Glossina fuscipes (tsetse fly): 119635581
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Entry
119635581 CDS
T09630
Name
(RefSeq) LOW QUALITY PROTEIN: protein slit
KO
K06839
slit 2
Organism
gfs
Glossina fuscipes (tsetse fly)
Pathway
gfs04517
IgSF CAM signaling
Brite
KEGG Orthology (KO) [BR:
gfs00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04517 IgSF CAM signaling
119635581
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
00536 Glycosaminoglycan binding proteins [BR:
gfs00536
]
119635581
Glycosaminoglycan binding proteins [BR:
gfs00536
]
Heparan sulfate / Heparin
Axon guidance molecules
119635581
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
LRR_8
LRR_4
LRR_5
LRRNT
Laminin_G_1
EGF
Laminin_G_2
LRRCT
hEGF
LRR_9
LRR_14
EGF_TEN
EGF_Teneurin
EGF_3
cEGF
Motif
Other DBs
NCBI-GeneID:
119635581
NCBI-ProteinID:
XP_037886377
UniProt:
A0A8U0WKG0
LinkDB
All DBs
Position
Unknown
AA seq
2220 aa
AA seq
DB search
MLKIKPAKRCKYDVRDAALRSLSRDLYLWIVFSFIFIADIYCYVSAEPYGGGSVGIHIPG
GSIGAISESRCPRVCSCNGLTVDCSHRGLTQVPRKISADVERLDLQGNNITVIFESDFQR
LTKLRILQLTDNQIHTIEKGTFQDLISLEQLRLNNNRLKAIPENFVASSANLLRLDLSHN
AIATIGRRLFKGAHSLRSLQLDYNQITCMDEHAFKGLVELEVLKLNNNNITSLPHNVFSG
LSRLRALRLSDNPFSCDCHLSWLSRFLRNAPRLAPYTRCQSPSQLKGQNVANLHDQEFKC
SGLTEHVPLVCGLENSCPHPCRCADGIVDCREKSLTTVPATLPDDTTELRLEQNFITELP
PKAFANFKRLRRIDLSNNNISKIAHDALSGLNALTTLVLYGNKIKDLPSGVFKGLTSLQL
LLLNANEISCIRKDAFRDLHSLSLLSLYDNNIKTMANGTFDAMKSIQTLHLAKNPFICDC
NLRWLADYLHKNPIETSGARCESPKRMHRRRIETLREEKFKCSWDEMRMKLSGECRIDTE
CPALCQCDGTIVDCSGRGLKEIPRDIPLRTTELLLNDNELIRIKSDGLFGRLPHLVKLEL
KRNHITTIEDNAFEGASRILDLQLVENKIKEISNKMFLGLHQLKSLNLYDNQISCVMPGS
FEFLQSLSTLNLASNPFNCNCHLAWFSDWLRKRALLGGAARCATPSKVRDVQIKDLPHNE
FKCTSDNNVGCLGDNYCPPACTCTGTVVRCSRNNLTEIPRGIPSETSELYLESNEITLIH
LDRIRHLKGLMRLDLSNNKINILSDFTFVNLTKLSTLIISYNNLQCLQRHALAGLNNLRV
LSLHGNQISMMPEGSFDDLKSLTHIALGNNPLYCDCALKWFSDWIKLDYVEPGIARCAEP
EYMKDKLILSTPSQNFVCKGRVNNEIMAKCDACYTYPCQNKAKCVALAQRDYQCLCQPGF
HGKHCEFMIDACYGNPCRNNATCTVLEEGRFSCQCRPGYTGARCETNIDDCLGEVKCKNN
ATCIDGIESYTCECQPGFTGQYCDTKINFCSDDFNPCVNDAKCRDHFTHYTCECKPGFHG
VNCTDNIDDCQNHICQNGGTCIDGINDYVCMCPEDFTGKYCEGHNMVSMMYPQTSPCQNH
ECKHGVCFQPNPSGSDYLCKCHPGYTGKWCEYLTSISFVHNNSFVEMEPLRTKPDANVTI
VFSSTEQNGILMYDGQDAHWAVELFNGRIRISYDVGNYPVSTMYSFEMVADGKYHSVELL
AIKKNFTLRVDRGPARSIINEGSNDYLKLTTPLYLGGLPPEPAQQAYKNWQLRNLTSFKG
CMKEVWINHKLVDFENAALQQKITPGCALLEGENQEEDDDEQDFMDETPQMDPCENSKCR
RGSRCVPNPSSRDGYHCKCKQGQKGRYCDQGEGTSTEPPTNTVASTCRKEQVREYYTEND
CRSRQPLKYAKCVGGCGNQCCAAKIVRRRKVRMVCSNNRKYIKNLDIVRKCGCTKKCYXL
KDATTQSSLDLKLRLYSNVTISNSSNDKDSTRNSNNFNISNNFSLADSIRLTEKLFKSYA
