KEGG   Neofusicoccum parvum: UCRNP2_1615
Entry
UCRNP2_1615       CDS       T03126                                 
Name
(GenBank) putative filament-forming protein (tpr p270) protein
  KO
K09291  nucleoprotein TPR
Organism
npa  Neofusicoccum parvum
Pathway
npa03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:npa00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    UCRNP2_1615
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:npa03019]
    UCRNP2_1615
Messenger RNA biogenesis [BR:npa03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     UCRNP2_1615
SSDB
Motif
Pfam: TPR_MLP1_2 ZapB Pro_CA_2
Other DBs
NCBI-ProteinID: EOD51576
UniProt: R1GTJ2
Position
Unknown
AA seq 1985 aa
MATAAIDTAYIAAAYSFPEPTLQTLLDAPTIELVQQLLVKIEAKAHEFDDVKAEKLRSDV
ELENAVRTGDARARALKASVDKNLKELEEVRRKLSEEENARVSLESELQNMKSSSTTSSS
ETEVLRARVNTLEASNRETVALLEAKTTAHDKLAEELSAQHQKIVALRREISELEDKNQA
AQNAATNTKFRQQALQQEIDLLKKNNEWYESELQTKSTEYSKYRKEKSARISELQRMYDD
ASETIESLRRTEAGLRSRVDEVNQKAEDSLTKIQQLQEAAAKAEESFRVELDSSRRLADL
QKQSADTARARLQEVQGSLDKVKEDAAEELGQMQAEVETERSEKEMALQKIEELEVQVEK
MESDLATRQHTAVAVTGTPRRAVNGLGGAATPGRSGSPTFGTPGYGTPSRVKGGLTFTQL
YAEHAQVKSELDAERRRNAKLSSTIDEMIQDLEAKQPEIEELRAGHQKLENNVLEISELL
EEANRDRDAAKKEARKWSGQVEGLQREGDVLRQQLQDLSNQVKALLFEVTVRDQGLEALN
AAEQAEFEKIVRGEMEVEDGVTDTSRFISQRLVIFRNVEELQEQNNKLLRVTRELGERME
GEEARAKQNQAEKDREELEELRRKASRYEDELKSLNTVAESYQRERDMFRRMLTHRGQIP
PGSDLASMFGESVGPSTPPPGGFSHSIGPGTSPHAKDLADYAKLLKELQSHFDAFRKEST
TDHAMLKEQADRLAKEKSDLQMEINRAGSQLTLAHERYELLQANFSQLRSENAELQKRGH
ALAETSAKQDLKTAQVAEELYEAKAQADGLRHEAANLKAEKELWKNIETRLTEDNRALSD
ERTRLNKMIADLQNLQNERELADSETRRRLQTRIDALESELQTTKRKLDSEIEDSKRAAL
RREYDAEQNRTRIDDLVKTLGNTREELVAAKTQRDQLQARVDELRIELRNAEEKAVALAP
RPTPRRESVVQNGEAESSDLSREQELGVEVADLKRDLEIARNELENAKTHVEQYKAIAQA
SEEELQSINETHDQYREEMDGIMAEKDAKIRDLEQRVEDISTELATTNTELSNLRTGHEE
SLARSNEQKAILEADIVRLKDENERYQETARLRQEDLKAQAAIAQQAQESYEIELVKHAE
AAQNLQKVRTEHNQLKSEVAEIKAEAQAAKAALESSEDSWNETRSRYERELSDLKIRRDE
VNDQNQRLHQQLETVSAQISALRQSRASLGAEPAEDGSFVSPDTENLNEVIRFLRREKEI
LETQYDCQIRESNRYKQQLDHTRTELEQAREKLSQERQNQVENQQSNQTHAKLKEKIEEL
NLFRESSATLRLEARQAQEKLADKVKEVESLMAQIEPLQTSVRELENQVETKSGELQQLK
EDRDRWQQRTQNILQKYDRVDPEELAELKNKITTLEAERDQLIAEKAPLQAQIDGFEEQL
ANAKTEQARITGEEKDAQHGERRERLIEQFKGRSRELSGKIKEANQEKETANQAKEQLEQ
ELAAVKEELEKAKAAHEEALASAKPPQADTQMQDTPEEGEAEEGQDSGVPSPEIALLEAR
