Argentina anserina (silverweed cinquefoil): 126794265
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Entry
126794265 CDS
T10558
Name
(RefSeq) nuclear pore complex protein NUP98A
KO
K14297
nuclear pore complex protein Nup98-Nup96
Organism
aans Argentina anserina (silverweed cinquefoil)
Pathway
aans03013
Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:
aans00001
]
09120 Genetic Information Processing
09122 Translation
03013 Nucleocytoplasmic transport
126794265
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03019 Messenger RNA biogenesis [BR:
aans03019
]
126794265
03036 Chromosome and associated proteins [BR:
aans03036
]
126794265
Messenger RNA biogenesis [BR:
aans03019
]
Eukaryotic type
mRNA surveillance and transport factors
Transport factors
Nuclear pore complex
126794265
Chromosome and associated proteins [BR:
aans03036
]
Eukaryotic type
Centrosome formation proteins
Spindle formation proteins
126794265
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Nucleoporin2
Nup98_GLEBS
Motif
Other DBs
NCBI-GeneID:
126794265
NCBI-ProteinID:
XP_050376886
LinkDB
All DBs
Position
5:3889938..3895417
Genome browser
AA seq
1011 aa
AA seq
DB search
MFGSTSPFGQSSNSPFGSQSVFGQSSNTSNNNPFAPQPQPQPFGSTNAFGAQTGSSLFGG
TSTGVFGQTQSSPFGASSSPAFGQQSSPFGASSTPAFGASSTPAFGASSTPAFGASSAQT
SPFGGASGSSAFGQKPAFGAFGASPAQTSPFGGTAQPSQPAFGSNMFGATSSPFGASQPA
FGTNTTSAFGSTNTSAFGSQATPGFGSQPTPAFGATSTSPFGGTSTAFGAVSTPAFGSTP
TPAFGATNSSLFGTGAAFGTTPSTPAFGQSSSAFGTTTSSPTFGQSSSGFGFSGAPAFGQ
SSSAFGSTPFGASSPFGGQSSPFGNAGAQAATPTLGNNAFGQSTFGAQAAQRGGSRATPY
TSTSEPDSNGIAKLESISAMAAYKEKSHEELRWEDYQLGDKGGPSAAGGGGFASPVQTNP
LNPNPATSFPQTSSSPFNTSTSPSLFAPKTSSFPSTGFGVTSSSPFSSTSPFASSSTQTN
FFSPASSTFGQTAAPSPFSSTPSFSFSTPVTSSTPSFNFPTQSNPQTQFGQTSTGSFGLN
TSTFGSNLFNNTSGLQSNSLGTTSNQLGISQPAPAFPNFQTSQPLQTNPFSFSNNTFSQP
QPGNTAFGGLAGISGPSNFGQLSVAQGSAAVQQPVPATNPFGTLPTMPQVSIGRGGSAPS
IQYGISSMPVVDKPAHVRVTSILTPRHLSQRRIRLPARKYNPKNDNPKAFFSDDEETPTT
PKGDVVFHPRENPRALVIRPQEQWPLRASAEKSTAQKNTAAPVHENGKNPGAALFVGANS
ADNNEPETLQENGPVKEHLSHVKANQKHNGVYVDHTIQKGDSLSGHRAGEAAIVYEHGAD
IEAQMPKLRRSDYYTEPRIQELAAKERADPGFCCRVKDFVVGRHGYGSIKFLGETDVRRL
DLEGLVQFNNKEVIVYPDENKKPPVGQGLNKPAEVTLLNIKCIEKKTGFQYTEGPKVEKY
KEMLKRKAEEQGAKFVSYDPKKEEWTFMVDHFSGYNLKDEDECDVDAAEDC
NT seq
3036 nt
NT seq
+upstream
nt +downstream
nt
atgttcggttctacgagcccttttgggcagtcatctaatagcccgtttgggtcccaatca
gtcttcgggcaaagcagcaacacgagtaacaacaatccttttgctccccagccccagccc
cagccctttggtagcactaacgcctttggcgcccaaacagggagctcgctatttggggga
acttctactggcgtatttggtcaaacccaatcctcaccttttggtgcttcatcttcgcca
gcttttggacagcagagttctccatttggtgcatcttctactccggcatttggtgcatct
tcaactccggcatttggtgcatcttctactccagcatttggtgcatcgtctgctcaaaca
agtccgtttggtggagcttccggttcatctgcttttggccagaagcctgcttttggagca
