Chelonoidis abingdonii (Abingdon island giant tortoise): 116830270
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Entry
116830270 CDS
T07367
Symbol
POM121C
Name
(RefSeq) nuclear envelope pore membrane protein POM 121C isoform X1
KO
K14316
nuclear pore complex protein Nup121
Organism
cabi
Chelonoidis abingdonii (Abingdon island giant tortoise)
Pathway
cabi03013
Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:
cabi00001
]
09120 Genetic Information Processing
09122 Translation
03013 Nucleocytoplasmic transport
116830270 (POM121C)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03019 Messenger RNA biogenesis [BR:
cabi03019
]
116830270 (POM121C)
Messenger RNA biogenesis [BR:
cabi03019
]
Eukaryotic type
mRNA surveillance and transport factors
Transport factors
Nuclear pore complex
116830270 (POM121C)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
POM121
Motif
Other DBs
NCBI-GeneID:
116830270
NCBI-ProteinID:
XP_032645576
Ensembl:
ENSCABG00000004503
LinkDB
All DBs
Position
Unknown
AA seq
983 aa
AA seq
DB search
MVHSPVTVKIARPDSNLARSPLLEQLVSPMAVSCNSTLDPCAKETVLRALKESRKRAVEE
EDDQSFPSGQENKRRRHDSSGSGQSAFEPLVANGAPASLVPKPGILKRALVSQCLDDCLS
KRSRTSSISSMNTTYAGGIPSSIRNAIASSYSSTRGLTKLWKRSGPSTSPLSSPASSRSQ
TPERPSKKAREEDPHWSSTSTPVKSDKELQTEKALETPVQKKQSSLTSPAMSGSSGKRKR
KIQLLSSRRGDQLTLPPPPQLGYAVTAEDLDAEKKAALQWFNKVLEDKTVEATPSTAAKT
TPASKPVSFTLTSTGPTPVSSAPLVTSTGSLLESLKKMQSSQSALVVSDSTGAAVTSQLP
LTVPMVLLDSGSLPAAVSDSKPGPALNLPAPLAPPSSTAQPASSVSNLVIPASSDLGQTP
TKTPSPPKPSILFGMLSTPPASQPGPGAASTAPAATPMFKPIFGTLPKSESVAFSAAGTS
PAVAASTSSVPPSTASSSAATTTTFKPVFGNLAAAAAPITTASPFTYKQTPQPAPAADLT
ATSTTDTTSVFTSLPSAVFTTAATAASTLSATTDATAKPAFSFGLGVPLTTSASNSTAVT
APISTRATQPFLFGASPNPAPSTAASFTSTTPIFQFGKPAAPTASVPAGSTFGPAQAAPS
TTAGFSIFGGTNLTSSTPPTTSQSTLSFGSSTAAFGGSFGTGAKPPPPYPGAAGQPAFAS
GTPESQQPTSKPAAGPASFSTPAFGFGASAAPSVAQPAFGNNSQPVFGGTNTQVSFGTNS
SQPAFGGTTSVFSFGTATTSSASSFGSNTQPTKSSTGSMVFGGTTPSPFPFGVSNQQSTG
ASAFAMGASALSGGTPSVAFNFGAGQNGSASTATPFGSSLTQNTLGAQNQSAPFAFAVPG
TPDSKPVFGGTPTPSFGQSTPAPGAGPVGSNSLSFGTPSTPGSGFGGARPPFGPSTPAFS
IGAGSKTGPRQRLQARRQHPRKK
NT seq
2952 nt
NT seq
+upstream
nt +downstream
nt
atggtgcacagcccagtgacagtgaagattgcacggccagacagcaacctggctcgctct
ccactcttggagcagctggtttcgccaatggccgtgtcatgcaatagcaccctggaccca
tgtgcaaaggagaccgtactgagagccctcaaagagagcaggaagagggctgtggaggag
gaggacgaccagagtttccccagtggtcaggagaacaaaagaagacgccatgacagcagt
ggcagtgggcagtctgcatttgagcctctggtagccaatggagccccagcttctctggta
cccaagccaggcattttgaagagggccctcgtttcccagtgcctagatgattgcttgagc
aagagatcgcgcacttcttccatcagctccatgaacaccacatatgctggtgggattccc
agctccatccgcaatgccatcgctagctcctacagctccacccggggactcacgaagctg
