Maylandia zebra (zebra mbuna): 101475873
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Entry
101475873 CDS
T02814
Symbol
col28a1
Name
(RefSeq) collagen alpha-1(XXVIII) chain isoform X2
KO
K23619
collagen type XXVIII alpha
Organism
mze
Maylandia zebra (zebra mbuna)
Brite
KEGG Orthology (KO) [BR:
mze00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
mze01002
]
101475873 (col28a1)
Peptidases and inhibitors [BR:
mze01002
]
Peptidase inhibitors
Family I2: Kunitz - BPTI family
101475873 (col28a1)
BRITE hierarchy
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Gene cluster
GFIT
Motif
Pfam:
Collagen
VWA
VWA_2
Kunitz_BPTI
VWA_3
VWA_CoxE
Motif
Other DBs
NCBI-GeneID:
101475873
NCBI-ProteinID:
XP_023009169
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Position
LG11:28180014..28204822
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AA seq
1192 aa
AA seq
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MLLKGNLSRGVGVCLLLLALLHKATGQRRKTGRRNNYRLQDEGRNGLTCSLEVAFILDSS
ESATISLFEKQKTFVLSFSTRLAMLQVPSWTMKVRMAALQYSSTVSIEHRFSAWKDLDYF
HGQVSTMNYIGHGTYTTYAITNASQLLVHETSKDSVRVAVLMTEGVDHPRNPDVIAAAVE
AKGHGIKFFAIGLSDIAQQNNAKLRAIASTPAQQFVQSMLDSQLEEKLLKEMGAVAYEGC
PQAQVCLCERGERGPPGSPGRKGDPGFRGPAGQKGARGESGLNGTPGSDGPPGRTGYKGN
KGDRGDCGTPGEKGDTGPEGPPGPQGPKGAQGAPGPPGEVGPEGPSGSKGERGPSGEPGQ
PGDIGIGFPGAKGDKGNQGRPGPAGPPGIGEPGLLGPQGSPGTQGNPGPPGEGFPGPKGD
RGYEGPKGSRGPPGIGIKGDKGNFGPPGNQGPVGAPGPGLQGEKGDQGPAGPPGPKGAPG
VGIAGPKGDQGLSGEPGLPGERGVGEPGPKGDPGAEGLSGIPGQPGEDGIPGPKGDLGLS
GPRGADGAPGKGVPGEKGDKGDRGSRGQQGAVGPVGPMGPKGQPGIMGLPGPAGLTGRGI
AGAKGEPGPQGPPGAVGDPGIGSPGSKGDRGPQGPLGPPGLKGEGFTGPPGLPGPPGLMG
ETGPDGIGLPGTKGERGLPGPPGPAGPPGIGLPGPKGSAGQIGSPGPQGLPGEGLQGQKG
ESGFQGMPGPRGPPGQGLQGDKGDRGFRGEKGNKGDRGEPGEPGIIGPLGKTGQKGEPGL
TRDEIIKIVKSICSCALTCRQTPLELVFVIDSSESVGPENFNVIKDFVNALIDHTSVSRD
ITRVGVVLYSHINMVVVSLRQEASLDEIKSAVHSMTYLGEGTFTGSAIQQANQVFKAARP
GVRKVSIIITDGQADKRDSVSLESAVTEAQRSNIEMFVIGVVNKSDPLYKEFKKELNFMA
TDPDSDHLYLIDEFTTLAALEKKLLSHICENGERHLFSSIPSSGLPPGIPEVSSNAREPP
YRTDTDTPTFTGDFRRVQKMPGPPGSHPDGESTSRKRPTMNSRTTLETQRLPFFDREPFR
PVTEFLPQFDVNNPTHDVVMTGAIGPAGPTLKTPPEEKIPPVPTPPLLSSDNFLSAERCT
QTLDPGPCREYVVKWYYDPTANSCAQFWFGGCLGNDNKFDTEKSCKEACVKA
NT seq
3579 nt
NT seq
+upstream
nt +downstream
nt
atgttgctgaagggaaacctgagcagaggagtcggggtctgccttctgctgctggctctc
ctacacaaggccacaggccagaggagaaagacagggcgcaggaacaactacaggctgcaa
gatgagggaagaaatggtctgacatgttcactggaagtggcattcatcctggacagctct
gagagcgcaaccatatcactgttcgagaaacagaagaccttcgtgttgagcttcagcacc
cggctcgccatgctgcaggtgcccagctggacgatgaaggtgcggatggctgcgctgcag
tacagcagcactgtatccatagagcacagattctcagcctggaaagacctggactatttt
cacggtcaagtcagcaccatgaactacatcggtcacggcacctataccacctacgccatc
accaatgcctcacagctgctggtgcatgagacctcaaaggacagcgtgagggtggcggtg
ctaatgacagaaggagtcgatcatccccgtaaccctgatgtgattgcagctgctgtggag
gccaaaggtcatggcataaagttctttgctattgggctatcagatattgcccagcagaat
aatgccaagctccgggccatcgccagcacacctgctcagcagtttgtccaaagtatgctc
gactctcagctagaagagaagctgctcaaagagatgggtgcagttgcatatgaagggtgt
