KEGG   Danaus plexippus (monarch butterfly): KGM_213101
Entry
KGM_213101        CDS       T04344                                 
Name
(GenBank) collagen alpha-1
  KO
K19721  collagen type V/XI/XXIV/XXVII, alpha
Organism
dpl  Danaus plexippus (monarch butterfly)
Pathway
dpl04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:dpl00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    KGM_213101
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00536 Glycosaminoglycan binding proteins [BR:dpl00536]
    KGM_213101
Glycosaminoglycan binding proteins [BR:dpl00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   KGM_213101
SSDB
Motif
Pfam: Collagen COLFI Laminin_G_2 Laminin_G_3
Other DBs
NCBI-ProteinID: OWR52315
UniProt: A0A212FEY4
Position
Unknown
AA seq 1704 aa
MALQMKGLLLILFCALARGKGEDKLEIFDVLSVVNYDELPEGVSRTPGRCQNNPSEQDYS
ALSLNENATLHQLAAGMFYNTFPEDFSILSVVRLNGPEQNPLFVLYSDAGDEQLQVVVGE
MVELYYEDTRGDPEDHELLSFRVNITDEKWHRVALSIKGDSVTLLVDCEIQDTLPLRRHP
GSTFNLAGVLVVGAQVTPDQYYEGDIELLQFANQPDLAYDMCISIAPDCGSFGLQTSDLA
LDNTDYDEKDYDDRIEVTESLVHVESEGKPSDQFDQSLLIERQNQSENQWAVSSRDMPTL
RPYWQVSESYAVTPPYPLVTDNDENSIFGRFTDSDDFISSGNIQETPPSLLEVSSTTVKN
DVDEDVALTTTEVSSAGITTEDTDYLTHPPDIRGNSSTGYDNSDSYYDYGTIGTYLGPRG
YPGPPGRQGPRGPKGEPGKPGAEGQQGFQGAPGHVFVVPLPQSGNDKGPDAHSEALRQML
TQHMASMRGAEGPMGLTGPPGPEGPTGVEGSKGEQGDQGEPGPPGSRGLQGQPGRLGRRG
HPGRDGERGPPGPQGLKGDQGYPGQAGIPGDKGERGTPGQQGETGAPGLDGPPGEDGPPG
PPGISGELGPRGFTGPRGFPGLIGYPGIPGNEGQQGIKGAAGQPGPPGSPGQPGVMGPPG
SPGPQGPIGAPGLQGSQGKQGISGLPGPEGSPGTPGTPGQQGPAGDVGLPGPQGMLGFPG
PRGLKGDDGPRGPPGDKGDKGIRGIEGEKGEMGQKGERGVAGEPGPAGIEGPEGQKGSEG
PRGETGSIGPVGEKGATGPQGPSGYPGAQGEKGDKGASGRRGRRGSKGVAGLVGIPGDRG
ESGPRGYRGPRGRRGSDGPPGPKGDTGQPGPPGSSGERGPQGLEGPRGYPGSIGPPVMNI
PLCGTPGQAGPPGLPGPPGSNGEPGPPGLQGPSGMSGAPGEVGPPGDSGKEGHPGPPGPE
GKPGPLGPPGSPGANGEPGLPGAPGIPGSKGDMGPPGQAGVRGEKGEQGEPGREGLQGLI
GRDGPRGSPGPGGQKGEVGEPGPIGPVGRDGLPGPRGLSGVPGPIGPPGEDGDKGESGPP
GEKGFKGAMGQPGPSGAPGIQGLRGEPGPVGLPGDKGPPGDIGPPGPAGTDGTRGPPGLI
GKIGPEGPKGDQGSKGDSGEVGPIGPPGPAGPTGSVGRRGPKGNQGEQGPRGPEGERGEI
GSPGSTGPQGPQGSEGKVGPRGYAGPKGDDGLPGPPGEAGAKGLPGPEGAKGDTGPSGFP
GDRGEPGPQGVKGEPGTDGPEGSPGPPGSPGPIGPIGKPGETGIPGSPGTEGQPGIQGNP
GNPGEKGNMGPRGLQGEQGPPGAIGPVGPEGPPGLRGLAGPTGDVGAPGVMGPMGVPGPS
GSPGQQGIKGEKGNRGAKGHTGDTGNIGIKGDQGEIGKQGPTGPIGPMGPKGDTGPIGPP
GSKGDVGPAGLAGLEGPLGPKGTAGPEGRPGLPGPPGAPGPPGPPAPIPQLPSDLFMSSR
RRRSIETESTETATEDSYEEEEIEWTREIMAGVLAARGTLDAARRPRGTRSNPALSCRDL
RTSHANLTDGFYWIDARGGSGRPIKVFCDGQSTCLYPENVDAAAVYFDISGQKFSQLDGG
YRINYDSEGSGFIQMRFLRLLSTGARQNFTYTCVKTVAPQRSDIPVDLIKNKKIKLLGQN
NFEFKEPQIIKDDCKVKFSTPLLK
NT seq 5115 nt   +upstreamnt  +downstreamnt
atggcacttcagatgaaagggttgctccttatattgttttgcgctctcgcccggggaaag
ggggaagacaagctcgagatatttgacgttctctccgtggtcaactatgatgaacttcct