tggaagagaagtggcccaagtacttcacctctctccagtccagcatcttcccgctcacag
acaccggagaggcctagcaagaaagccagggaggaggatcctcactggtccagcacgtct
acccctgtaaaatctgacaaggagctgcagacagaaaaggctttggagactcctgtgcag
aagaagcagagttccttgacctcgccggccatgtcggggagcagtgggaaacgcaagcgg
aagatccagctgctttcttctcgccgaggagaccagcttaccctgcccccaccccctcag
ctgggttatgctgtcacagcagaggacttggatgcagaaaagaaagcagcactgcaatgg
ttcaacaaagtcttggaggataagacagtagaggccaccccaagcactgctgcaaaaacc
acccctgcatccaagcctgtgtcattcacactgacatctactgggcctacacctgtttca
tcggcccccctggtcaccagcacagggtcactcctggagagtctgaagaagatgcagagc
agccagagtgcgcttgtggtttcagattcgactggtgctgcagtgacatctcagctgcct
ctgacagttcccatggtattgctggattcaggttcactccctgcagctgtgtctgactcc
aagcctgggccagcattaaacttgcctgctcccttggcccctccctcctccactgcccag
ccagccagcagtgtgagcaacctggtgattcctgcttcatctgacctgggccagacaccc
accaagacaccctccccccctaaacccagcattctctttgggatgctgagtacaccgcct
gccagccagcctggaccaggggcagcatccaccgcacccgcagccacccccatgttcaaa
ccaatctttggcaccctgccaaaaagcgagagcgtggcgttctctgcagctggcacctct
ccggcagtcgcagcatctaccagctctgtgcctccctcaacagcatcttcctctgccgcc
accaccaccacattcaagcccgtctttgggaacttagcagctgctgctgcacctataaca
acagcatctcctttcacatacaagcagacccctcagccagccccagctgctgatctgaca
gcaacttccactacagacaccacctctgtcttcaccagcctccccagtgctgtctttact
actgcagccaccgctgccagcacactgagtgccaccactgacgccaccgcaaagccagcc
ttcagctttggacttggcgtgccgctcaccaccagtgcatccaacagcacagccgtcact
gcacccatctccactagagcaacccaaccgttcctgttcggagcctctccaaacccggcc
cccagcacagcagcaagcttcacatctaccactcctatcttccagtttggaaagcctgca
gcccccactgccagtgttccggcaggctccaccttcgggccagcacaagctgctcccagc
accactgctggctttagcatctttgggggcacaaatctgacttcttctaccccaccaacc
accagtcagtcaacgctgtcgtttggttcctccactgcagcatttggtggttcctttgga
acaggtgcaaaaccgccccctccatatcctggtgcagctggtcagcctgcgtttgccagt
ggcaccccggagagccagcagcccaccagcaaacctgccgctggccccgcgagctttagt
acccctgcttttggctttggggcctctgcagctccctctgtggcacagccggcctttggg
aacaactcgcagccagttttcggagggactaatacccaagtttcctttggcaccaacagc
tcccagccagcttttggaggcactacatcagtgttctcctttggaacagccaccacttca
agcgcgtcaagttttggctccaacacccagcctacgaagagcagtacaggtagcatggta
tttggcggaaccaccccctctccgttcccctttggggtgtccaaccagcagagcacaggc
gccagtgcctttgccatgggagcgtctgccctgagtgggggcaccccctccgtggcattc
aattttggggctggacagaacggatcggcaagcacagcaaccccctttggttcttccctg
acacagaacactttgggtgcccaaaaccagagtgcgccgttcgccttcgctgtgcctggc
actcctgacagcaagcctgtgtttggaggaactcccactccctcctttgggcagagcacg
cctgctccaggagctggacctgtcgggagcaacagcctttcgttcgggacccccagcact
cctggatcgggctttggaggagcaaggcctccatttggaccatcaacccctgcgttttcc
atcggggcaggatccaagactgggccccgtcagcggctgcaggcacgaaggcagcacccc
cgcaaaaaataa
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