KEGG   Drosophila melanogaster (fruit fly): Dmel_CG4145
Entry
Dmel_CG4145       CDS       T00030                                 
Symbol
Col4a1
Name
(RefSeq) collagen type IV alpha 1, isoform A
  KO
K06237  collagen type IV alpha
Organism
dme  Drosophila melanogaster (fruit fly)
Pathway
dme04382  Cornified envelope formation
dme04512  ECM-receptor interaction
dme04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:dme00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    Dmel_CG4145 (Col4a1)
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    Dmel_CG4145 (Col4a1)
 09150 Organismal Systems
  09158 Development and regeneration
   04382 Cornified envelope formation
    Dmel_CG4145 (Col4a1)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:dme04147]
    Dmel_CG4145 (Col4a1)
   00536 Glycosaminoglycan binding proteins [BR:dme00536]
    Dmel_CG4145 (Col4a1)
Exosome [BR:dme04147]
 Exosomal proteins
  Exosomal proteins of other cancer cells
   Dmel_CG4145 (Col4a1)
Glycosaminoglycan binding proteins [BR:dme00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   Dmel_CG4145 (Col4a1)
SSDB
Motif
Pfam: Collagen C4
Other DBs
NCBI-GeneID: 33727
NCBI-ProteinID: NP_723044
FlyBase: FBgn0000299
UniProt: P08120
Structure
Position
2L
AA seq 1779 aa
MLPFWKRLLYAAVIAGALVGADAQFWKTAGTAGSIQDSVKHYNRNEPKFPIDDSYDIVDS
AGVARGDLPPKNCTAGYAGCVPKCIAEKGNRGLPGPLGPTGLKGEMGFPGMEGPSGDKGQ
KGDPGPYGQRGDKGERGSPGLHGQAGVPGVQGPAGNPGAPGINGKDGCDGQDGIPGLEGL
SGMPGPRGYAGQLGSKGEKGEPAKENGDYAKGEKGEPGWRGTAGLAGPQGFPGEKGERGD
SGPYGAKGPRGEHGLKGEKGASCYGPMKPGAPGIKGEKGEPASSFPVKPTHTVMGPRGDM
GQKGEPGLVGRKGEPGPEGDTGLDGQKGEKGLPGGPGDRGRQGNFGPPGSTGQKGDRGEP
GLNGLPGNPGQKGEPGRAGATGKPGLLGPPGPPGGGRGTPGPPGPKGPRGYVGAPGPQGL
NGVDGLPGPQGYNGQKGGAGLPGRPGNEGPPGKKGEKGTAGLNGPKGSIGPIGHPGPPGP
EGQKGDAGLPGYGIQGSKGDAGIPGYPGLKGSKGERGFKGNAGAPGDSKLGRPGTPGAAG
APGQKGDAGRPGTPGQKGDMGIKGDVGGKCSSCRAGPKGDKGTSGLPGIPGKDGARGPPG
ERGYPGERGHDGINGQTGPPGEKGEDGRTGLPGATGEPGKPALCDLSLIEPLKGDKGYPG
APGAKGVQGFKGAEGLPGIPGPKGEFGFKGEKGLSGAPGNDGTPGRAGRDGYPGIPGQSI
KGEPGFHGRDGAKGDKGSFGRSGEKGEPGSCALDEIKMPAKGNKGEPGQTGMPGPPGEDG
SPGERGYTGLKGNTGPQGPPGVEGPRGLNGPRGEKGNQGAVGVPGNPGKDGLRGIPGRNG
QPGPRGEPGISRPGPMGPPGLNGLQGEKGDRGPTGPIGFPGADGSVGYPGDRGDAGLPGV
SGRPGIVGEKGDVGPIGPAGVAGPPGVPGIDGVRGRDGAKGEPGSPGLVGMPGNKGDRGA
PGNDGPKGFAGVTGAPGKRGPAGIPGVSGAKGDKGATGLTGNDGPVGGRGPPGAPGLMGI
KGDQGLAGAPGQQGLDGMPGEKGNQGFPGLDGPPGLPGDASEKGQKGEPGPSGLRGDTGP
AGTPGWPGEKGLPGLAVHGRAGPPGEKGDQGRSGIDGRDGINGEKGEQGLQGVWGQPGEK
GSVGAPGIPGAPGMDGLPGAAGAPGAVGYPGDRGDKGEPGLSGLPGLKGETGPVGLQGFT
GAPGPKGERGIRGQPGLPATVPDIRGDKGSQGERGYTGEKGEQGERGLTGPAGVAGAKGD
RGLQGPPGASGLNGIPGAKGDIGPRGEIGYPGVTIKGEKGLPGRPGRNGRQGLIGAPGLI
GERGLPGLAGEPGLVGLPGPIGPAGSKGERGLAGSPGQPGQDGFPGAPGLKGDTGPQGFK
GERGLNGFEGQKGDKGDRGLQGPSGLPGLVGQKGDTGYPGLNGNDGPVGAPGERGFTGPK
GRDGRDGTPGLPGQKGEPGMLPPPGPKGEPGQPGRNGPKGEPGRPGERGLIGIQGERGEK
GERGLIGETGNVGRPGPKGDRGEPGERGYEGAIGLIGQKGEPGAPAPAALDYLTGILITR
HSQSETVPACSAGHTELWTGYSLLYVDGNDYAHNQDLGSPGSCVPRFSTLPVLSCGQNNV
