Aquarana catesbeiana (American bullfrog): 141147036
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Entry
141147036 CDS
T11018
Symbol
COL28A1
Name
(RefSeq) collagen alpha-1(XXVIII) chain
KO
K23619
collagen type XXVIII alpha
Organism
acat Aquarana catesbeiana (American bullfrog)
Brite
KEGG Orthology (KO) [BR:
acat00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
acat01002
]
141147036 (COL28A1)
Peptidases and inhibitors [BR:
acat01002
]
Peptidase inhibitors
Family I2: Kunitz - BPTI family
141147036 (COL28A1)
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Gene cluster
GFIT
Motif
Pfam:
VWA
Collagen
VWA_2
Kunitz_BPTI
Herpes_UL32
RE_LlaJI
Motif
Other DBs
NCBI-GeneID:
141147036
NCBI-ProteinID:
XP_073490109
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Position
LG06:complement(347855167..347954204)
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AA seq
1245 aa
AA seq
DB search
MFPRILWFLFLFDVQTYMAQNSFGRYKSRALTSSTSEKAPSLSDQDEDCILEMAFLLDSS
ESAKEYNHNQEKKFVLQMVEKLKGIQLESRRAFSWRMALLQYSSTVLIEQTFRDWRGPDN
FKDRIAPISYIGHGTFTSYAITNLTQLYMNEGTHKSVKVAILLTDGVDHPRNPDIFAATT
NAKQHDIKLFTVGMTSVARETANAAKLRLLASVPSTRFVSHLQEADMVDKILKEVKELAE
EGCRQSPICTCEKGERGLPGSAGKKGRPGDDGAPGLKGGKGESGLNGIPGRDGLEGKPGY
KGEPGERGECGIPGIKGDRGPEGPTGPRGLRGVQGIQGPPGDQGFEGLQGQKGDRGLPGP
PGFQGETGIGLPGSKGDIGVQGRPGPSGPPGIGEPGPPGPQGSQGLPGERGAIGEGLPGP
KGDRGFEGQRGPRGMTGAGIKGDKGDFGPPGFPGPIGLPGVGIQGEKGVQGPVGPPGLRG
APGEGLMGPKGDQGLPGESGVPGERGVGETGAKGEPGSSGLAGLPGLPGEDGAPGQKGEP
GLPGLRGPDGSPGVGIQGEKGDQGQRGIRGLTGPPGPAGPSGPKGEPGAVGRLGLPGPPG
RAIVGPKGDIGLPGPQGLIGEPGIGIAGPKGDRGGPGPPGPYGPKGDGFAGPPGMPGLPG
LTGEPGQEGVGLPGPKGDPGFRGPIGLPGPPGEGLPGPKGNIGKSGLPGPQGPPGEGIQG
PKGEQGVQGVPGPRGPPGEGLLGPKGDRGSFGERGRKGDKGDGGDPGSPGETGRQGTKGE
AGLTREDIIKMIKEICGCGVKCKEIPMELVFVIDSSESVGPENFEIIKDFVTALVDRVTV
GRNATRIGLVLYSLEVRLEFGLNRFTTQQDVKQAIRKMMYMGEGTYTGTAIRKATQEGFF
GARSGVRKVAIVLTDGQTDKREAVKLDIAVREAQAANIQMYAIGIVNATDTTQQEFIREL
NLIASEPDAEHMYLIDDFNTLPALESKLVNQFCEDENGALIFNRVGSKINPMFPIKGSST
ITYPGAEVNRVNTEETLRLEEKRKLEERLRLEEERIRQEQIRKEEERIRQEQIRKEEERI
RQEEERRRVAEEKLRQTQVPRKEVVIVPSVDEGEDEDGDYDDDDEEIETLPTNTRVVLSP
GGSSSKEKTSSSSSKTSSSTIILSPSSSAERNGPIQPSIEYIQDARCKLPLDQGPCRTYI
IKWYYDKQANSCAQFWYGGCSGNGNRFDTEEECKKSCVYNLDGGK
NT seq
3738 nt
NT seq
+upstream
nt +downstream
nt
atgtttccccggatattgtggttcttgttcctatttgatgtgcagacatacatggcacag
aattcctttggaagatataagtcccgagctttaacatcaagtacatcagagaaagctcca
agcctcagtgaccaagatgaagactgcattttggaaatggcattccttctggacagctca
gagagtgctaaggaatacaaccacaatcaggaaaagaagtttgtattacaaatggtggaa
aagctgaaaggaatacaattggaatccaggcgagcgtttagctggagaatggctttactg
cagtacagtagcaccgtgctcatagagcagacgttcagagactggagagggccagataat
ttcaaagatcgcattgctcccatttcatatattggccatggtacatttacttcttacgct
attacaaacttaactcaactatatatgaatgaaggaacacacaagagtgtaaaggtggcc
attcttctgactgatggagtggaccacccaagaaatcctgatatttttgctgctacaact
aatgccaaacaacacgacattaagctcttcacagtcggtatgacatcagtagccagggaa
actgccaatgctgccaagcttcgcttgttggccagtgtgccgtccaccagatttgtgtct
cacttacaagaagccgacatggtggataaaattctcaaagaagtgaaagagcttgctgaa
gaagggtgccgccagtcacctatctgcacttgtgaaaaaggggaaagaggacttcctgga