ccacaggcccaagtatgtctgtgtgaaagaggagagagaggtcctccaggaagtcctggt
agaaaaggagacccaggcttcagagggccagctggtcaaaaaggagcgaggggggagtct
gggctgaatggcacacctggaagtgatggtccaccgggccgcacaggttacaaaggcaac
aagggggacagaggagactgtggcactcctggggaaaagggtgacactggcccagagggt
cctccgggcccacaaggaccaaaaggagcacagggagcgccaggaccaccaggggaggtg
ggtcctgaaggcccatcgggttctaaaggagaaagaggacccagcggtgaacctggacaa
ccaggagacattggtattggattcccaggagccaagggtgacaagggtaatcagggaaga
ccaggtccagcaggtcctccgggcataggtgaaccaggactcctgggacctcaaggatca
cctggaacacaaggaaatcctggacctcctggagaggggtttccaggaccaaagggtgat
cgaggatatgaaggtccaaagggaagtcgtgggcctcctggtattgggatcaaaggtgac
aagggcaattttggtccaccaggaaatcaaggtccagttggtgctcctggtccaggactt
caaggagaaaagggagatcagggtccagctgggcctccaggacccaaaggagctccaggt
gttggaatagcaggaccaaagggggatcagggcctctcaggtgagccaggactaccaggt
gagcgaggtgttggagaaccagggcccaaaggtgaccctggagctgaggggttatcaggt
atacctggtcagccaggagaagatggaatcccaggaccaaagggggaccttgggttatcg
gggccccggggagctgatggggctcctggcaaaggtgtcccaggagagaagggagacaaa
ggggaccgggggtccagaggccagcaaggtgcagtcggtcctgtggggccaatgggccca
aaggggcaaccaggaattatggggctaccaggtccagctggacttactggcaggggtata
gcgggggccaagggagaaccaggtccacaaggtccacccggagctgtgggagacccagga
attggttcacctggatccaagggtgacagagggccacagggcccccttgggccacctgga
ctaaaaggagaaggtttcactggccccccaggacttcccgggcctcctggcctgatggga
gagactggaccagatgggattggtttacctggaacaaagggagaaagaggcttgcctggg
cctcctggacctgctgggccaccaggaatcgggttacctggtccaaagggttcagctggc
caaattggatcacctggtccacaggggttacctggagaagggttacaaggacaaaagggc
gagtctggatttcaggggatgcccggccccagaggtcctccaggacaaggtctgcagggt
gataagggggaccgagggttcagaggtgagaaaggcaataagggagacagaggggaacct
ggagagccgggcatcatcggacctctgggcaaaacaggacagaagggggaacctggactt
acaagggatgaaatcatcaaaatagtaaaatccatctgcagttgtgcactgacgtgccgc
cagacacccttggagctcgtctttgtgatcgacagctcagagagcgtcggcccggaaaac
ttcaacgtgatcaaagactttgtgaacgccctgatcgaccacacctcggtcagccgggac
atcactcgtgttggcgtggtcctctacagccacataaacatggtggtggtcagcctcaga
caggaagccagcctcgatgagatcaagtctgctgtgcattccatgacctacctgggcgag
ggcacattcacaggcagtgccatccaacaggccaaccaggtgttcaaggcagcccggcca
ggtgtgaggaaggtgtcgatcatcatcaccgacggacaggccgataagagggactcggtc
agtctggagagcgccgtgacagaagcccagagaagcaacattgagatgttcgtgatcgga
gtggtgaacaaaagcgatccactgtacaaagagttcaagaaggagctcaacttcatggcc
actgaccccgacagtgatcacttgtacctgatcgatgaattcacaacacttgcagctctg
gagaaaaaacttttgagtcatatctgtgaaaacggagagagacacttgttcagctccatc
ccgagctcggggcttcctccaggaatcccagaagtctccagcaacgctcgagaaccgcca
tacaggacagacacggacactcccactttcacaggagacttcaggagagtccagaaaatg
cccggccctcctggttcacaccctgacggtgagtccacctctagaaagaggccgacgatg
aacagtaggaccaccttagaaactcagaggcttccgttcttcgacagggagcccttcagg
ccggtaacagagttcctcccacagtttgatgtgaacaaccccacacacgatgtggtgatg
accggagccatcgggccagctggtcctactctgaagactccgcctgaggagaagatacca
ccggtaccaactccgcccctgctgtcctctgacaacttcctatcagccgagcgctgcacc
cagaccctggatccagggccgtgtcgggaatatgtggtgaagtggtactacgatcccacg
gcgaattcctgtgctcagttctggtttggaggctgcttagggaatgacaacaagtttgat
actgagaagagctgcaaagaggcctgtgtcaaggcctga
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