gaaggggtgtcacggactccagggcgatgtcaaaataatccttcagagcaagattactca
gctctttcccttaacgagaacgcaacattgcatcagctcgctgcaggaatgttttataat
acatttcctgaagacttttccatattgtcagtcgttagactaaatggcccagaacaaaat
cctctcttcgtattatactcggacgccggagacgaacaactacaagtggtcgttggggag
atggtagaattgtattacgaagatacacgaggagatcccgaggatcatgagctactcagc
ttccgagtcaacattacagatgaaaaatggcatagagtggcactaagtataaagggtgac
tcagtaacattgttagtagactgtgaaattcaagatacactgcctttacgacgtcatccg
ggaagtacattcaacttggcaggagttttagtagtcggagctcaagtgacgccagatcaa
tattacgagggcgatattgaattgctccaatttgctaatcaaccggaccttgcctacgat
atgtgtatatcaatcgccccagactgtggatcctttgggttgcaaacatcagatttagcg
ttggataatactgattacgatgaaaaagactacgacgatcgtattgaagtaacggaatcg
ttagttcacgttgaaagtgaggggaaaccttcggatcaatttgatcagagtttacttata
gaaagacagaatcaatcggagaatcagtgggcagtttcaagcagagatatgcctacattg
aggccgtattggcaagtctcggagtcgtatgctgtgaccccaccctatcctctagtaaca
gataatgatgaaaatagcatcttcgggagatttacggattcagacgattttatttcatcc
ggtaacattcaagaaacgccaccctcactcctagaagtatctagtacaacggttaaaaat
gatgttgatgaagacgttgctctgaccacaactgaagtatcgtctgcggggataacgact
gaagatacggattatctcacccacccaccagatattaggggtaactcttctactgggtat
gataattcagacagttactacgactatggcacaattggcacttatttgggaccacgtggg
taccctggacctcctggtaggcaaggtccacgaggacccaaaggggaacctgggaagcca
ggtgccgagggtcaacaagggtttcagggagctccagggcacgttttcgtagtcccgttg
ccacagtcgggaaatgataagggacctgacgcacattcggaagcactacgccaaatgtta
acacaacatatggcttcaatgcggggtgcggaaggccccatgggtctcacaggaccgccg
ggtcctgaaggccctactggagttgaaggttcgaagggcgaacaaggagatcaaggtgaa
ccaggaccaccaggatcaaggggcctccaaggacaacctggaagattaggacgtcgaggc
cacccaggcagagatggagaacgaggtccacccggacctcaaggtctaaaaggagatcaa
ggataccctggccaagccggaatacctggagataaaggcgaaaggggtacaccaggacaa
cagggagaaacaggtgctccaggtttagatggacctcctggtgaagatggacctccagga
cccccaggaatttcgggtgaattggggcctagaggctttaccggcccaagaggatttccg
ggtcttattggatatcccggtataccaggaaacgaaggccaacaaggcataaaaggtgcc
gcaggacagccaggtccacctggatccccgggtcaaccaggagtaatgggaccacccgga
tccccaggacctcagggtcccattggggccccaggattacaggggtcccaagggaagcag
ggaatatctggtttgccaggacccgaaggctcaccaggtacaccgggtacacctggacaa
caaggtcctgcaggagatgtgggattacctggtccacagggtatgttaggatttccgggg
ccacgaggtctaaaaggagatgacggaccgcgtggtccacccggtgataaaggagacaag
ggaataagaggaattgaaggagagaaaggtgaaatggggcaaaaaggggagcgcggggtg
gctggagagcctggccctgctggtatcgaaggaccagaaggacaaaaaggttcagaaggt
cctagaggtgaaactggttcaatcggtcctgttggtgaaaaaggtgcaacaggacctcaa
ggaccatcaggttaccctggagctcaaggcgaaaagggagataaaggggcttccggcaga
cggggaagacgagggagcaaaggagttgcgggcttagtaggaattcccggagaccgaggc
gaaagcggaccaaggggctatcgtggcccaagaggtcgtagaggatcagatgggccgcca
ggacctaaaggcgatacaggacaacccgggcctccggggtcaagtggtgaacgtggtcca
cagggtttggaagggcctaggggatatcctgggtccatcggtccaccggtaatgaatatc