tctgctggtaaaaagggacgaccaggtgatgatggtgctcctggtctaaaaggtggtaag
ggagaatctggacttaatggcattcctggacgagatggactagagggcaaacctgggtat
aaaggagagccgggtgagagaggcgagtgtggaattcctggcatcaagggtgatcggggt
cctgaaggtcctactggtcccagaggattaagaggtgtgcagggtattcaaggaccccca
ggagatcaaggttttgaaggactgcaaggacaaaagggtgatagaggtctccctgggccg
cctggatttcaaggagaaacagggataggactgccaggctcgaagggagacattggagta
caaggaagaccaggtccaagtggtcctccgggaattggagagcctggaccaccgggccct
caaggatctcaggggcttcccggagaaagaggagctataggagagggtctgccaggacca
aagggtgaccgtgggtttgaaggacaaagaggacctcgtgggatgacaggtgctggtatt
aagggtgataagggagattttggacctcctggtttcccaggtccaattggtttacctgga
gttggaatacaaggagaaaagggtgttcagggtcctgtggggccaccaggactgagaggt
gcaccaggagaaggacttatgggacccaagggagatcaaggtttaccaggagaatctgga
gtacctggagagagaggcgttggagaaactggggcaaagggtgagccaggatcttcagga
ttggctggtttgcctggtttaccaggtgaagacggtgcaccaggacaaaagggtgaacca
ggtcttccaggtctcaggggtcctgatggatctcctggtgttggcatacaaggtgaaaag
ggtgaccaagggcagcgtggaattcgcggattaacaggaccaccaggacctgcaggacca
tctggaccaaaaggtgaacctggagctgtaggacgtcttggattgccaggtcctcctggt
cgagcgattgtgggcccgaagggagacattggactacctggtccacaaggattgattgga
gaaccaggaattggcattgctggtccaaagggtgatagaggaggtccaggaccacccgga
ccatacggaccaaagggtgatggatttgcaggaccacccggaatgccagggcttccagga
ctaactggtgaaccaggtcaagaaggggttggattaccaggaccaaagggtgatccaggt
ttcagaggtcctattggtctaccgggtcctccaggtgaaggattaccaggaccaaaagga
aatataggaaaatctggtttacctggccctcagggtcccccaggcgaaggcattcaggga
ccaaagggagaacaaggagttcaaggtgtaccaggacctcgtggacctccaggagaagga
cttctgggaccaaagggtgaccgtggctcttttggtgaaagaggaagaaagggagataaa
ggtgatggtggagaccctggatccccaggagaaacaggcagacaaggcactaaaggagaa
gctggattaacgagagaagatataattaaaatgataaaggaaatctgtggttgtggtgtt
aaatgtaaggaaatacctatggagcttgtctttgtgatagacagttctgagagtgttggg
ccagagaactttgaaatcatcaaagactttgtgactgctcttgtggatagagtgactgta
ggccgaaatgccacccgaataggacttgtgctctacagtttagaggtgcgtctagagttt
ggtctgaacagattcaccactcaacaagatgtgaagcaagccatcagaaagatgatgtat
atgggagagggcacctatacaggaactgcaattcgaaaggccacccaggaaggatttttt
ggtgcacggtcaggagtcaggaaagtggccattgttctcacagatggtcagacggacaag
agagaagctgtgaaattagacatagctgtgcgggaagctcaggccgctaatattcaaatg
tatgccattggaattgtaaatgctacagatacaactcaacaagaattcataagggaacta
aatctaatagcttccgaaccagatgctgagcatatgtatctcattgatgacttcaacact
cttccagctttggagtctaaactggtgaaccagttctgtgaagatgaaaatggtgctctc
atcttcaatcgagtaggaagcaaaatcaacccaatgttcccgatcaaaggctcttctaca
atcacttatcctggagctgaagtgaacagagtgaacacagaagagacattaagattagaa
gaaaagcgtaaattggaagaaagactcagattggaagaagagagaattcgacaagaacag
attcgtaaagaagaagaaagaatccgtcaagaacaaattcgtaaagaagaagagagaatt
cgacaggaagaagaaagacgaagggtagctgaagaaaaactccgacagacacaagtcccg
agaaaagaagtagttatcgtaccaagtgtagatgagggagaagatgaagacggggactat
gatgacgatgatgaagaaatagagacacttccgactaatactagagtggttttgtcacca
ggtggaagttcatctaaagagaaaacatcatcttcatcatcaaagacctcatcttccacc
ataatattatctccatcaagttcagctgaaagaaatgggccgatacaaccatcaatagag
tacatccaggatgcacggtgcaagctgccattagatcagggtccttgcaggacatacata
ataaaatggtattatgacaaacaagccaattcctgtgcccagttctggtatggaggctgc
agtggtaatggtaatcgcttcgatacagaagaagaatgtaaaaagtcctgtgtttacaac
ctagatggaggtaagtga
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