Eleginops maclovinus (Patagonian blennie): 134862433
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Entry
134862433 CDS
T09869
Symbol
col14a1a
Name
(RefSeq) collagen alpha-1(XIV) chain
KO
K08133
collagen type XIV alpha
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
00535 Proteoglycans [BR:
emac00535
]
134862433 (col14a1a)
Proteoglycans [BR:
emac00535
]
Extracellular matrix (ECM) proteoglycans
Others
134862433 (col14a1a)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
VWA
fn3
Collagen
VWA_2
Pur_ac_phosph_N
VWA_3
DUF4959
Motif
Other DBs
NCBI-GeneID:
134862433
NCBI-ProteinID:
XP_063736440
LinkDB
All DBs
Position
3:14773241..14879531
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AA seq
1785 aa
AA seq
DB search
MLSMGKYRWCLFAPLVLLALVSHLPAKAQSQVPVPKRLRFKVLGSSKLLVTWKEPKGDFD
SYLFIYKSTPGGGQKEIIISKSDTKVLITDYSSSKDYTVTVISFRGSEQSRPLQGTFKAS
AVRGESDREDHTQPERLTESVISPEDANEVTGVDQFVCHTEAIADIIILVDGSWSIGRLN
FRLVRMFLENLVNAFDVGIDKTRIGLAQYSGDPRIEWHLNAVYTKDAVIDAVKNLPYKGG
NTLTGLALTYILENCFKPESGSRVGVPKIGILITDGKSQDDVIPPAESLRNAGVELFAIG
VKNADENELHSIASEPSESHVYNVADFNVMSSIVGGLTKTVCEQVEQQDKDIKLKQIPET
TGAPLELVTSEVTARSFRVSWSHAPGNVEKYRVVYYPGSGGEPQEAVVDGSETSVVLQHL
SSVTEYQLAVFAVYANEASEALRGSETTLALPKVTVLQLFDVTHSSMKARWDSVDGVSGY
LLLYAPLIDDGDFTKKEETITDSVTELELDGLNPSTEYTVTLYAMYGDEASDPITIQKTT
LPLSPPSNLQFSDITHNSAHIRWDAVPRGVKGYRILWVKTDGAVKKEVEVGPLNFYDLSE
LTSLSEYSVAIFALYAEGQSEPLTDGFTTTPVPGPLDLRSNDVSTDSFQVSWDHSADDIF
LYRLSWAPFMGGDTKEVILSGSDNRYILTGLSPSTEYEVMLTAVFKDESESDTISVIETT
LARMTTTIATTTAVTRQAARNLLLSDETTQSLEASWELEDPLVKSYRVSYADLRGDQEEE
SVLVPGGQRTVVLRPLLPDTQYKVTVTPLYTDGQYGISVSATGATLPLLSPGNLRVSEEW
YNRFRVTWDPPQSPATGYRIVYQPIYVPGPVLETTVGEDVNSKVLHNLLSGTEYSVQVTA
SYPTGQSEPLIVNSKTLFLGVSGLSTYQIRPISLCVQWQPLLQATLYRISIQSTLNGQKQ
EVSLGAGASRQCFYDLTPGSQYQISVHTQMQEMEGPAVSVTDMTLPAPTLAPTEPPTTEP
PPTIPPAKEVCKEAKADLAFLVDGSWSIGDDNFLKITRFLYSTMGSLDLIGPDGTQVAIA
QFSDDARTEFQLSSHGNKEALLEAIQSIRYKGGNTKTGRAIKHVKESIFTPEAGARRGVP
KVLVVLTDGRSQDDVNKVSKEMQMDGYIIFAIGFADADYGELVNIASKPSDRHVFFVDDL
DAVKKIEEQLITFVCEAATATCPSVLMSGNTMAGFRMMEKFGLVEKEYSTIPGVSLESGS
FNSFPCYRLHRDALVSQPTKYLHPEGLPSDYTISLMLRLLPETPQEPFALWEILNKENEP
LVGIIVDNSEKTLTFFNYDYKGDFQTVTFEGTEIQKIFHGSFHKLHVTISKTSVKVVLDC
SVVGEQPVSAAGNITTDGVEILGRLVRSRGSRDNSAPFQLQMFDIICSTSWASRDKCCEL
PALRVEEQCPSFPHACTCSQDSKGPPGPSGPPGGPGIRGARGDRGESGVTGPQGPVGEVG
PPGPSGPPGPQGPSGLSIQGPPGAAGEKGQNGDVGPAGIMGVPGGPGSSGRDGPPGPRGL
PGNGGPQGQQGPPGPGGSPGAPGAPGPGGSAGLQGDQGVPGPAGTKGDKGERGDVQSQAA
VRAIARQVCEQLIQSHLSRYNTILNQIPVQSSMSIRTVPGPPGEPGRRGLPGPQGEQGPS
GRPGFPGASGQNGQPGERGLTGMKGERGNPGVGSQGPRGQTGPPGLPGEGRTGSQGPPGR
PGNPGTPGRSGNPGSTGTAGPPGYCDQNSCMGYNVGVQQDYGNDY
NT seq
5358 nt
NT seq
+upstream
nt +downstream
nt
atgttgtccatgggaaagtataggtggtgtttgtttgctccactggtgttactggcccta
gtttcccatctccccgcgaaggcacagagtcaagttccagttccaaaaagactgcgtttc
