Macrosteles quadrilineatus (aster leafhopper): 129002800
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Entry
129002800 CDS
T09739
Name
(RefSeq) collagen alpha-1(XVIII) chain-like isoform X1
KO
K06823
collagen type XVIII alpha
Organism
mqu
Macrosteles quadrilineatus (aster leafhopper)
Brite
KEGG Orthology (KO) [BR:
mqu00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
mqu04147
]
129002800
00535 Proteoglycans [BR:
mqu00535
]
129002800
00536 Glycosaminoglycan binding proteins [BR:
mqu00536
]
129002800
Exosome [BR:
mqu04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
129002800
Proteoglycans [BR:
mqu00535
]
Extracellular matrix (ECM) proteoglycans
Basement membrane proteoglycans
129002800
Glycosaminoglycan binding proteins [BR:
mqu00536
]
Heparan sulfate / Heparin
Extracellular matrix molecules
129002800
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Endostatin
Collagen
Collagen_trimer
DUF1554
Motif
Other DBs
NCBI-GeneID:
129002800
NCBI-ProteinID:
XP_054286836
LinkDB
All DBs
Position
Unknown
AA seq
1152 aa
AA seq
DB search
MTMINIRSEVVVPVVIICCTCIVGVSCASRGQDVDMTEKDLLQAIKIPFDDPTTVFFDYG
LEGFPAMGLRPGSDIKSPYRLYLPERFYPEFSITATAKLSNREGGFLFAVVNPLDTVVEL
GVHLGAAGIGMSNLSLLYTDVNTHYASQTIASFLLPSSFTRWSRFALRVTAEEVTVYYNC
ERYDSIPVKREPQELVFDSASTLYVGQAGPIIKGALDGSIQELKIYGSPGLAELQCENTF
KIDQEGGDAYGEGEEESTGRIDSYPPVLPLPDSSDYSPGRSFKGEKGERGPRGPPGESIR
GPPGPPGPPGPPFSGGGRLSYGTDFSGSGDDGQSYGSQIFGIGDDLTGPPGPPGICSCNL
TEMLNTFSHPDIIPGPPGIPGIDGKQGPPGVPGISGRTGERGAPGPVGEKGDRGDVGPRG
PEGLQGPKGDPGLPGFPGTPGTPGPPGPPGPSEFSNLDPSWKPRSMFKETLMGAGFDSSV
GRPGTPGPKGEPGVDGAPGLKGDRGFPGDKGERGEGGQKGQKGERGHQGPTGVQGFKGEP
GTPGTEGRQGMPGENGRPASKGEKGDSGTPGPPGPPGPPGVVPAGFDLELTGSGLGSAAE
FGMKGEPGPKGEKGEAGDKGDRGELGPSGPSGIPGSVGSPGPAGEKGEPGSQGLTGPLGP
VGSKGEKGERGPPGTAMSGEEGEFITVKGEKGERGKRGRRGKPGPPGPMGPSGKPGPIGE
MGIPGFTGLPGRPGLPGERMIGPKGDKGEPGQVLDVIKGEKGDPGIDGKAGPPGPPGMPA
PGTNTQYLPLPGPPGPPGPPGPPGMPGIGTKGEPGPPGPPAGRHVYGEAVHHPRQGHRGS
LDELKALNNLHGAREKFESSYKTTEAGKDETVRIVPGAVTFKTLQDMATTSLMSPVGTLA
YVIDEETLLVRVNNGWQYLLLGQLVPISQEPDVAPPPSVPVEHPRPPPEASNLVYHNLPM
DSPDISVPEPRVLRLAALNEPWSGALGGQRGADYACYRQARRAGLGGTFRAFLTSRVQDL
ESIVRASDRGLPVVNIKGDVLFDSWKEIFSGDGGYFSQPPRIYAFNGKNIITDINWPQKY
FWHGSRPSGERVPESSCGVWETDDQGKSGLATSLLSERLLGQESLSCSHRFAVLCIEVAS
SSKRRRRSSADE
NT seq
3459 nt
NT seq
+upstream
nt +downstream
nt
atgacaatgattaacataaggagtgaagtggtggttcctgtagtgattatctgttgtacc
tgcatagttggtgtgtcgtgtgcttcaagaggccaggatgtggacatgacagaaaaagac
cttctacaggcgatcaagatccccttcgatgatccgaccacggtgttctttgactacggc
ctggaggggttcccggctatgggtcttcgccctggatcagacataaagtcgccctacaga
ctctaccttccagagaggttctacccggagttctcgatcacagcaacggccaagctgtcc
aaccgggagggagggttcctgtttgcagtcgtcaaccctttggatacggtggtcgagctg
ggggtccacctaggagcagcagggataggcatgtcaaacctcagtcttctgtacacggat
gtcaacactcactacgcctcccagaccatcgcctccttcctgctaccctcctcgttcacc
cggtggtccaggttcgccctgagagtcactgctgaggaggtcactgtctactacaactgc
gagaggtacgacagcatccccgtcaaacgagagccccaggagttggtgttcgacagcgcc
tccaccctgtatgtcggtcaggcggggccgatcatcaaaggagctttggacggatccata