AQAAEAKAADESTRAAELQRQVEALETKVQELEAQITELQQRLDTTASESSRLKEAAPTQ
TVPADTAPTETIPAENTEPIQPLAADNETLEALEKLKAELATAQQEVETLRANATSTNTT
APIGEAMPAGEGAVSAEQLAEQIAKVKAEAEESVQAAAARFQQRADQMRAALTKKLTEGK
QALRQESEEAARKLKEEHEQAMQELKTEHEAEIQRIKAEHQKELERVKGGAQGEQPAPAT
ADVPVDGAPEGASESAPASTTTEVKSEPSKFSDLTDQEVKDLVNNNNTVKSIITRNIKTK
LSVELEAKAKELNEKHEKETEELQKKADGAVAMAEKRVALKLNMAQNRERNATAKIEVVQ
KAAEETPERPVGERLHSNPSSKRRRLTQLPRLRKLRLCNRNSNRHQLGVLASRPNNSFLG
LTSSQ
NT seq 5958 nt   +upstreamnt  +downstreamnt
atggcgacggcggccatcgacacggcctacatcgccgcggcctactccttcccggagccg
accctacagacactgctcgacgcgcccactatcgagcttgtgcagcagctcttggtcaaa
attgaagcgaaggcacacgagtttgacgatgtgaaggctgagaagcttcgctccgatgtc
gagctcgaaaacgctgtgcggacgggcgacgcccgtgccagagcactcaaggcatcagtg
gacaagaacctgaaggagctggaggaggtgcgcaggaagctaagtgaggaggagaacgcg
cgcgtctccctagaatccgagcttcagaacatgaagtcatcgtcgacgacatcatcctcg
gaaaccgaagttttgcgagcgcgtgtcaacacgctggaggcttcgaatcgcgagaccgtt
gctctattggaagcgaagaccacagctcacgacaagcttgccgaggaactctcggctcaa
caccagaagatcgttgctcttcgtcgtgagatttcggaacttgaggacaagaaccaggca
gcgcagaatgcagcaacgaacaccaagttccgtcagcaggccctacagcaggaaatcgac
ctcctgaagaagaacaacgaatggtatgagtcggagcttcagacaaagagcacggagtac
tcgaagtaccgcaaggaaaagagtgctaggatttcggaactgcagcgcatgtacgatgac
gccagtgagacgatcgagtccttacgccgcaccgaggccggtctgcggagccgtgtcgac
gaggtcaatcagaaggccgaggactctctaacgaagatacagcaactccaggaagccgcg
gcgaaggctgaagagtccttccgtgttgagctggacagctcacgccgcctggccgacctt
caaaagcagagcgcggataccgcacgagcgcgccttcaagaagttcaaggttctttggac
aaggtgaaggaggatgccgcagaagaacttggtcagatgcaggctgaggtagaaacggag
cgatcagagaaagagatggcattgcagaagattgaagagttggaggttcaggttgagaag
atggaatcggatcttgcaactcgccaacatactgctgtggccgttaccggaactcctagg
cgcgctgtcaatggccttggcggtgctgctaccccaggacgttcaggatctcccaccttt
ggcacacccggctatggtacgccttcgcgtgtgaaaggcggtcttacattcactcagctc
tatgccgaacatgcccaggtcaagtcagaactcgacgcagagcgccgccgcaacgcgaaa
ctgagcagcaccatcgatgagatgatccaggatctggaagcgaagcaacccgagatcgaa
gaacttcgagccgggcatcagaagcttgagaacaacgtgcttgaaatctctgagcttctg
gaagaggcgaacagagatcgggatgccgccaagaaggaggcaaggaagtggtctggccaa
gtcgaggggctacagcgcgaaggtgatgtgttgcgacagcagctccaagatttgagcaac
caggtcaaggctctgcttttcgaagttactgtccgcgaccaagggctcgaggccctgaat
gctgccgaacaggcggaattcgagaaaatcgtccgtggtgaaatggaagttgaagatggc
gtcacggacaccagtcgcttcattagccagcgcctggtcatattccgtaacgtcgaagag
