWATSGLPKKDTQGSWARLTTFYKFLQVFFGTLQSIVTGYASYIIESVVSV
LGKASPADKSTKALWLATMRLLRNAFEHDQDGMPVLPINPCLKLTITEFWQSPSHLNQIS
TPLINQLAHATNSSTAATVIAEAVPAITELAVAADSTDNHKELNTALMKFLRPSAGPNGK
PAGGENPHTRLAALKAEQSLTEQLGEEWLALLPEMLPYISELMEDEDENVEREVRKWVKQ
IENVLGEKLDDMLT
NT seq 5445 nt   +upstreamnt  +downstreamnt
atggcttcgtccctcgccgcgcagctgtcgcagattgcggcaaagtcgacaaaccagctc
gatctcaaggctcagagaacagcgcattcgcaatccctgatttttgacaggaaagttgct
agcactcaggatttcgacacggtctaccaaatatgctacgagggtttccaggagttatgc
cagctggattcacgattcacagcattcgagcgcacaattttcagcgagcagagcaaggcc
gaggatcgcacacagctgactgcagctcagaataaggaactcgacgtggccttggaggct
tttcttgctctcgttggaggacgattactgttgaatcctgctgttaaggccgtcgagtgg
cttgtcagacgtttcagaattcacgaatataacacgtcatttacgattctcacattccta
ccgtactataccaccccgttattcttgaatctcctggccatccttcccgaagacctgacg
ccgaccttcaaagtcctgattccctacaaaaaaggctcgatcaatccacctcgccatccg
ctcgtgcacagtgctactacgaataagcccttcttggcggcattgaacagctatgttctc
caggtgagccggcagcaagcgcatcatcatgcgcttctggcattctgggccggcatctac
accgaggccgttgcgggaatgctggatgcatcgcgctccggacgccgagaagtcgagaaa
cagaagcacgaagatatcgtcatacgtgttctcccgattctgaacgatggtttcgctatg
aagaacgtctcggaactggtcattggctgctacatggtttccgtggtgcttgcacaaaag
gcgtctcttcaggacaaggttcttgacggtttgatggaggccgttgccggatcgtggacg
gaagagactatcgaatcggggctggtgtgcctggctgttctggcacagcaaaagcccgaa
acaaaattaccaagacgtgctttgaaggcaatcttgcgattggacgatgttctcaagcgg
ttgaccgaaatagcgacacagtacaagacctctcaccttcttctcggggtagttgccggc
tgccttgacgatcttccgagacaaaaggacacagcacgccttgatctcttgtcgcggatt
ttccagaaccagctcttgggtgagccggaaatgagcaaggctatgaccttggtcctggaa
gccacgagcagtgtccacaaggatggtgccatgtccttggatgctcaggcacgtcttgca
gatctagttcaagtattcagccagtccgagtctctgcagcctactttccagaagacaatc
gcggagtcatctttcgacattgctgcgctggaacacaacctccagacagtgattgatacc
gcgcctgcgcctcgtactgtggaagatgtcgagatggaagatgtggagaaggaagaagag
caagacaacttctcatcggctgtggagtccttgagcggggagaagttattcaagggctct
ttcctcagcacacaatccatccccttgttcgagaggcttgcccaagcctttacactggcg
gttggctcgaacgagaaatgtcagaccttctccgacctggcggctcttgggaagagcgag
gccacaaagtctcctcaatatctttcctttttcatcagagtcttctccggtccatatcca
atgggcacacgggccacggctttgaatatgatcacctctttcctcacatccaccgagaac
acgaatctagacttccaggcgcttttgccattcctgctagttgctctcacagatgcgtcg
gaacgtgttcgccgtgaggcagctgcagctcttgctgctgtcggtagtctctacaagaag
aataagaagggagaagacgtttgggctcgcagcaacctctatggccaactgaaggacatc
aaatggctccccactcgcgacgcacagaagattttcgaacgtgcagtgcttcccagtttg
gaggaatgcatcatcgatgcggctcacattggcagagttttggagaacactcttcgggga
gtgtcggtcgatgcgaatgcgtccgagctcaagaagcctctgcgactggcatttttcacc
ttcctgtgctccaatgccatcgagcttccgttgttcacacctaaacttggcttgctcaac
attctcaaccgtatcgacaaggctggtggaaccactcgtacgaaggagcttgagcctcta
ctgaagacttggcgtggatttagtgagcgtgaagtccaggatatctgcgagaaagagcgg
gttcctgtttctgatgtggagcgtcagatggtcacgattgtcacgcccaaggagaaggac
gccattatgattcttttgtcgaatgtgagccctcactcggagtctctgcggccttctttc
attgcagccgtctttggccgcataaagggcatctgggctcgagtggcggaggatcgtcag
gttgtggctgcggagcagctgtttgaaatctcgcttggcgtttccaacttgcctcttgta
aataattgcagagatcttctccgcagcgttcagctcccaggctctgtactcgcccaattt
ttggaaagaatacctgtctctcttactgacatggaagctcttgggcctgcgccaaagaga