NGGGGKIIEGDHLLNNKTNKFSDMKEQVDYAGEYETEEEQEEEEEEQGTEKMQLNPSTDF
YEDEDLLDDDENDDEDDDDDDDDDDDDDDDDDNEYDEDDEYDANEAESLPEARGLKQPSN
NEDITDKEEHDNNEEEEEVDMGYDEDDERLAVERPKVSSSRQYGSSSSMQDFMNEEGSGN
DYLRSNYNRFKSNGKDKTRMDYITKYRRKHQKFITDRTRGGETEVDLRESSGNFANDDED
NDDDSDDDDEDSEGFFSSKRKSHSRYFRKNTNDAIKIISTPLGKVSIVYQPTPNQADEKS
AESSDKKSTTFTDFDALSPDPESSHRLASSHPKITPVLTPDGKVALLYRGDSENTKYEPI
RNLTTHKFNNKPESKSSSPTDNLDNSDSDDSASSVDIDDDELSAGFKLDNDNKNAFGLKT
TTDAEGQAEILPAPEVAPTTGSFIIRPTDSVLPMINRPLSEVLGIKKNQFKQFRIKDSQA
VITTETEERALGSLDHSDSTTLHFMTKVNLADYPTSARTRNFDFDFSRDNTMLDERSRHK
QEQQIKDMLSGHTSSNNYANSQHKVEDIANEEILSKTEVVNLAIIPHFDEELERLQRLRE
YEGRRHHRQRHRHKQTEEDLSGIHCVMQVMMGIAAISTVFGMLGTFFKQRILDQIRLMHW
NT seq
6663 nt
NT seq
+upstream
nt +downstream
nt
atgttaaaaatcaaacctgccaaaaggtgtaaatatgatgtccgggatgcggcgttacga
tccctttcgcgtgatctatatctatggatcgtttttagctttatattcatagcagatatt
tattgttacgtatcagccgaaccgtatggcggcggttctgtcggtatacatataccgggc
ggtagtattggtgcaattagcgaatctcgctgtcctagagtctgttcatgcaatggactt
acggtcgactgttctcatcgcggcctcacccaagttccgcgcaagatatcagctgacgta
gaaagattagacttacaaggcaataatataactgtgatttttgaatccgattttcaaagg
ctaacaaaattaaggatactacaactaactgataaccaaattcatacaatcgaaaaaggc
acctttcaggacttaatctcattggagcaattacgattaaacaacaatcgactgaaagca
attccagaaaatttcgttgcaagttcagcaaatcttttgcgattagatttatcacataat
gcgattgcaacgattggacgtcgactttttaaaggtgctcactcattgcgtagcctgcaa
ttggattacaatcaaattacatgtatggacgagcatgcctttaaaggtttagttgaattg
gaagtcttaaaattgaataacaataacataacatcactaccgcataatgtattcagcggt
ttgagtcgattgcgggccttacgtttgtcggacaatccattttcttgcgattgtcatttg
tcgtggctgtcgcgcttcctacgcaacgcgcctcgtttggctccgtatacacgttgtcaa
tcgccatcgcaattgaaaggtcaaaacgtggcaaaccttcacgatcaagagttcaaatgt
tcaggtcttacggagcatgtgccacttgtatgcggtttagaaaacagttgtccacatccg
tgtcgttgtgcagacggcattgtcgattgccgagaaaagagtttaacaactgtaccggct
acattacccgatgatacgaccgaattgcgtttagaacaaaatttcataacggaattgcca
ccgaaagcattcgctaactttaaacggcttcgacggattgatttgtccaataacaacatc
tcgaaaatagcgcacgatgccttaagcggtttaaatgccttaaccacacttgttttgtac
ggcaacaaaataaaggatttgccctccggagtttttaaagggctcacatcacttcagttg
ctactattgaatgcaaacgagatctcttgcatacgtaaagatgcattccgcgacttgcac
agtctaagtctgctatcattgtatgacaacaacatcaaaactatggctaatggaacgttt
gatgccatgaaaagcattcagacattgcacctggcaaagaatcctttcatttgcgattgc
aatttacgttggttggctgattatttgcacaagaatcctattgaaacgagtggcgctcgc
tgcgaatcgcccaagcgaatgcatcgccgacgtatcgaaacgttacgtgaagaaaaattc
aaatgctcgtgggatgagatgcgtatgaaactttcaggcgagtgtcgtatagatacagaa
tgcccggcactatgccaatgcgatggcactattgtcgattgttctggacgtggtcttaaa
gaaatccctcgagatataccgctacgtacaacggaactacttcttaatgacaatgagcta
atacgcattaaatcggatggattgtttggtcgtttgcctcacttagtcaaactggaactt