ctgcaagagcaaaacaacaagctcctccgcgtcactcgggagcttggagagcgcatggaa
ggtgaagaggcgagagccaagcaaaaccaggcggagaaagaccgcgaagagctagaagaa
ttgaggaggaaggcatctcgttatgaggacgaactcaaatccttgaacactgtcgcggag
agctaccagcgtgagagagacatgttccgccgcatgctcactcaccgtggtcaaatccct
cctggatcggaccttgcgtcaatgtttggagaatcagttggcccatcgactccacctcct
ggcggattctctcatagtatcggccctggcacctcgcctcacgcaaaggacctcgccgac
tatgccaaactcctgaaggagctccagagccacttcgatgctttccgaaaagagtcgaca
acggaccacgccatgctcaaggagcaggctgaccgattggctaaggagaagagcgatctc
cagatggaaattaaccgcgccggctcccaactcacgcttgctcatgagaggtatgagctt
ttgcaggcaaacttcagccaactgcgatccgagaacgcagagcttcagaaacggggacat
gccctggctgaaacttcagccaaacaggacctcaagaccgctcaggttgcggaggagctc
tacgaggcaaaggctcaggccgatggcctgcgccatgaagctgccaacctgaaggccgag
aaggaactctggaagaacatcgagacccgactgacggaagataatcgcgctcttagcgat
gagcggacacgcctcaacaagatgattgcggatctccaaaacttgcagaacgagcgggag
ctcgcggactcggagactcgccgtcgtcttcaaacccgcatcgatgctctggagtctgag
ttgcagactacgaagaggaagcttgatagcgagatcgaggacagcaagcgggctgccctt
cgccgggagtacgatgcagagcagaaccggactaggatcgacgacttggtgaagaccttg
ggtaacacgagggaagaactggtcgctgctaagacacagcgcgatcaacttcaggccagg
gtcgacgagcttcgtatcgagctccgcaatgccgaggagaaggctgttgctctggctccc
cgtcccacacctcgtcgggaaagcgtcgttcagaacggcgaagctgagtccagtgacctc
agtcgtgaacaggagttgggtgttgaggttgccgatctcaagcgcgaccttgagattgcc
cgcaacgagcttgagaatgccaagactcatgttgagcagtacaaggccatcgcgcaggct
tctgaggaagagcttcaaagcatcaacgagactcatgaccaataccgtgaggagatggac
ggcatcatggcggagaaggatgcgaagatccgcgatcttgagcagcgggtcgaggatatt
tccacggaactcgccacgacaaacaccgagctttctaacctgcgtaccgggcacgaggag
agtctggcacgttctaatgagcagaaggctattctcgaagccgacattgtccggctcaag
gatgagaacgaacgctaccaggagactgcaaggcttcgtcaagaagacctcaaagctcaa
gcagcgattgctcagcaggcccaggagagttacgagatcgagttggtcaaacatgcagag
gctgcgcaaaaccttcagaaggtccgcaccgagcacaaccagctcaagagtgaggttgcc
gagatcaaggcagaggcgcaggcggccaaggctgccttggaatcgagcgaggacagctgg
aatgagactcgcagccgctacgagcgtgagctctcagacctcaagatccgtcgggacgaa
gtcaacgaccagaaccagagacttcaccagcaactcgagacagtcagcgctcagatttct
gctctcaggcagagtcgcgcttctcttggtgcagagcccgccgaggatggctccttcgtt
tctcccgacaccgagaatctcaatgaagtcattcgcttcctccgtcgggagaaggagata
ttggagacccaatacgattgtcagatccgggaatccaaccgctacaagcagcagcttgac
cacactcgaaccgagcttgaacaggctcgcgaaaaactcagccaggaacgccagaaccag
gttgagaatcagcagagcaaccaaactcacgccaaactcaaggaaaagatcgaggagctc
