Nasonia vitripennis (jewel wasp): 100122973
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Entry
100122973 CDS
T01081
Name
(RefSeq) neuroglian isoform X1
KO
K06756
neuronal cell adhesion molecule
Organism
nvi
Nasonia vitripennis (jewel wasp)
Brite
KEGG Orthology (KO) [BR:
nvi00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04515 Cell adhesion molecules [BR:
nvi04515
]
100122973
Cell adhesion molecules [BR:
nvi04515
]
Immunoglobulin superfamily
L1 family
100122973
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
I-set
Ig_3
ig
fn3
Ig_2
V-set
Bravo_FIGEY
C2-set_2
Ig_DSCAM-DSCAML_C
Ig_5
Shr-like_HID
Mtp
Motif
Other DBs
NCBI-GeneID:
100122973
NCBI-ProteinID:
XP_031786696
NASONIABASE:
NV12771
UniProt:
A0A7M7TAD1
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Position
4:complement(29993348..30005715)
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AA seq
1254 aa
AA seq
DB search
MRFAACIIATLVLHAAAITQSPPRISKQPPTDELLFQVAQVSVNENEKPFLVECEAEGEP
APLYEWIKNGKDFKWQAYDDRISQQPGRGTLVISKPRDEDLGQYQCFAKNEWGIATSNSV
FVRKAELNSFKDQNPVTLSVSEGDPYKLTCQPPDGWPKPNVYWLIQDHAGTIKSINNSRM
TLDPEGNLWFSNVTKLDASDDYYYACAATSLFRNEYKLGNRVLLNVISTGSTASSNKREP
VKQYVSRKNEVALRGKKIELFCIFGGTPLPLTVWSKNGQRIRPNDRVTEGNYGKSLIIKH
VNFDDEGTYTCDVSNGVGSAQSYSINLEVLSVPYFTVEPEIVNAAEDETVEFKCEATGVP
KPEIKWIHNGKPISEAPFNPRRKVTPNSIIIEKLLKNDTGNYGCNATNSLGYVYKDVYVN
VLALEPEILQPPMDESTVDGKTIRLTCRVFGAPKPEVKWVRNGQELTGGRYKILESGDLE
IENVIFSDAGEYNCHASNKFGKVNATGFLAVKEHTRITDVPEDYEVAAGATATFRCNAVT
DSTLELHIDWLSKGEPIDFEAEPRFIRSTDYSLMITKTTELDSGTYTCVARTDLDEARAQ
ATLIVQDVPNSPTLLGVSCTSNQAFVSWTPMGDNRSPILRYAIQYNTSFTPDTWEYAKDH
VPATEQRYAVQMSPWANYTFRVIAYNKIGPSQPSQHSHVCTTLPDVPYNNPDNVMGRGDD
PQNLVISWTVMPQIEHNAPKFKYQVYYKRDIPGEDWRIEEITNWKQNTLVINNQPTYQKY
KIKVGALNEKGECREPPQEVIGYSGEDVPTASPGNFTLVEVRSSTTALLSWTPVAEETVK
GELRGYKIETWTDKDGEPNNPREHNVKGGNKTYALVTKFIPFSKNFVRIRAYNGRFNGPP
SEVLSFETPEGVPGTVMGLEAYPVGSTSMLLKWKKPIEINGILTGYRISFQQVNGSKIGN
EMERHPQITDPEATSAKLASLMPEAKYRISVRATTGAGPGEPFFVEKRTPASRRPDKPTF
SWINIPKESGLSNVRITWEQKTDGFAGSHFFAKYRLKGETIEIPTDAEKLTNEIEIRGLE
SGRTYIVSIVAVDGDYMTESAAQEVETSNEGPYIQAQENVATAGWFIGMMLAIAFLLFIL
IIVCVIKRNRGGKYAVHERELAAGRGDYPDEGGFHEYSQPLDNKSGGGRASLASSSHHDG
KHPESDTDSMAEYGEGDTGRFTEDGSFIGQYGPKGRPVEEIPPPIPTGTMATYV
NT seq
3765 nt
NT seq
+upstream
nt +downstream
nt
atgaggttcgcggcgtgcatcattgccacacttgtgctgcatgcggcggctataacacaa
tctccgccaaggatatcaaaacagcctcctacagatgaattgctgtttcaagtggcacaa
gtcagcgtcaatgagaatgagaaaccatttcttgtcgagtgcgaggctgaaggagagcca
gctcctttatacgagtggataaagaacggcaaagacttcaaatggcaagcctacgacgac
cgtatatcgcagcagccgggccgcggtactctcgtgatctcgaagccacgtgacgaggat
ctcggacagtaccagtgcttcgcaaagaacgaatggggtatcgccacctcgaactcggtc
ttcgtgcgcaaggccgagctgaactccttcaaagaccagaatccagtgaccctgagtgta
tcggagggcgatccctacaagctgacctgtcaaccaccggacggctggcctaagcccaac
gtgtactggctcatacaggaccatgccggtaccatcaaatccatcaataactcgaggatg
actctcgatccggagggtaacctctggttcagcaacgtcacgaagctagacgcctcggac
gactattactacgcctgtgcagccacctcgctgttcagaaacgagtacaagctcggtaac
agagttctcctgaacgtcatctccactggctcgaccgcgagctcgaacaaacgcgagccc
gtcaagcagtacgtcagcaggaagaacgaggttgcgcttcgtggtaaaaagatcgagctg