aaacgcaatcacatcacaacaattgaagacaatgcatttgaaggagcctcacgtattctc
gatctgcaattagttgagaataaaatcaaagaaatatcgaacaagatgttcctcggtttg
catcaattaaaatctctcaatttgtatgataatcaaatttcttgtgtaatgcccggctca
tttgaattcctgcaatcgctctcaacgctaaatttggcatcgaatccgtttaactgtaat
tgtcatttggcctggttctccgattggttacgtaagcgtgcgttgctgggcggcgctgca
cgttgcgctacaccctcaaaagtacgtgatgtccaaattaaagatttaccccacaacgaa
tttaaatgcacgtcagacaataatgttggctgcttaggtgataactattgtccacctgct
tgtacgtgcactggtacggtggtgcgatgttctcgcaataatttaacagaaataccacgc
ggtataccgagtgaaacatccgaactttacctagaatcgaacgaaatcacactaatacat
ctggatcgaatacgtcatctgaaaggattgatgcgattagacttaagcaacaacaaaata
aatatattatcggattttacgtttgtgaatttaacaaaactatcgacattaattatttct
tacaataacctacagtgcctgcaacggcacgcattggcaggattaaataatttgcgcgtt
ctatcacttcatggtaatcaaatatcaatgatgccggaaggatcattcgatgacctgaaa
tcacttacacacattgctcttggcaataatccgctttattgcgattgtgctcttaagtgg
ttttcggattggataaaactcgattatgtagaaccgggtattgcacgttgcgctgaaccg
gaatatatgaaagataaactcatactttcaacgccttcgcagaatttcgtctgcaagggt
agagttaataatgaaattatggcaaaatgtgatgcctgctacacgtatccgtgtcaaaat
aaagccaaatgtgttgcgttggcacagcgtgattatcaatgtctctgccagccgggcttt
catggcaaacattgtgaattcatgattgatgcttgttacggcaatccttgtcgcaataat
gccacgtgcacagttctagaggagggtcgtttcagctgccagtgccgtccgggatacact
ggagcccgctgtgaaaccaatatcgacgattgcctgggcgaagtgaaatgtaagaataat
gcgacttgcattgacggcatcgaatcgtacacttgcgaatgtcaaccaggtttcacgggt
caatattgcgatacgaaaatcaatttttgtagtgacgacttcaatccctgcgtaaacgat
gctaaatgccgcgatcattttactcattatacctgcgaatgtaagcccggctttcatggc
gtcaactgtaccgataatatcgatgattgtcaaaatcacatatgccaaaacggtggtact
tgcatagacggcattaatgattatgtgtgcatgtgtccagaagattttaccggcaagtat
tgcgaaggtcacaacatggtatcaatgatgtatcctcagacatcgccttgccagaatcac
gaatgcaagcacggtgtgtgttttcaaccgaatccatctggttcagattacctttgcaag
tgtcatccgggttacacgggtaaatggtgcgaatacttgacgagtatcagttttgtccac
aataattctttcgtcgaaatggaacctcttagaaccaaaccggacgctaatgtcacaatt
gtattcagtagcactgaacaaaatggtatacttatgtatgatggtcaagatgcgcactgg
gccgtagaactctttaatggccgcatacggattagctacgatgttggcaattatccagtg
tctaccatgtacagttttgaaatggtagcggatgggaaatatcattcagttgaattgctg
gcgataaagaaaaatttcacacttcgcgttgatcgcggtcccgcaagatccataataaat
gaaggttcaaatgattatttaaaactaacgacccctttatatttgggcggtttgccaccc
gaaccagctcagcaagcgtataaaaattggcaattacgtaatctgaccagtttcaaagga
tgcatgaaagaggtctggatcaatcacaaactagttgactttgaaaatgctgctttgcaa
caaaaaattacgccaggatgtgctttgctcgaaggcgaaaatcaagaggaagacgacgac
gaacaagatttcatggatgaaactccacaaatggatccatgtgaaaatagtaaatgtcgt
cgtggaagccgatgcgtacctaatcccagttcgcgtgacggctatcattgtaaatgcaag
caaggtcaaaagggacgttattgtgatcaaggtgagggcaccagcacagagcccccaaca