aaagtgctgggctcaagtaaacttctcgttacatggaaggagccaaaaggagactttgac
agctatctattcatctacaagagcacaccaggtggtgggcagaaggagatcataatatct
aaatcggacactaaggtgctgataacagactacagctcctctaaggactacactgtcact
gtgatcagtttcagaggcagtgaacagagcagaccgcttcagggcacatttaaagcttca
gcggtgagaggtgagagtgacagagaagaccacactcagcccgagaggctgactgagtcc
gtcatatctcctgaggatgccaacgaggtcactggagtcgatcagtttgtgtgccacact
gaggccattgcggacatcataatcctggtggacggctcctggagtatcggtcggctcaac
ttccggctggtccgcatgttcttggagaatctggtcaatgcctttgatgttggcatcgat
aaaacaaggataggtctggctcaatacagtggggatcccaggatagagtggcatcttaat
gctgtctacacgaaagatgctgtcattgatgccgttaagaacctgccatacaagggagga
aacactctcacaggcctagcgttgacctatattttggagaactgcttcaagcccgagtct
ggctcccgtgtgggtgtacctaaaatagggatcctcattacagacgggaagtcccaggat
gatgtcatacctcctgcagagagccttcgaaatgctggggttgagctgtttgctattggt
gttaagaatgctgatgagaatgagctgcactccatcgcctcagaaccaagcgaatctcac
gtctacaacgtggccgacttcaacgtcatgagctccatcgtagggggtcttaccaagact
gtgtgtgaacaagtggagcagcaagacaaggacattaaactgaaacagataccagagacg
acaggagcaccacttgagctggtgacatcagaagtcacggcccggagttttagggtctca
tggagccacgcccccggaaacgtagagaaatacagagtggtttactaccctggtagcgga
ggagaaccacaggaggcggtagtggacggtagtgagacttcagtggtgttgcagcatctc
agctctgtcactgagtaccagctggctgtgtttgctgtgtatgcaaacgaggcaagcgaa
gctctccgaggatcagaaacaaccctggcccttcccaaagtgacggtcctccagctgttt
gatgtgactcacagcagcatgaaagcaagatgggacagtgtggatggagtttctggctat
ctgcttctgtatgcaccgctcatagatgatggagactttacaaagaaggaggaaacgata
acggattcagtgacagagctggagttggatgggttgaaccccagcactgaatacacagtc
actctttacgccatgtatggggacgaggccagtgaccctattacaatccaaaaaacgaca
ttacccctaagtcctcccagcaacctacagttttctgacatcactcacaactccgcccat
atccgctgggatgctgtgcccagaggagtcaaaggttaccgtatcctgtgggtcaagacg
gacggagcagtcaagaaggaggtggaggtaggtccattgaacttctatgacctcagtgag
ctgacgtctctgagtgagtactcagtggccatctttgccctgtacgctgagggccaatca
gaaccgctcacggatggattcacaaccaccccagttcctggtcctttggaccttcgctcc
aatgatgtgagcacagacagcttccaggtcagctgggatcactcggccgatgacatcttc
ctctacagactctcctgggccccgttcatgggtggcgacacaaaagaggtgatcttaagt
ggaagtgataacagatacatcctgaccggcctgagtccttctactgagtatgaagttatg
ttgaccgctgtgttcaaagatgaatctgagagtgacaccatctctgtcatagagaccaca
ttggccaggatgacaacaacaattgctactacaacagcagtgacacgccaggctgcgagg
aacctgctgttgagtgacgagaccacccagagcttagaggcatcatgggagctggaagac
ccccttgtgaaaagctacagagtctcctacgctgacctcaggggcgaccaagaggaagag
tctgttttggttcctggtggtcagaggacagtagtgctgcggcctctactaccagacact
cagtacaaagtgacggtcacacctttgtacaccgatggacaatatggcatcagtgtatct
gccacgggtgccacattgcccctcttgtctcctggaaacctgcgtgtgtcagaggagtgg
tacaaccgattcagggtcacctgggatccccctcagtctcctgcaacaggctataggatt
gtctaccagcctatctatgttccaggaccagttttggagacaactgtgggtgaagatgtg
aactccaaggtacttcataatctactaagtgggacggagtacagtgttcaagtgacggct
tcctaccctacgggacaaagcgaacctctaatagtgaactccaagactttgttcttgggt
