KEGG T04918: 107564140

Sinocyclocheilus grahami (golden-line barbel): 107564140

Entry

107564140         CDS       T04918

Name

(RefSeq) collagen alpha-1(XXVIII) chain-like

K23619

collagen type XXVIII alpha

Organism

sgh Sinocyclocheilus grahami (golden-line barbel)

Brite

KEGG Orthology (KO) [BR:sgh00001]
09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:sgh01002]
    107564140
Peptidases and inhibitors [BR:sgh01002]
Peptidase inhibitors
  Family I2: Kunitz - BPTI family
   107564140

SSDB

Motif

Pfam:

Collagen VWA Kunitz_BPTI VWA_2 VWA_3 STAT_alpha

Other DBs

NCBI-GeneID:

107564140

NCBI-ProteinID:

XP_016104636

Position

Unknown

AA seq 1047 aa
MRQKCTSLQSLLHSLTRHLRNAELHTCAACLWQEALLPKSGNKVSMEGVAVMAHTLSWSL
LCFGLLSVWAQDFYEEKTRPTRVKTRGQTAAILQRNDGQAILDEDCSLELAFLLDSSETA
KDNHKQEKQFTMDIIEGLQSIRLDTDRKLSWRAALLQYSSHVIIEQTLKQWKGSQNFKSS
IAPMAYIGHGTFTTYAITNMTKIFVEESSPESIKIALLLTDGSFHPRNPDIFSAMADAKN
QGVKVFTIGITRSANEPANTANLRLLASTPATKFLYNLQDTNVMEKVIIQIAQLANDGCP
LSPKCACEKGERGLSGPAGKKGRPGEDGAAGAKGQKGAAGLSGLPGREGTEGLPGPQGDI
GPEGPQGKKGERGPAGPPGIQGDSGIGLPGPKGERGPAGPPGIQGDSGIGLPGPKGDMGF
QGRPGPSGPPGIGEPGLSGPQGPQGVQGEKGPLGEGFPGPKGDRGLEGPKGPRGQQGTGI
KGDKGELGPPGLPGPIGLPGLGIQGEKGVEGPRGPPGGRGPPGEGFPGSKGEQGLPGEMG
TPGERGQGEPGPKGEPGAYGLAGVPGLPGEDGAPGQKGEHGATGLRGTEGAPGIGTQGEK
GDQGQSGIRGLSGPPGISGPSGPKGEPGTPGRLGMPGLPGRALAGSKGEVGPAGPPGPIG
ETGYGLPGPKGDRGNPGPPGPFGPKGEGFPGPMGLPGLPGPSGEPGPEGIGVPGPKGDIG
FRGLPGLPGPPGEGLQGPPGNMGRSGPPGPQGPPGEGIQGPKGNMGRSGPPGPQGPPGEG
IQGPKGDQGAPGVTGPRGPSGEGLPGSKGDRGLQGERGFKGMKALESKLVSQFCEDENGA
LFFNRITNGLNGNNGYGYSNGQEDVSSYRNNVYGNRFQEISQDRSQSHMRGREHGIPLPI
NPGPLKAQVENDYEGEDLDIKTQPQGGSTVAVVNKTVQAVQPGTSSSSSSSSPSVSLSSS
VSTHSTSVNVNAKPRPVVIKESAPLDPRCLLGLSQGSCRDYVIRWYYDKQANSCAQFWYG
GCQGNDNRFQTEEGCKKTCVLTTSTAG