tttggggcgagtcctgctcaaacaagtccatttggaggcacagctcaaccatcacagcca
gcatttggaagcaatatgtttggtgccacctcctcaccttttggtgcaagtcagcctgca
tttggcactaatactacctcagcctttggttcaacaaatacctcagcttttggtagccaa
gccacccctggttttggtagccaacccactccagcatttggggctacaagcacttcgcct
tttggtggtacaagtacggcctttggtgccgtcagtactcccgcatttggctcaacacca
actcctgcatttggggcaacaaattccagcttgtttggaactggggcggcctttgggacg
actccaagcaccccagcatttggtcaatctagctcagcttttggcacaacaacaagttct
cctacttttggccaatcaagttcaggctttggcttttcaggtgctcctgcatttggccaa
tcgagttcagcctttggtagcacaccatttggtgcgtcatctcctttcggagggcagagt
tctccatttggtaatgcaggggctcaggcagcaacaccaacacttggaaacaatgccttt
ggacagtcaacatttggggcccaagctgcccaacggggtggaagtagagcaactccttac
acaagcacatctgaaccagatagtaacgggatcgcgaaattggagtccatatcagcaatg
gcagcctataaagaaaaaagtcacgaggaactgagatgggaggattaccagttgggcgat
aaaggtggaccgtctgctgctggtgggggtggctttgcatcacctgtgcagacaaatcct
ttgaatcctaatcctgcaacatcgtttcctcaaacatcttcaagtccttttaatacttca
acctcacctagcttatttgctccgaaaacctcatccttcccttctactggttttggtgtt
acttcatcttcaccatttagttctacttcaccgtttgcctcatcttcaactcaaacaaat
tttttttcacctgcatcatcaacatttggtcaaacggcggctccatctccttttagttca
acgccttccttttcattctctaccccggttacatcatccactccctcatttaatttcccc
actcaatcaaacccacagacacaatttggtcaaacaagcactggctcatttgggctgaat
acatctacctttggttcaaacctgtttaataatacatccggtttgcagagcaattcattg
ggcactaccagcaaccaactgggtattagtcaaccagctcccgcttttcctaatttccag
acatctcagcctcttcagactaatccgtttagctttagcaacaacacttttagtcaaccg
cagccaggcaacacagcctttggtggtttagcaggcatatctggtccgagcaactttggg
caattgtctgtggctcaaggttctgcagctgtacaacaaccagtacctgccacaaatcca
tttggaacactccccacaatgccgcaggtgtcaattggtcgtggtggttctgccccctca
attcaatatggaatttcaagcatgcctgtcgttgacaaacctgctcatgttagggtgaca
tccatcctgactcctcgacatctttcacaacgccggattagattacctgcaagaaaatat
aatcctaagaatgataacccaaaggctttttttagtgatgatgaagaaactcccaccaca
cccaagggggatgttgttttccatcccagggaaaacccaagagcacttgtcattcgtccc
caagaacagtggcctctaagagctagtgctgagaaatcaacggcacagaagaatacagct
gctccagtccatgagaatggaaagaatccaggggcagcactctttgtgggagccaactct
gcagataataatgaaccagaaactttgcaagaaaatggtcctgtcaaggagcatttaagt
catgtcaaagctaaccagaaacataatggtgtatatgttgatcacaccattcagaaaggg
gactcactaagtgggcacagagctggcgaggctgctatagtatatgagcatggtgctgac
attgaggcacaaatgccgaagctccgacgctctgattactacacagagcctagaatccaa
gaactcgcagcaaaagaaagggcagacccagggttctgctgccgtgtgaaggactttgtg
gttgggcgacatggttatggcagcataaagttcttgggtgagacagatgtaaggcgcctt
gatcttgagggtctggtgcagttcaacaataaggaggtaatagtgtaccctgatgagaac
aagaaacctcctgttgggcaaggacttaataaacctgctgaagtaacacttctcaacatt
aaatgcattgagaagaagactgggtttcagtatacagaaggaccaaaagttgagaaatac
aaggagatgctgaagaggaaggctgaagaacagggtgccaagtttgtctcctatgacccg
aagaaggaagagtggacgttcatggttgaccacttcagtgggtacaatctgaaagatgaa
gacgaatgtgatgtggatgctgccgaagattgctga
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