KEGG   Fragilariopsis cylindrus: FRACYDRAFT_243901
Entry
FRACYDRAFT_243901 CDS       T04784                                 
Name
(GenBank) hypothetical protein
  KO
K14309  nuclear pore complex protein Nup93
Organism
fcy  Fragilariopsis cylindrus
Pathway
fcy03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:fcy00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    FRACYDRAFT_243901
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:fcy03019]
    FRACYDRAFT_243901
Messenger RNA biogenesis [BR:fcy03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     FRACYDRAFT_243901
SSDB
Motif
Pfam: Nic96
Other DBs
NCBI-ProteinID: OEU12645
JGI: 243901
UniProt: A0A1E7F3R6
Position
Unknown
AA seq 973 aa
MTLIGNGNIQTTATADNGSFGGLASLPSLGGDPLSRPSWKRSLGELAASNIALIGNNNNR
NNNNTNGSGGRHHAAAAMAASNAPPTSAAQMLLGSRTDFGSLISSSKSSTASSSSSGGKF
ENNHQNHVKDNNLDRFSYDTMNGGGIEVVVRRHRDGMLERILKDQREETQRLLDKAVERQ
IEDDWKEERSWWRKELVGDRNLVDATNNNTHNNIGLGGGGGESNFSSSSSSGGRGLLTSD
YGSGDGNNNNTSGSSFATGCDPKIMQNHLDIVKGIQPTDLKQVIADFERLARTSNNNGYH
NAWLLLGCMLPNIQSPIDGAQGALSHFCRQYQRIINNHVKSASLSGQDTSTSINYGGSST
MAETIAAYVKLTSGSNASVWEILYLCLRCGDTNAAKLVLDVTPVGGQESFSEQPIISPII
GQLSQRQGTAYCMFEVGSPMISSQDRFAIFNLYEKTKNLDPNNTHKLGVLALLCGQPLES
FDTVEDYLFGCLWLALMDKENPVHQIEVVGANVRKYGPSHFAADGSGEWGYVLPLIASQQ
FETALSYLAEAGGPNGLMQSVHLGIVFDLAQVKVSDLGDSSSRGSTSKDVVTALLVNYAT
LSEREPSARLLASLEYLSKIKNHDESNYQISNLIYRSPDDQMEALVGVLDAVGNRKNAIL
DEFLPENEVSKILVDAAELLKKQSSDRTTALSSAAKLYMLGYRHTKVVQLLNENISPVDI
SDENKIFWTQQSELFYQSYLSKRTSVVDSIEREGKLNLIDTNRSLIVLRSFFDRYRQRQF
PDAFEVVRSVGLLPLTQEELNEKASKFRDLDPILKEQFPTVLGATVECLCEMFQRLKSES
RGIPPTVEARLKELQFLARYLFLFASLTNMPKTHWNESSTLTLTTISIDTIEEHEKATID
ACIPIIAAIPASTSLTYTTVTTTTTTTTSSSGEEIHDDHHDEHHRHYKCHQASIFWNTFG
RNFCFSSLSLVHS
NT seq 2922 nt   +upstreamnt  +downstreamnt
atgacgcttatcggtaacggtaatattcagaccaccgccactgccgacaatggtagcttt
ggtggtttagcttccttacccagcttgggcggtgaccccctatctcgtccatcttggaaa
cgtagtctcggtgagctcgctgctagtaatatcgctctgattggtaataataataataga
aataacaataacaccaatggtagtggtggacggcatcatgcggctgcagctatggctgct
tcaaatgcaccacccacatctgctgctcaaatgttgttgggaagtcgtaccgatttcggt
tctcttattagtagtagtaaaagttcgaccgccagtagtagtagtagtggtggaaaattc
gaaaacaatcaccaaaatcatgtgaaagacaacaaccttgatcgtttttcttacgatacg
atgaatggagggggtattgaagtagtcgtacggcgtcatcgagatggtatgctggaacgg
atcctcaaagatcaacgagaagaaactcagcgtctacttgataaggcagtagaacgacaa
attgaagatgattggaaagaagaacgaagttggtggagaaaagaacttgtgggggatcgt
aatctagttgatgccacaaataataatactcacaataatatcggcctcggtggtggtggt
ggagaatcgaatttttcttcctcgtcgtcatcgggagggcggggattattgaccagtgat
