Eleginops maclovinus (Patagonian blennie): 134874880
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Entry
134874880 CDS
T09869
Symbol
col28a1a
Name
(RefSeq) collagen, type XXVIII, alpha 1a
KO
K23619
collagen type XXVIII alpha
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
emac01002
]
134874880 (col28a1a)
Peptidases and inhibitors [BR:
emac01002
]
Peptidase inhibitors
Family I2: Kunitz - BPTI family
134874880 (col28a1a)
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Gene cluster
GFIT
Motif
Pfam:
Collagen
VWA
VWA_2
Kunitz_BPTI
DUF1194
VWA_CoxE
Motif
Other DBs
NCBI-GeneID:
134874880
NCBI-ProteinID:
XP_063755191
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Position
13:complement(23966590..23986231)
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AA seq
1159 aa
AA seq
DB search
MTLPWLLKVFILTLALSGPTGGQKRKRKGQRDDNQVLFNEAKTLICPVELMFIVDSSERA
KSLLFERQKDFILRFSSRLLQLQSSGWRLRLRLAALQYSSSVSLEHNFRDWQDLDVFQSR
VASMAFIGHGTYSAYGISNATQVFGRETSPGSLRVALLLTDGSDHPRSPSAVAAAAEAKQ
HNIRVFTIRLSDLPTDAQISAKLRSIASAPPQQHMLSLTDKQLDDKLFSALNTIVKTGCP
QPKSCLCERGERGHTGNPGKPGEPGSDGAPGPKGSRGEAGINGRPGMEGLKGRPGGIGER
GEQGECGTPGKKGEQGAEGPPGPRGPRAEQGARGAPGDPGPEGTPGSKGERGLKGAPGPP
GDTGIGFPGPKGDKGNHGRPGPPGPMGVGEAGTPGPAGPPGMQGPSGFPGEGLPGSKGAR
GYEGPKGSRGLPGVGYKGDEGSTGAPGAPGLVGFPGAGIQGEKGDLGPAGPSGPRGPPGL
GIVGPKGEQGFPGEPGPQGGRGVGEPGSKGDPGPDGTAGIPGIPGEDGAVGPKGEVGSPG
LRGPEGAVGKGIHGEKGDRGDRGSRGLSGVPGPVGPSGAKGEPGSPGMLGLQGPAGRGLP
GPKGDLGPVGPAGAVGEHGVGIIGPKGHKGNNGPVGPPGVKGDSSPGPQGLPGLPGLQGE
MGPEGKGLPGAKGDRGLSGVPGPSGPPGTGLYGPKGSTGQTGPPGLLGPPGEGIQGPKGE
PGFKGLMGPRGPPGDGILGEKGDRGVPGDLGKKGDRGDLGEPGATGPMGRPGENGEPGLT
REEVIMIIREICGCGLKCRQSPLELVFVIDSSESVGPENFELVKDFVNALIDRVTVSREA
GRIGVVLYSHVDMVVVSLQQMASQDDIKTAVRRMPYLGEGTFTGSAIHRANQLFQASRPG
VRKVAVVLTDGQADHRDAMQFEETATVAHEQGIEMFVIGVGNNTDPLYEEFQAQMDVIAS
DPKEEHVYLIDDFGTLPTLESKLLSRICDHDDSMAFLVNSAFPPMEIHPKTLGDRRYEFP
VEEHIQFELPVKTVTLPPQSQDTGPDGSPIDTKRVKNWPDLLGPGVGSVVGPQTPTEWLK
EPESTKAPSSPPPPPLTNSSRPAEGCGQPLDPGSCRQYVVRWYYDPEANACAQFWFGGCE
GNANNFESESGCRLSCVYT
NT seq
3480 nt
NT seq
+upstream
nt +downstream
nt
atgactctgccgtggctcctgaaggtcttcatcctcactctcgctctgtcgggtccaacg
gggggccagaagaggaagaggaaagggcagagagacgacaaccaggtcctctttaatgag
gccaaaaccctgatctgcccggtggagctcatgttcatcgtggacagctcggagagagcc
aagtctctgctgttcgagcgccagaaggacttcatcctgcgcttcagctcccggctcctg
cagctgcagtccagcggctggcggctgcgcctccgcctggccgcgctgcagtacagcagc
tccgtctccctggagcacaacttcagggactggcaggacctggacgtcttccagagccgc
gtggcctccatggccttcatcggacacggcacctactcggcgtacggcatctccaacgca
acgcaggtgttcggccgcgagacgtcccccggcagcctgcgggtggcgctgctgctgacg
gacgggtcggaccacccccgcagccccagcgccgtggcggctgcggctgaggccaagcag
cacaacatccgggtgttcaccatccggctctcggacctgccgacggacgcacaaatcagc
gccaaactgaggtccatcgccagcgcccccccacagcagcacatgctcagcctcacggac
aaacagctggacgacaagctcttcagcgcgctgaacacaatcgtcaaaactgggtgcccg
cagccgaagtcctgtctgtgtgagaggggggagaggggtcacactgggaacccggggaaa