gtctcgggcttgtcgacctaccagatacgtcccatcagcctgtgtgtccagtggcagcct
cttctacaagccacattatacagaatctccattcagtctacactcaatggtcagaagcag
gaagtgagcctgggagctggtgcttcccgacagtgcttctacgacctcactcccggcagc
cagtaccagatcagcgttcacacccagatgcaggaaatggagggacctgctgtctccgtc
actgacatgacgctgccagcgccaactctagctccgactgaaccccccactactgagccc
cctcccactatcccacccgctaaagaagtgtgcaaggaggccaaggcggacctggctttt
ctggttgacggttcctggtctatcggcgacgacaacttcttgaagatcacacgtttcctc
tacagcaccatgggatccctggatctgattggaccagacggcacccaggtcgccatcgct
cagttcagcgacgacgcacggacagaattccagttgagttcccatggcaacaaggaagca
ctgttggaagctattcagagcatcagatacaaaggaggaaacaccaagacaggtcgggcc
atcaaacatgtgaaggagtcaattttcaccccagaggccggagctagaagaggtgttcct
aaagtcctggttgttctcactgatggacgttcacaagatgatgtcaacaaagtttctaag
gagatgcagatggatggctatatcatctttgccattggctttgcggacgcggactacgga
gagctggtgaatattgccagcaagccaagcgatagacatgtcttcttcgtggatgatttg
gatgccgtgaagaaaatagaagagcagctcattacttttgtctgtgaagctgccaccgcc
acttgtccatctgtgttgatgagtggtaacacaatggcaggtttccgaatgatggaaaag
tttggcctggtagagaaggagtacagcaccatacctggagtttctctggagtcgggttca
ttcaacagtttcccgtgttacagattacaccgagatgcactggtgtcgcagcccaccaag
taccttcacccagaaggtttaccctctgattacaccatatctctgatgctccgcctactt
cctgagaccccgcaggagccctttgcattgtgggaaatcctcaacaaggaaaacgagcca
ttagtgggaataatcgttgacaactctgaaaagacgttgacgttcttcaactacgactac
aaaggagacttccagaccgtcacctttgaaggaactgagattcaaaaaatattccatggc
agtttccacaagctccatgtcacaatcagcaagacgtctgtgaaggtggtgttggattgc
tcagtggtcggggaacaaccagtcagtgctgctggaaacattaccacggatggagtggaa
atccttggaaggctagttcggtccagaggcagccgggacaactctgctccattccagctc
cagatgtttgacatcatctgcagcacatcctgggccagcagagataagtgttgtgagctg
ccagcattgagagttgaggagcagtgcccttcctttcctcatgcctgtacctgctctcag
gacagcaaaggacctccaggaccttcaggaccccctggcggtcctggcataaggggagcc
agaggagaccgaggagagtcaggagtgacgggacctcaagggccagtgggagaggttggc
cctcctggaccttcaggaccgccaggccctcagggaccaagcggtctctctattcagggg
cccccgggtgctgctggggagaagggacagaatggagatgtcggtccagccggaataatg
ggtgttcctggaggcccaggctccagtggtagagacggccccccaggaccaaggggtctg
ccgggtaatggaggaccacagggacaacaaggacctcccggacccggcgggtccccggga
gcaccaggagccccaggacctggtgggtcagcagggctccagggagatcaaggagttcct
ggtcctgctggtaccaaaggcgataagggagaaagaggtgatgtgcagtcccaagctgct
gtgcgggccattgcacggcaagtgtgtgaacagctcatccagagccacttgtctcgttat
aacaccatactgaaccagatcccggtccagtcttcaatgtcaatccgaacagtacccggt
ccacccggggagccggggaggagaggcctcccggggcctcagggagagcaggggccatct
ggcaggccaggcttccccggtgcaagcggccagaacggacagccaggagagagaggactt
acgggaatgaagggagagagggggaatccaggtgttgggagtcagggaccccggggacaa
accggacctccaggcctgccaggtgaaggaaggacaggcagccagggcccgcctggtcgg
cccggcaacccggggacaccggggaggtcggggaatcctggatcaacgggaacagccggt
ccaccgggatactgcgaccagaattcctgcatggggtacaacgtcggagttcaacaggac
tatgggaatgattactga
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integrated database retrieval system