ccactttgcgggactccgggacaagctggacctccaggcttacctggaccccctggatct
aacggtgaaccaggtccacctggtctacaaggaccgtctggtatgtcaggagcacctggt
gaggtgggtccaccgggagattcaggaaaagaaggacacccgggaccaccaggaccggag
ggaaaaccaggccctctgggacctccaggatcacctggcgcaaacggagagccaggttta
cctggggcccccggaattcctggaagtaaaggtgacatgggtccaccaggacaagcaggc
gtaagaggtgagaaaggagaacaaggagaacctggacgtgaaggtttacaaggacttatt
ggccgagatgggccaagaggatctcctggaccaggaggtcaaaaaggagaagttggcgaa
cctggtcctataggtcctgttggccgtgatggtctaccaggtccacggggcctctctggg
gtccctggacctattggacctccaggagaagatggtgacaaaggtgaatccggtccacct
ggagaaaaaggtttcaaaggcgcaatggggcaacccggcccatcgggtgctccaggaatt
caaggtcttagaggagaacctggaccagtgggtttacctggtgataaaggacccccgggc
gatattggtccacctggaccggcgggaactgatggcacacgtgggcctccgggacttatc
ggtaaaattgggcccgaaggtccaaaaggtgatcagggttcaaaaggagatagtggagaa
gtcggacctataggtccccctggacccgctggtcctactggatctgttggaaggaggggt
ccaaaaggaaatcaaggtgaacaaggtcctagaggtccggaaggagaaagaggggaaata
ggaagcccgggatcgacaggtccgcaaggaccacaaggatctgaaggaaaagtgggacca
cgaggatacgcaggaccaaaaggtgatgatggtttaccgggacctccaggtgaagcaggt
gctaaaggacttcccggtcccgaaggcgccaaaggtgacactggaccgtctggcttccct
ggagataggggagaacctggtccacaaggagtcaagggtgaacctggtactgatggtcca
gaaggaagcccgggacccccaggttcacctggaccaataggacctattggaaaaccaggt
gaaactggtattccaggaagtcctggcaccgaggggcaacctggtatacaaggaaatcct
ggaaatcctggtgaaaagggtaatatgggtcctaggggacttcaaggggaacaaggtcca
ccaggagcaattggtcctgttggaccagaaggaccccctggtttaaggggactggctgga
ccaactggagatgttggagcacctggtgttatgggaccaatgggtgtaccaggacctagc
ggatcccccggccaacaaggaataaaaggagaaaaggggaataggggagcgaaaggtcat
actggtgatacgggaaatattggaattaaaggagaccaaggcgaaattggaaaacaggga
ccaacaggtccaataggtcctatggggccaaaaggagacacaggtccaattgggcctccc
ggatccaaaggagatgtaggaccggctgggctggctggacttgagggacctctgggccca
aaaggcacggcaggacctgaaggtcgccccggtctacccggccctcccggtgctccagga
cctccaggtcctcccgcgccaatccctcagctaccttctgatctgttcatgtccagtaga
cgaaggcgaagtattgaaactgaatctacggaaaccgctactgaagatagttatgaagaa
gaggaaatcgaatggactcgtgagataatggctggcgtattagcagctcgaggaacgctg
gatgcggcccgccgaccgcgtggtactcgctccaacccagcgctgtcatgcagggactta
cgaacatctcatgctaatttaactgatggtttctactggatagatgctcgtgggggttct
ggacgtcctattaaagtgttttgcgatggccaaagcacctgtttgtacccggaaaatgtc
gatgctgcagctgtgtatttcgatatatcaggacagaagttctcacagcttgatggagga
tatcggataaattacgacagcgaaggttccggcttcatacaaatgcggttcttacgattg
ctatcaactggtgcaagacaaaatttcacttacacgtgtgtcaaaacagttgcaccacaa
agatccgatattcccgtggatctcataaaaaacaaaaaaattaagttgttgggtcaaaac
aattttgagtttaaggagccccagataataaaggatgattgcaaggtaaaattttcgacg
ccattactaaaatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (79)   
   KEGG ORTHOLOGY (1)   
   RefGene (76)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (88)   

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