ccaggcgagccggggtctgatggagctccaggtccaaagggatcccgtggggaagccggc
atcaacggacgtccaggcatggagggccttaagggtcgacctggcggcatcggggaaagg
ggagaacagggtgaatgtggaacccccggtaaaaagggagaacagggagcagagggacct
cctggccccagaggccccagagcagagcagggagcgaggggagcacctggagacccgggt
ccagaggggacacctggatctaaaggagagcgaggcctgaagggggcgcccggacctcca
ggagacaccggcatcgggttccctggtccaaagggtgacaaggggaaccacggaagacct
gggcctcctggaccgatgggtgtcggggaagcagggactccgggtccagcggggcctcca
ggcatgcaggggccttcagggtttccaggtgaggggcttccagggtccaagggggcccgg
gggtacgagggtccaaagggcagccggggccttccaggtgtcgggtataaaggtgatgag
ggaagcacaggagcccccggggcccccggcctggtcgggtttccaggggctggcatacaa
ggagaaaagggggacctggggccagcaggaccatcgggccccagagggcctcctggactg
gggatagtgggaccaaagggcgagcagggcttccccggagagcccggacctcaggggggg
aggggcgttggagaaccaggatcgaagggggatccgggtccggatgggactgcagggatc
cccggcattcctggagaggacggagcggtggggccaaagggagaggtggggtcgccaggt
ctgagaggaccggagggagcagtggggaaagggatccacggggaaaagggagacaggggg
gaccgaggatcgaggggcctctcaggtgtcccgggacccgttggaccttcaggagcaaag
ggggagccggggagtccaggaatgttgggtttacaaggcccagccggccgaggcttacct
gggccaaagggggatctggggccagtgggaccagcaggagcagtgggagaacacggagtg
ggaatcattgggccgaagggtcacaaaggaaataatggacctgtgggccccccaggggtg
aagggagacagctccccaggacctcaggggctgcctggattaccgggcctgcaaggagag
atgggaccagaagggaaaggactacctggagctaagggcgacagaggtttgtcaggcgta
cctggaccatcaggtccacctggaactggactgtatggacccaagggctccacggggcag
actggtcctcctggccttctggggcctccaggagagggcatccagggaccaaagggagag
cctggcttcaaaggactgatgggtcctcgggggccaccgggggatggcatactaggggag
aagggagacagaggcgttcctggagatctgggaaagaaaggagacagaggagacctcgga
gaaccaggagccactggaccaatggggagaccaggagagaacggagagccaggtctgacg
agggaagaggtcatcatgattatacgggaaatctgcggctgtggtctgaagtgcagacag
agccccctggagctggtgtttgtgatcgacagctcagagagcgtgggtcctgagaacttt
gagctggtgaaggactttgtgaacgctcttatcgaccgcgtgacggtgagccgggaagcc
ggacggatcggtgtggtgctgtacagccacgtggacatggtggtggtcagcctgcagcag
atggccagccaggacgacatcaagacggccgtcaggaggatgccttacctcggcgagggc
acgttcaccggcagcgccatccacagggccaaccagctgttccaggcgtccaggcccggc
gtcaggaaggtggcagtggtgttaacggacgggcaggctgaccaccgggacgccatgcag
tttgaagaaactgcaacggtggcccatgagcaagggatcgagatgttcgtgatcggagtc
gggaacaacaccgaccctctgtacgaagagttccaggcacagatggatgtaatagcctct
gatcccaaagaagagcacgtctacctcatagatgacttcgggacgcttccaactctggaa
agcaaactgctgagtcggatttgtgatcacgatgactcgatggcatttctagtgaactct
gcgtttccaccaatggaaatccacccgaagactctgggagaccgacgctacgagttccct
gttgaagaacatatccagtttgagctcccagtgaagacagtgaccttgcctccacagtcc
caggacacagggcccgacgggagcccgattgataccaaacgagtgaagaattggccggac
ctcctgggccccggggtgggctcagtggtaggtcctcagaccccgaccgagtggctgaaa
gagcctgagagcaccaaggctcccagcagccctcctcctccacctctgaccaactcatca
cggccagcagaggggtgcggtcagcctctggaccccgggtcctgccggcagtatgtcgtc
cgctggtactacgaccccgaggcgaacgcctgcgcccagttctggttcggtggctgtgag
ggaaacgcaaacaactttgagtctgagtccggctgcaggctgtcctgcgtctacacgtaa
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