aatctcttccgtgaaagcagtgccaccctgcgccttgaggctcgtcaagctcaagagaaa
cttgccgacaaggtcaaggaggttgagagcctcatggctcagatcgaacccttgcaaacc
tcggtgcgcgagttagagaaccaggtcgaaaccaagtcaggcgaacttcagcaactcaag
gaggaccgtgaccgctggcaacagcggacgcagaacattctgcagaaatacgaccgcgtc
gatccagaggaacttgctgagctcaagaacaagatcaccactctggaggccgagcgcgac
caacttatcgctgagaaggcgccactccaagcccagatcgatggctttgaggaacaactc
gccaatgccaagactgaacaagccaggatcacgggtgaagagaaggatgcacagcacggt
gagcggcgcgaaaggctcatcgagcaattcaagggtcgttcgcgcgaactctcgggcaag
atcaaggaggcgaaccaagagaaggagactgccaaccaggcaaaggagcagctggagcag
gaattagcagcggtgaaggaagagctggagaaggcgaaggccgctcacgaggaggcactt
gcaagcgctaaacctccccaagccgacacgcaaatgcaagataccccggaggagggtgag
gctgaggaggggcaggactctggcgttcccagtccagaaattgctctcttggaggcccgc
gcccaggctgcagaggccaaggctgcagatgagtcaaccagggccgctgagctgcaacgc
caagtcgaggcattggagacgaaggttcaggagctcgaggctcaaattaccgagctccag
caacgccttgacacaacggcttccgagtcgagccggctcaaggaggctgcacctactcag
acagtcccagcggacaccgcaccgaccgagaccattccggccgagaacactgaacctatt
cagcctcttgctgcagataatgagactttggaggcgctcgagaagctcaaagccgagctc
gccacggcccaacaggaggttgaaaccctccgcgccaatgcaacttcgacgaacaccacg
gcaccgatcggtgaagccatgccagcaggagaaggtgccgtctctgccgaacagctggcc
gaacagattgcgaaggtaaaggctgaggctgaggagagtgtccaggcggcggcagccagg
ttccagcaacgtgcagaccagatgagagcagctcttacgaagaagcttaccgagggcaag
caagcattgaggcaggagagtgaagaagcagcccgcaaacttaaggaggaacacgagcag
gcgatgcaagagctcaagacagagcacgaagccgaaattcaacggatcaaggccgagcat
cagaaagaactcgagcgcgtgaaaggaggtgcacagggcgagcagcctgcacctgcaact
gccgatgttcccgtggatggtgcccctgaaggcgcgtcagagagcgcgcctgcttctacg
accaccgaagtcaagtccgagccgtcgaaattcagtgacctcaccgaccaggaggtcaag
gacttggtcaacaacaacaacacagtcaagtccatcatcactcgaaacatcaaaacgaag
ctttctgtcgaactggaggccaaggccaaggagctcaatgagaagcacgagaaggagacc
gaggagctgcagaagaaggcagatggtgctgttgctatggcagagaagcgtgtcgccctg
aagctgaacatggctcaaaaccgggaacgcaatgcaaccgcgaagattgaggtcgtacaa
aaggccgccgaagagacgcctgagcgtccagtcggagagcgcctgcacagcaaccccagc
agcaagcgcaggcgcctaacacagctccccaggctgcgcaagctgcgcctctgcaaccgc
aacagcaaccgtcaccagctgggggttttggccagccggcccaacaacagcttcctcggc
ctcacgtcgtcccagtga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (163)   
   KEGG ORTHOLOGY (1)   
   RefGene (160)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (3)   
   Pfam (3)   
All databases (171)   

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