CNYASRNDKTFWLTTNAAIPMMPVENIEIRQYISRCVVCEAPANVIAVHSQTIEVPDCPN
GWEGLWIGYSFLMHTAVGNGGGGQALQSPGSCLEDFRATPFIECNGAKGTCHFYETMTSF
WMYNLESSQPFERPQQQTIKAGERQSHVSRCQVCMKNSS
NT seq 5340 nt   +upstreamnt  +downstreamnt
atgttgcccttctggaagcggctgctatacgccgctgtgatcgcgggagcgttagtcggt
gccgacgctcaattttggaagacggctggtacggccggttcgattcaggactccgtgaaa
cactacaatcgaaatgaacccaagttcccaatcgacgacagttacgacattgtagactct
gccggcgtggcgcgcggcgatctgccgcccaagaattgtacggccggatatgcgggctgt
gtgcccaagtgcatagcggagaagggcaaccgtggtctgccgggccctcttggacccacg
ggattgaagggcgaaatgggtttccctggcatggagggaccatctggtgacaagggtcag
aagggtgatcccggcccatacggacagcgtggtgataagggtgagcgcggatcgcctggt
cttcatggtcaggctggtgtacccggagtccagggacccgccggcaatcccggagcccct
ggtatcaacggtaaagacggttgcgacggacaggatggtattcctggcttggagggtcta
tccggaatgcccggacctcgcggatatgccggccagcttggcagcaagggcgagaagggt
gaaccggcaaaggagaacggtgattacgcgaagggcgagaagggtgagcccggttggagg
gggactgccggtttggctggaccacaaggatttcctggagaaaagggcgagcgcggcgac
agtggaccttacggagccaaaggaccccggggtgagcacggtctgaagggagagaagggt
gcctcctgctacggacccatgaagcctggtgcaccgggtatcaagggcgagaagggtgag
cccgcgtcctcgtttcccgtcaaaccgacccacacggtgatgggacctcgcggcgatatg
ggacagaagggagagcctggcctagttggccgcaagggtgagcccggacctgaaggcgac
actggactcgatggacagaagggcgagaagggtctgcccggcggcccaggcgatcgcggt
cgccaaggtaactttggacccccaggatctacaggacaaaagggagatcgtggcgagccg
ggccttaatggtctgcccggtaatcccggacagaagggtgagccaggacgtgctggagcg
acaggtaagcctggtctgctcggtcctccgggaccgccaggcggtggccgtggaacacca
ggacccccgggacccaaaggaccccgcggctatgttggcgcacctggaccccagggatta
aacggagttgatggactaccgggtcctcagggatacaatggacaaaagggaggtgctggt
ctgcccggtcgccccggcaacgagggacctcctggcaaaaagggagaaaagggaaccgca
ggacttaatggaccaaagggatccatcggacccattggacacccaggaccaccgggacca
gagggacagaagggtgacgccggtttgcccggttatggcattcaaggatctaagggagat
gctggcatacctggttatcccggactaaagggtagcaagggagagcgcggcttcaagggc
aatgctggtgctcccggtgactccaagctgggtcgtcctggaactcccggtgccgctggt
gctcctggacaaaagggagacgctggtcgtcccggcactcctggccaaaagggagacatg
ggtatcaagggtgacgtcggcggcaaatgctcatcgtgcagggccggaccaaagggtgat
aagggaacgagcggactgcctggaattcccggaaaggatggcgcacgaggaccgcctgga
gagcgcggatatcccggagagcgtggacacgatggaatcaacggacaaactggaccgcct
ggtgagaagggagaggacggtcgcactggtcttcccggagcaactggagagcctggcaaa
cctgctctgtgcgatttgagtttgattgagccattgaagggtgacaagggttaccctggt
gcgccaggtgcaaagggcgtgcaaggattcaagggagcagaaggtctgcctggtatccct
ggacccaaaggagaattcggtttcaagggtgagaagggtttgagcggagcacccggcaac
gacggaacacccggacgcgctgggcgggacggataccccggaattcccggtcaatccatc
aagggcgagccaggcttccatggaagggacggagcaaagggcgacaagggatcatttggc
cgaagcggcgagaagggagagcccggtagctgtgcgcttgacgaaattaagatgcccgcc
aagggtaacaagggtgagcccggccaaaccggcatgccaggacctccgggagaagacggc
agcccgggagagaggggctataccggattgaagggcaacactggaccacagggacctcct
ggcgttgaaggaccccgcggcttgaatggacctcgcggtgaaaagggcaaccagggcgct
gtcggagtacctggtaatcctggcaaggacggccttcgcggcattcccggacgcaatgga
cagcctggaccgaggggagagcctggtatttcgagacccggccctatgggcccacccggt
ctcaatggtctgcaaggtgagaagggcgaccgtggtccaaccggacccattggttttccc
ggtgccgatggcagtgtgggatatcctggagatagaggcgatgccggtctgcccggagta
