Pieris napi (green-veined white): 125057168
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Entry
125057168 CDS
T08706
Name
(RefSeq) vinculin isoform X1
KO
K05700
vinculin
Organism
pnap
Pieris napi (green-veined white)
Pathway
pnap04820
Cytoskeleton in muscle cells
pnap05100
Bacterial invasion of epithelial cells
Brite
KEGG Orthology (KO) [BR:
pnap00001
]
09140 Cellular Processes
09142 Cell motility
04820 Cytoskeleton in muscle cells
125057168
09160 Human Diseases
09171 Infectious disease: bacterial
05100 Bacterial invasion of epithelial cells
125057168
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
pnap04812
]
125057168
04147 Exosome [BR:
pnap04147
]
125057168
Cytoskeleton proteins [BR:
pnap04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Cross-linking proteins
125057168
Exosome [BR:
pnap04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
125057168
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Vinculin
Talin_IBS2B
TelA
Motif
Other DBs
NCBI-GeneID:
125057168
NCBI-ProteinID:
XP_047516629
LinkDB
All DBs
Position
16:4509398..4539825
Genome browser
AA seq
972 aa
AA seq
DB search
MPVFHTKIIESILEPVAQQVSRLVILHEEAEDGNAMPDLARPVQAVSLAVNNLVKVGHET
IESSDDPILRGDMPGALRRVEGAATLLQQASDMLRADPYSGPARKKLIEGSRGILQGTSA
LLLCFDESEVRKIVKECKKVLDYLGVAEVIDTMEDLVQFLRDISPALSKAAREVAARAAE
LTHPPHAETLTRCLESVKKLAPVLICSMKIYIHILSEGGKGIEDASENRNYLAKRMADEI
HEIIRVLQLTSYVEDGGEKDNIAVLKALQSMIHNKAGAAHEFLNDPEALRNTVGERALRS
VLTSGQRAAEHLTPAHADTLRSTVRSGGINADVLCDERQFGRGKEPKALKLASDLGNQLD
EVEGVVNEGVRAVEQQGGKTIQARLEAAHKWLLHPAAEPATRLEGQKAISSIVAQGHTIA
DNLHGREKAEIMQLCSEVQHLSDKLSDLCMRGRGDSDEARAVTRELTDKLHELKRGLDRA
VVNRVVEDFIDVAAPLRHFTDAVNAPLGTPGRELKFEEKANGLQAFSGKAAAAADMVAAG
VRHNKKLADMLHHNAKEVEKLSPQLICAGKIRLHYPESKVAEEHFNNLKNQYADAVLRCR
DLCDQALDPLDFVRTAGELMQKHTYLCEDAIRNNDSQKMVDNTSAIARLANRVLLVGGAE
RENTEDSEFALALGAAQQRLQASIPPAVRHAKLVALQDRSAVPAWRAANNEIIKASNGVE
EALARQYGPPPPPPALPESFAALRVNVREAAPPRPPPPAVSAPPRPPPPDTDDEGEDIFD
RQPHPSQPILVAAHNLHRAVREWSSKDNEIIAAAKRMAILMARLSDLVRSDSKEVFMNLS
GSKRELIATAKAIAEASEEVTRLAKKLALECTDKRIRTNLLQVCERIPTIGTQLKILSTV
KATMLGAQVGMAEYRGSEEDQEATEMLVGNAQNLMQSVKETVKAAEGASIKIRTEQGAYR
LRWVRRSPWYQI
NT seq
2919 nt
NT seq
+upstream
nt +downstream
nt
atgcccgtatttcacacgaagataatcgaaagtattttagagccggttgctcaacaggtt
tcccgtctagtgatccttcatgaagaggcagaagatggaaacgcgatgccggatctggca
cggccagtgcaggccgtgtcacttgccgtcaacaatctcgtgaaggtgggccacgagact
atcgagtcgtcagatgacccaatcctgcgtggcgatatgcctggtgctttacggcgtgtg
gaaggagccgcgacacttctccaacaggcctctgacatgttaagggctgacccgtattcg
ggacctgccaggaagaagctgatagaaggatctcgaggtattcttcaaggtacatcggcg
cttttgttgtgcttcgacgagtcggaagttaggaagatcgtaaaagaatgcaaaaaggtg