caagaactgaaaatctacggatcaccaggcctggcggagctgcagtgtgaaaacacattc
aagatagaccaagaaggaggagacgcgtatggcgaaggagaagaagagagtacgggtaga
atagactcataccctcctgtactacccctaccagatagctcagactacagtcctggaagg
agttttaaaggggagaaaggagaacgaggaccacggggacccccaggagaatcgatacga
gggccccccggccctccaggcccaccaggccccccattttctgggggaggtcgactttcc
tacggaacagacttcagtggctcgggagatgacgggcaatcgtatggatcacagatattc
ggtatcggagatgatctgacgggtccccctggacctcctgggatatgttcctgtaacctg
acagagatgttgaacaccttcagtcatccagacatcatcccaggacctccgggcatccca
gggatagatggcaagcagggtccacctggggttccgggcatctctggaagaacaggagag
aggggagctccaggtcctgttggagagaagggagacagaggagacgtggggccgagaggt
cctgagggactacaggggcctaagggagaccctggattacccggatttcctggaacgccc
gggacgccaggcccaccgggtccaccaggtccttcagagttttccaatctggatcctagc
tggaagccgagatctatgttcaaggaaactctgatgggtgctggcttcgattcgtccgtt
ggtcgacctggaacacctggaccaaaaggggaaccgggagtggacggggctccaggactg
aagggtgacagggggttcccgggggataagggagaaagaggagagggaggacaaaaggga
caaaaaggagagcgaggacatcagggacctacaggggtacagggcttcaagggagaacca
ggcactccgggtacagaggggaggcaagggatgcctggcgaaaacggtcgtcctgccagc
aaaggagaaaaaggtgattcaggcaccccaggacccccaggtccccccggtccgccagga
gttgttcctgcaggatttgatctggaactgacaggatctggcctgggatctgctgcagaa
ttcggtatgaaaggggagccaggaccaaaaggagagaagggtgaggctggtgataaggga
gacagaggagagctgggcccgagtggtccatctggaatacctggatctgttggatctccg
ggtccggcaggtgagaaaggtgaaccaggatctcaaggactcacaggtcctcttggacct
gtgggatccaaaggggagaaaggagagcgaggacctccaggtacagcgatgtcaggagag
gagggagagtttatcacagtcaagggagaaaaaggggaaagaggcaaaaggggaagaaga
gggaaaccaggacctccagggccgatgggtccttcgggaaaaccaggtcctattggggag
atgggtattcctgggtttacggggctccctggtagaccaggattgccaggagaaagaatg
ataggccctaaaggagataaaggtgaacctggacaagtattagacgtgataaaaggtgag
aaaggagaccctggcatagatgggaaggcgggacccccaggccctcctggaatgccggcc
cccgggacaaacacgcaatacctccctctaccaggcccacccgggcccccaggaccccct
ggacctcctgggatgccggggattggcacgaagggagagcctggacccccaggtcctcct
gcaggcagacatgtgtacggagaagcggtccatcatcctagacaaggacaccgtggaagt
ttagacgaactcaaggctcttaacaatctccacggcgcgagagaaaagtttgaaagttcc
tacaaaacgacggaggcaggaaaggacgaaactgtaaggatagtgcctggagcagtcacc
ttcaaaacattacaggacatggccacgacctcactaatgtcaccagtgggaacgctagca
tatgttatagatgaagaaactctcctggtgagggtgaataacggctggcagtatcttttg
ctaggacagctggtgcctatcagtcaggagcctgacgttgcgcctccaccctccgtcccc
gtggaacatcccagacctccccctgaggcgtccaacctcgtataccacaacctgcctatg
gacagccctgacatcagtgtgcccgagcctagagtgctgcgtctagctgccctcaacgag
ccctggtccggcgccttgggcggacagcgaggcgcagactacgcctgttacagacaggcg
cggagggcggggttgggcggaaccttcagggcgttcctgacgtccagggtgcaggacctg
gagtctatagtccgtgcctccgacaggggcctgccagtcgtcaacatcaagggagatgtt
cttttcgactcgtggaaggagattttctcaggagatggcggatacttttcccagcctcct
agaatatacgccttcaatggcaaaaatattattacggatataaattggccccagaagtac
ttctggcacgggtcgcgcccctccggcgagagagtaccggagtcttcctgcggtgtttgg
gagaccgacgaccaaggcaagtctggactagcgacatcgctgctatcagagagactgcta
ggccaggagtcgctatcgtgtagtcacaggttcgccgtgctgtgtatagaggtcgcaagc
agctccaagcgacgacgccgttctagtgcggacgaataa
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