tctggacgtcccggaattgttggtgagaagggagacgtgggcccgatcggacccgctggt
gttgccggacctcctggtgttcctggtattgatggtgtgcgtggacgtgatggcgccaag
ggtgagcccggcagtcccggattggtcggcatgcccggtaacaaaggtgaccgtggtgct
cctggaaatgacggacccaagggctttgctggcgttactggtgctcccggaaagcgcgga
cctgctggtattcccggagtttccggtgccaagggtgacaagggcgctactggcttgact
ggcaacgatggacctgtgggaggccgcggtcctccaggtgctcctggactgatgggcatt
aagggtgaccaaggattggcaggcgcccctggacaacaaggactggacggtatgcctggc
gaaaagggtaaccaaggattccccggtctggatggacctcctggtttgcctggagatgcc
tccgagaaaggacaaaagggtgaacccggtccatccggactccgcggcgatacaggtccg
gccggaacgcccggttggccaggagagaagggtttgcccggtctggctgttcacggtcgt
gctggtccgccaggcgagaagggtgaccagggacgcagtggaatcgatggacgagatgga
attaacggcgagaagggtgaacaaggtctgcagggcgtttggggccagcctggcgagaag
ggatctgtcggcgcacctggtattcctggtgctcccggaatggatggtttgcccggcgct
gctggtgctcctggtgctgttggctatcctggtgatcgcggtgacaagggagagcctggt
ctatctggtctgcccggactcaagggtgagactggacccgttggactgcagggcttcacc
ggtgctcctggccctaagggtgagcgcggtattcgtggtcagcccggtcttccggccacc
gttcccgacatccgtggtgataagggatcccagggcgagcgcggctacactggcgagaag
ggcgagcaaggcgaacgaggcttgactggtcctgctggcgtcgctggagcaaagggagat
cgcggattgcagggaccaccaggtgcaagcggattgaacggcattcccggagccaaggga
gacattggtccaagaggcgagatcggttatccaggagttaccattaagggcgagaagggt
ctgcccggtcgcccaggcagaaacggacgtcaaggtcttattggagcacccggcttaatt
ggagaacgtggtctgcctggcttggccggagagcccggcctcgtgggcctgcctggaccc
attggaccagctggcagcaagggagagcgtggtctcgccggcagtcccggacaaccagga
caggatggcttccccggcgcacctggattgaagggagatactggaccgcagggctttaag
ggcgaacgtggtctgaatggcttcgagggacaaaagggagacaagggtgaccgaggactc
caaggaccgtctggactgcccggcttggttggacagaagggagataccggctaccctggc
ttaaatggaaacgatggacctgtcggagctcctggcgagcgcggcttcaccgggcccaag
ggacgcgatggacgcgacggaacaccaggtctgcctggacagaagggtgaaccaggaatg
ctgccaccaccaggacccaagggcgaacctggtcagccgggacgcaatggacctaaggga
gagcccggacgtccgggagagcgtggcttgattggcatccagggtgagcgtggcgaaaag
ggtgagcgcggcctgatcggtgagactggtaacgtgggacgacccggacccaagggagat
cgcggagagccaggcgagaggggatatgagggcgccattggtttgatcggccagaagggt
gagcccggtgctccagcccccgctgctctggactatctcaccggtatcctgattacgcga
cacagtcaatcggaaacggtgcccgcttgctcggctggacacacggaactgtggacgggt
tactccctgttgtacgtcgatggcaatgactatgcccacaaccaggaccttggatccccc
ggatcctgtgtgccacgcttctcaacgctgcccgtactgtcgtgtggtcagaataacgtc
tgcaactacgcctccagaaatgacaagaccttctggctgacaaccaacgccgccattccg
atgatgcccgttgaaaacatcgagatccgccagtacatctcacgttgcgtcgtttgtgag
gcgccggctaatgtgatcgccgtgcacagtcaaacgatagaggtgcccgactgtccgaat
ggctgggagggtctctggattggctacagtttcctcatgcacactgccgtgggcaacggt
ggcggtggacaggcgctgcaatcgcctggctcctgtttggaggacttccgtgcaacgccc
ttcatcgagtgcaacggcgccaagggcacgtgccacttctatgagacgatgacaagcttc
tggatgtacaacctggagtcctcacagccgttcgagaggccacagcagcagacgatcaag
gccggcgagcggcagtcgcatgtgtccaggtgccaggtgtgcatgaagaactcctcgtag

  All links  
Gene (83)   
   RefGene (79)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
3D Structure (2)   
   PDB (2)   
Protein domain (2)   
   Pfam (2)   
All databases (95)   

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