NT seq 3144 nt +upstreamnt +downstreamnt
atgaggcagaagtgcacttcacttcagagcctccttcattcgctcacacgtcacctgagg
aacgctgagctgcacacctgcgctgcttgcttgtggcaagaggctttgctgccaaagtca
ggtaataaagtctctatggaaggagtggcagtcatggctcatacgttgagctggtctctg
ttgtgttttggtttgctgagtgtttgggctcaagatttctatgaggaaaaaaccaggcca
acaagagttaagaccaggggacagacggcagctattttgcaaagaaatgacggtcaagcc
atcttggatgaggactgcagtctggagttggccttcctgctggacagctctgagacggcc
aaggacaaccacaagcaggagaaacagttcactatggacattatagaaggcctccagagc
atccgcttggatacagatcgcaaactcagctggagagcggccctgcttcagtacagcagc
cacgtcattatcgagcagaccctcaaacagtggaaaggctcgcagaacttcaagagcagc
atcgcaccgatggcctacatcggccacggcactttcaccacctacgccatcaccaacatg
accaagatatttgtggaagaatcgagcccagaaagcatcaagattgccctgctcctcaca
gatgggtcttttcatcccagaaaccctgatatcttctctgctatggctgacgcaaagaac
cagggcgtgaaagtcttcacgattggcatcacccgtagcgccaatgaacctgccaacaca
gcaaacctgagactgctggccagtacaccggccaccaaattcctctataatctacaggac
acgaacgtcatggaaaaagtcataattcagattgctcagctggcaaacgatgggtgtcct
ctgtccccaaagtgtgcttgcgagaagggcgagagaggactcagtggcccggctggaaag
aagggtcgtccaggtgaggacggagccgctggggctaaaggtcaaaagggtgcagctggt
ttgagtggacttcctggtcgtgagggtacagagggtttaccaggaccacagggtgacatc
ggaccagaaggcccacagggaaagaagggtgagcgtggccctgctggcccacctggaatt
cagggcgacagtggaattggacttcctggaccaaagggtgagcgtggccctgctggccca
cctggaattcagggcgacagtggaattggacttcctggaccaaagggcgatatgggattt
caggggagaccaggtccttcgggtccacctggcataggcgagccaggcctgtctgggcct
caagggccacagggggttcaaggggagaaaggaccactaggagagggttttccaggtcca
aagggggaccgtggtctggaggggccaaagggaccaagaggacagcagggcactggaatc
aaaggcgacaagggtgagcttgggcctccaggtttaccaggaccgattggactcccaggg
cttggcattcagggagaaaagggtgttgagggtccgagggggcctccaggaggaagagga
ccaccgggagagggtttccctggttccaagggagaacaaggtttaccaggagagatgggc
accccgggagagagagggcagggcgaacctggaccaaagggtgaacctggtgcatatgga
ctggctggtgtacctggacttcctggggaggacggagctccaggacaaaagggtgagcat
ggggcaacaggtttgaggggaactgagggggctccaggaattggcactcaaggagagaag
ggagatcaaggccaaagtggcattcgagggttgtcaggtcctcctggaataagtggccct
tcgggaccaaagggagagccaggtacgccaggaaggctgggcatgccaggattacctgga
cgagctcttgcaggatcaaagggtgaggtgggtcccgctggtcctcccggaccaattgga
gagactggttacggtctgcctggtccaaagggtgatcgaggtaacccgggaccgcccgga
ccatttgggcctaaaggtgaaggattccctggtccaatgggtctgcctggtttaccagga
ccatcgggtgagcccggccctgaaggcattggtgttcctggaccaaagggagacattgga
ttcaggggtttgcctggtttgccaggaccacctggtgaaggactgcagggaccaccgggc
aacatgggaagatcaggtcctccaggaccacaaggacccccaggggaaggtattcaggga
cccaaaggcaacatgggaagatcaggtcctccaggaccacaaggacccccaggggaaggt
attcagggacccaaaggtgatcagggggctcctggagtgacagggccgaggggcccatcg
ggagagggacttccaggctccaagggtgatcgtggtttgcagggcgagaggggctttaaa
ggaatgaaagctctggagtctaaactggttagccagttctgtgaggatgagaacggggcc
cttttcttcaaccggattaccaatggcttgaacggaaacaacggatacggctacagcaac
ggccaagaggatgtttcctcatacaggaataatgtttatgggaaccgatttcaggagatt
tcacaggacagatcgcagagtcacatgagaggcagagaacacggcatacctcttcccatc
aaccctggccctctcaaagcacaggtggagaatgactatgaaggtgaggatctagacata
aagacacaacctcaaggtggcagcactgttgctgttgtcaataagactgtccaagctgta
cagccaggaacctcttcatcatcatcatcctcttcaccatcagtatcattatcttcatca
gtgtcaacacattctacttcagtgaatgtgaatgcaaagcctcgtcctgtagtgataaaa
gaatcggctccactggatcctcgatgtttgctcggtctgagtcagggctcctgtagagac
tatgtcattcgctggtactacgacaaacaggcaaactcgtgtgctcagttctggtacgga
ggctgtcagggcaacgacaaccgcttccagacggaagaaggatgcaagaaaacgtgtgtc
ctcaccaccagcacagcaggctaa

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (15)   

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