aacactgtcgcgtcaacttgccgcaaagaacaagtacgagaatattataccgaaaatgat
tgcaggtcacgtcagccacttaaatatgctaaatgcgttggtggctgtggcaatcagtgc
tgtgcagcgaaaatcgtacgaaggcgaaaggtgcgcatggtgtgtagcaataatagaaag
tacattaaaaaccttgatattgtaagaaagtgcggttgcacaaaaaaatgctactgactg
aaagatgcgactacccagagcagcttagatttaaaattaagactatatagtaacgtcacc
atttcaaatagcagtaatgataaggattctacacgtaatagtaataattttaatattagt
aataattttagcttagctgatagcataagattaacggaaaaattatttaaatcgtatgcc
aatggcggggggggaaaaataattgaaggagaccatcttctaaacaataaaacaaataaa
tttagtgatatgaaggagcaggtggattatgcaggtgaatatgagactgaagaagaacaa
gaagaagaagaagaagaacagggtaccgagaaaatgcaattaaatccaagtacggatttc
tacgaagacgaagacttactggatgacgatgaaaacgacgatgaagatgatgatgatgat
gatgatgatgatgatgatgatgatgatgatgatgataacgagtatgacgaagatgacgaa
tatgacgcgaatgaagctgaaagcttaccggaagcgagaggcctaaaacagccttcaaat
aacgaagatataacagataaagaagaacatgataacaacgaagaagaagaagaagttgat
atgggttacgatgaagacgatgaacgtcttgccgtggaaagaccaaaggtatcaagttca
cggcaatacggtagtagtagtagtatgcaagatttcatgaatgaggaaggaagtggcaat
gattatttacgcagtaattacaatagattcaagagcaacggcaaagataaaaccagaatg
gattacattacgaaatatcgaagaaaacaccaaaaatttataaccgatcgtacaaggggg
ggcgaaacggaagttgatttgcgagaaagcagcggcaattttgctaacgatgatgaagat
aatgatgacgacagcgatgacgatgatgaagatagcgaagggttcttcagttcgaagaga
aaatcgcatagccgctactttcgaaaaaatacaaacgacgctattaaaataatttcgacg
ccactcggaaaagtgagcattgtgtatcaacctacgcctaatcaggcggacgagaagtcc
gccgaaagtagtgacaaaaagtcaacaacttttactgattttgatgccctttcgccggat
cccgagagcagtcatcgtttggcgtcctctcatccgaaaattacaccggtcttaacaccc
gatggcaaggttgcgttgctttatcgcggcgactccgaaaatactaaatacgaaccaata
cgtaaccttactactcataaatttaataataagcccgaaagcaagtcttcttcacctacc
gacaatttagacaatagcgactctgacgattcggcatcaagtgttgacatcgacgacgac
gaactttctgcaggctttaagctcgacaatgacaataaaaatgctttcggtttaaagacc
accacagatgcagagggtcaagcagagatactgccggctcccgaagttgcacccactacc
ggatcttttataattcgtccaactgactctgtactgccaatgatcaatagacctttgtct
gaagtacttggtataaaaaagaatcaatttaaacagtttcgcattaaggattcgcaagcg
gtcataaccaccgaaaccgaagagcgagcgttaggcagcttagatcattcggatagcaca
actttgcactttatgacaaaagttaatttggccgattatccaacgtcggctcgaacccgt
aactttgatttcgattttagtcgcgacaacacgatgctcgatgagcgttcacgtcacaaa
caagaacagcaaataaaggatatgcttagtggccatacatcgtcaaacaattacgcaaat
agtcaacataaagtagaagatattgctaacgaggaaattctatcgaaaaccgaagtcgtt
aatttagcaataattccgcacttcgatgaagaactggaacgtttacaaagactgcgagaa
tatgagggtcgccgtcatcatcgtcaacgtcatcggcataaacaaaccgaagaggatctt
tcggggatacattgcgtcatgcaggtcatgatgggtatcgcagcaatctcaactgtcttc
ggtatgcttggcacattctttaagcaacgtattttagatcaaattcgcctaatgcactgg
tag
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integrated database retrieval system