agacgcactagtcagaacaacatgattgcgatgactgtgaaggatgaggcggagtttggc
aaggtcatggagaagatgactttcatcctggaacttgttgacagctcatcaccggagact
caccctgagctcgccgacggtctcttccaggcgctggctgctctccaccacttcaagtct
cagattcagtctggaatgagctatttgctcagcttgactctgggtagtctgctggccatt
gtcaaccggtcaaaggagagcgcaaaggcacagttcgatacctcggtcattcgcgccgac
ctggtcgtagattgcgtgcggaccacagagagccctcaagtgcagaatgcagctttgctt
ctcgtggccgggctttccgtcatcgccccagagttggttcttcacagcgtgatgcccatt
ttcacgttcatgggctccagtgttctcagaaaagacgatgagtactcggtttctgttatt
gaccagaccatcgaccaagttgtgcccgctcttatccagtccttgcgtgatcagaagcgt
gacgtggtatcgggaacatccgagctgctgctaagctttacagctgcatttgagcacatc
ccttcgcaccgtcgtctgcgcctcttccatgctctgatcacgaagctaggaacgcaggac
ttcttgtttgctgttttggcaatgctcgccaacagatatgccatggacaaggatgttctc
gtcctgatgacaggtctcgtttctgatgccagtgctcctgtcgagcttaccacatatagc
aaattcctcggattggtcagcgactcgctcaagccaaagcctggcatctcgcaagttctc
cttggaattggtagtgatgatgggcgcgagcctcagaaggttgcggttgacctgcttcgt
gacttggcatatctcttcaagcattcgtctctcaaggtcaagatggccaagacctttgcc
tcagaggacgaagaggctatcagacagctccgtaccattttctctcagatcctggaacag
gtcctgaccattggtgattccgtgcagagcatgaagctcgtcagccaggcgaacggtgac
gttctggccgcgttgttcggcacgctgacactggtcgacttcctcgacaccatcgaagtg
ctgcttgagcggcccaacgatgagctccgtcggaaagttctccggctcctcgagggacgc
cttcgccagaacccagaacgcgacagcgcctctcagatccgggtgcttgacttcttgcct
acccttgttgacattatccgcaactcggcagatatcctgctcaagcacgccgcggttgcc
tgtatcgatcgcatcgctgagaaatacggcaagaaagacccgtcgagagttgtcagtgct
gcccaggtcgtggctagcgaggcctgcattggccagacggacgaccgcattcgtatcatg
ggtgtcttgtgtcttgcatccatggctgagacccttggccaagtcatgattccagcactt
ccagaggccctcagccgctcgctggctctgcttgaactgagcttggaggagggcaaggag
aactcccggttacacgatgccgtcttctcgttgttctcggcgctctttgttcatattccg
tatatgatctctggccctcatcttgataagatccttctgctgtctttcaagtcagccaac
gctgaagactgcgaagacgatagccgacaagaagcgttgaagatgatggcccggaaggtt
gacatggctgcgacgctgggagcggttgatcgcaactggcagtacgcggtgcaggccggg
ccggtcgccacaaaggagacgctggaggtggtcagccttgctgtggagaagcatcccaaa
tccgcgactggcaagaatatcggggtcttgtcgagcatcctgttcaaggcattcgatcta
cgccgggagcagcttgcactgggagcgaacgccacctttgacgcggccgacgtggatgaa
attgaagacgcgctcaacgacgtcacgatcaagatgatctacaagctgaacgacaccact
ttccgtccgatcttcacgaagatgctggattgggccacgtccggtctaccaaagaaagat
acccagggcagctgggccagacttacgacgttctacaagttcttgcaggtcttctttgga
actcttcagtctatcgttactggttatgccagctatatcatcgaaagcgtggtttccgtc
ctcggaaaggccagtccggccgacaagagcaccaaggctctgtggttggccacgatgcgt
ttgctccgcaatgcctttgagcacgatcaagacggtatgcctgtcctccccatcaatccc
tgcctcaagctaaccatcacagaattctggcaatccccatcacacctgaaccaaatctcc
acccctctcatcaaccaactcgcacacgccacgaattcctccacggcagccaccgtaatc
gccgaggccgtccccgccatcaccgagctggccgtggccgccgactcaacagacaaccac
aaggaactcaacacagcactgatgaagttcctccgtccatccgccgggccgaacggcaaa
cccgccggaggcgaaaacccgcacacgcgcctcgcagccctcaaggccgagcaatcgctc
accgagcagctgggcgaggagtggcttgcccttctgcctgagatgctgccgtatatcagt
gagctgatggaggatgaggacgagaacgtcgagcgcgaagtccgtaaatgggttaagcag
attgaaaacgttctgggtgagaagttggatgatatgttgacgtag

  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)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (20)   

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