tatggtagtggtgacgggaacaataataacacctccggatcatcattcgctactggatgt
gatccaaaaataatgcaaaatcatctagacatcgttaaggggatacaaccaacggatttg
aaacaggtcattgccgattttgaaaggttggcccgtaccagcaacaacaacggttatcac
aatgcctggttactccttggttgtatgttaccaaacatacaaagtcctatcgacggtgct
cagggcgcgttatctcatttttgtcgacaatatcaaagaatcattaacaatcatgtcaag
tcagcgagtttatctggacaagatacttctacatctataaattacggtggaagtagtaca
atggcggaaacgattgctgcctacgtgaaacttacgtctggaagcaacgctagcgtatgg
gaaatcctttatctttgtcttcgatgtggtgataccaatgcggcgaagttggttctagat
gttacacccgttggtgggcaggaaagcttctccgaacagcccatcatcagtcccatcatt
ggtcaactcagtcaaagacagggtactgcatattgcatgttcgaggttggttcgccgatg
atatcatctcaagatcgattcgctatttttaacttgtacgagaagaccaaaaacttggat
cccaacaacacacacaagctgggagtattagcactcttatgtggacaaccattggaatca
tttgataccgtagaagattacctgttcggttgtttatggctagctttgatggataaggaa
aatcccgttcatcaaatcgaagtcgtcggagctaatgtccgaaaatatggtccatcgcat
ttcgcagcagatggaagcggtgaatggggatacgtacttcctttaattgcttcgcaacaa
tttgaaacagccttgtcgtatcttgctgaagcgggtggacccaacggtttaatgcaatct
gttcacttgggcatagtctttgatttagctcaagtgaaggtttctgatctaggtgattca
tcatctagagggtcaacatcaaaagacgtagtcactgccttactcgttaattatgcaacc
ctgtcggaaagagaaccgtcagcaagattacttgcttcgcttgagtacctatccaagatt
aaaaatcacgatgaatcgaattaccaaatctcaaatttaatttatcgatctccagacgac
caaatggaggctcttgtgggagtcctagacgccgttggtaatcgaaagaatgctattttg
gatgagtttttacctgagaatgaggtttcaaaaattctagtcgatgccgcagaactttta
aagaaacaatcttcggatagaacaacggcactatcgagtgcagcaaagctttacatgctt
ggataccgccacacgaaagtcgttcagctattgaacgaaaatatctctcccgtcgacatt
tcggacgagaacaagatattctggactcaacagtcggaattattctatcaatcttatctt
tccaagaggactagtgtagtggattcaatagaacgggaaggaaagttgaacttaatcgat
acgaaccgaagtttgattgtgctccgatcgtttttcgatagatataggcaaagacaattc
ccagatgcattcgaagtggtaagaagtgtgggtcttttaccattgacacaggaagagttg
aatgagaaggcgagtaagtttagagatttggatcctatcctaaaagaacaatttccgaca
gtgctcggtgcgactgtggagtgtttgtgtgaaatgtttcaacgtctgaagtcggaatcg
cgtggaatccctcctacggttgaagctcgtttgaaagagctccaatttttagctagatac
ctcttcctctttgcaagtcttaccaacatgccaaagactcattggaatgaaagcagcaca
ctcacactcacgacgatatcgatcgataccatcgaggagcacgagaaggcaactattgac
gcttgcattccaataatagctgcaattcctgcttctacttctctcacttatactactgtt
actactactactactactactacttccagtagtggagaagaaattcacgacgatcatcat
gacgaacatcatcgtcattataagtgtcatcaagcaagcatattctggaatacgttcgga
cgtaatttttgtttctcatctttgagtttggtacattcataa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (60)   
   KEGG ORTHOLOGY (1)   
   RefGene (56)   
   NCBI-PROTEINID (1)   
   JGI (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (66)   

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