ttagactatttaggtgtggctgaagtgatagatactatggaggacctagtgcagttcctg
agggacatatcaccagcgctttcgaaagcagcgagagaggtagcagcccgcgccgcggaa
ctaacgcatcctccacacgcggaaactttgactcgctgtctggaaagtgtcaaaaagttg
gctccagtcctcatctgctcaatgaagatatacatccatatactgtctgaaggtggcaag
ggtatagaagacgcatcagagaacagaaactatttagcaaaacgtatggcggatgaaatt
cacgaaataattagggtgttgcaactgacgtcatacgtagaggacggcggagagaaggac
aatatcgcagtactgaaggcgctccaatccatgatacataacaaagcgggagctgcgcac
gagtttcttaatgatcccgaagccctccgtaatacagtgggtgagcgtgcattacgctcc
gtattgacatcgggacaacgtgccgctgaacatctcactcccgcccatgctgatacgctt
agatctactgtcaggtctggtggtatcaacgctgatgtactgtgtgatgagagacaattc
gggcgaggcaaagaacctaaggcattaaaactagcctcagatctgggcaatcagcttgac
gaggtagaaggtgtggtcaatgaaggagtaagagccgtcgagcaacaaggcggaaagacg
atacaagccagattagaggcagctcacaaatggttacttcacccggcagccgaacctgct
acccgtcttgaaggacagaaagctattagcagcattgtggctcaggggcatactattgcc
gataacctgcacggacgagagaaagctgaaataatgcagctctgctcagaggtgcaacat
ttgtccgacaagttgtctgatctgtgtatgcgcggacgcggcgactcagacgaagccagg
gctgtcactagggagttgacggacaaattgcatgagttaaaacgcggcttggaccgtgct
gtcgtcaatcgagtagttgaagacttcatagatgtcgctgcacctctcagacacttcaca
gatgctgttaacgctccattaggaaccccgggccgcgagttaaagttcgaagagaaggcg
aatggcttgcaagcgtttagcgggaaggctgctgccgctgcggatatggtggctgctgga
gtacgccataataagaaattagctgatatgctgcatcataatgctaaagaggtcgaaaaa
ctttccccgcaactgatttgcgcaggaaaaattcgtctacattatcccgaaagcaaggtc
gcagaagaacatttcaacaacttaaagaaccagtacgcggacgcagtgttgcgctgcaga
gacctttgtgaccaggcacttgacccactggactttgtaaggactgcgggtgagctgatg
cagaaacatacatatttatgtgaagacgctatccgtaacaacgactcacagaaaatggtc
gacaacacatccgctatcgctaggctggcgaaccgcgtactcctcgtgggtggagcggag
cgcgagaacactgaagacagtgagttcgctctagctttgggtgctgcccagcaacgccta
caagccagcattccgcccgccgtaagacacgcgaaactagtcgctcttcaagaccgaagc
gctgttcccgcttggagagctgctaataatgagataattaaagcgtcgaatggcgtagaa
gaagccctagcccggcagtacgggcctccaccgccgccaccggcattgccggagtcgttc
gctgccctccgcgtcaacgtgcgagaggccgcgccccccaggcctccgccgccagccgtc
tctgcgccacccaggcctccacctccagacaccgatgacgagggagaggatatctttgat
aggcagccccatcctagtcagccaattttggtggcagcccacaacttgcaccgcgctgtc
cgggaatggtcttcgaaggacaatgagatcatcgcagccgcgaaacgaatggctattctc
atggctcgactctcagacctcgtacgatcagactctaaggaagtctttatgaatttaagt
ggtagtaagcgtgaactgatcgccaccgctaaagctatcgctgaggcttcagaggaggtg
actagactggcgaagaaacttgcccttgagtgtactgacaagcgaattcgaaccaacctg
ctgcaagtttgcgagcgtatcccaactatcggcactcaattgaagatcttgtccaccgtt
aaggctactatgcttggagcacaagtcggtatggcggagtatagaggtagcgaagaagac
caagaggcgactgagatgttggttggaaacgcacaaaatctcatgcaaagtgtaaaggaa
acagtgaaggcggctgaaggcgcttcaataaaaattcgcacagagcaaggcgcgtaccga
cttcgttgggtgcgccgttcgccgtggtaccagatttaa
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