ttctgtatattcggcgggacgccgttaccattgacagtctggagtaaaaacggccagagg
atacgaccgaacgatagggtgacagaaggaaattacgggaagtcgttgattataaaacat
gtgaactttgacgatgagggaacgtatacgtgtgacgtatctaacggtgtgggttcagct
cagtcgtactcgataaatctggaagtgttatcggtgccgtacttcaccgtcgagcccgag
atcgttaacgctgccgaggacgagacggtcgagttcaagtgcgaggctaccggtgtgccc
aaacccgagatcaaatggattcacaacggtaagcccatctccgaggcacctttcaatcca
agaaggaaagttacgcctaactccatcatcatcgagaagttgctgaagaacgacaccggt
aattacggttgtaacgccaccaactctctcggttacgtctacaaggatgtctacgttaac
gtgctggcactcgagcccgagatcctgcaaccgcctatggacgagtcgaccgtggatggt
aagaccatcagattgacctgtcgagtattcggtgctcccaagcccgaagtcaagtgggtg
agaaacggtcaagagctgaccggtggaagatacaagatcctggaatccggtgatttggag
atagaaaacgttatattctcggacgcgggcgagtacaattgtcacgcgtcgaacaagttc
ggaaaggtaaacgcgacaggcttcttggcagtcaaagaacacacgcgcataacggacgta
ccggaagattacgaggtagcagccggcgcaacggcgacgttccgatgtaacgcggtgacg
gattctactctggaattgcatatcgattggttgagtaagggtgagcctatcgatttcgag
gccgagccccgttttattcgcagtaccgactactccttgatgatcaccaagactacggaa
ttggactcgggcacttacacctgcgtggctcgtactgatcttgacgaggctcgagcacaa
gctactcttatcgtacaggacgtcccgaactcgcccactttgctaggcgtgtcctgcacg
tccaatcaagccttcgtcagctggacccctatgggtgacaatcgatcgccgatcctacga
tatgccattcaatacaatacgtctttcacacccgacacttgggagtacgcgaaggatcat
gttccggccaccgagcagagatacgcagtgcaaatgtctccctgggctaattacactttc
cgcgtcatcgcgtacaacaaaattggaccgtcccagccgtcgcagcacagccacgtttgt
acaaccttgccggatgtaccttacaacaatcccgataacgtgatgggcagaggagacgac
ccgcaaaatcttgtcatctcgtggaccgtgatgccgcagatagagcataatgcacccaag
ttcaagtaccaagtgtactataaacgtgatattccaggagaagactggagaatcgaagag
atcacgaattggaagcagaacacgttggtgatcaataatcagcctacttatcaaaaatac
aaaatcaaggttggtgcgctcaacgagaaaggagagtgtcgcgaaccgccccaggaagtg
attggttactctggagaagatgtaccgacggcgtcgcctggtaatttcactttagtggaa
gtgaggtcaagtacaactgccttgttgtcgtggactccggttgccgaggaaacggtgaaa
ggtgaactgaggggttataaaatcgaaacatggactgacaaggacggagaacccaataac
ccaagggaacacaatgtcaagggtggaaacaagacgtacgctttggtcactaagttcatt
cctttcagcaaaaatttcgtcagaatcagggcatataatggaagattcaacggaccacct
tctgaagttctcagcttcgaaactccagagggagtaccgggaactgttatgggcttggag
gcctatccagttggctctacgtcaatgttactgaagtggaagaagcctattgaaataaat
ggtattttaacgggctacagaatctccttccaacaagttaacggttcgaaaataggaaat
gaaatggagaggcatccacaaatcaccgatcccgaagcaacaagtgctaagttggcttcc
ttaatgccggaagctaagtaccgcattagcgttcgtgccactaccggagctggacctgga
gaacctttcttcgtggagaaaagaacaccagcttcaagacgcccagataagccaaccttt
tcgtggatcaatattccaaaggaaagtggtttatcgaatgttagaatcacttgggaacag
aagaccgatggttttgcaggaagtcactttttcgctaaataccgtttgaaaggtgaaacg
atcgaaataccaactgatgccgaaaagttgaccaacgaaatcgagatccgcggactcgaa
agcggacgtacatacatcgtgtctatcgttgccgttgatggagactacatgactgaaagc
gctgcgcaagaagtcgaaacgagcaatgaaggaccatacattcaagctcaagaaaacgtt
gcaactgctggctggttcattggtatgatgctggccattgcattcttgctcttcattctc
atcatcgtatgcgttatcaaacgcaatcgaggtggcaaatacgcagttcacgagagagaa
ttggcggccggtcgtggcgactatcctgacgaaggtggcttccatgagtattcgcaaccg
cttgacaacaagtctggcggcggaagagcctctctcgcatcctcgtcgcatcacgatggc
aaacacccagaatcagataccgattcgatggcggagtatggcgaaggcgatacgggacgt
ttcacggaggacggatccttcattggtcaatacggaccgaagggtaggccggtagaggag
attccaccacctataccaacgggcacaatggctacttacgtgtaa
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