KEGG   Helobdella robusta: HELRODRAFT_190437
Entry
HELRODRAFT_190437 CDS       T03272                                 
Name
(RefSeq) hypothetical protein
  KO
K06237  collagen type IV alpha
Organism
hro  Helobdella robusta
Pathway
hro04512  ECM-receptor interaction
hro04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:hro00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    HELRODRAFT_190437
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    HELRODRAFT_190437
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:hro04147]
    HELRODRAFT_190437
   00536 Glycosaminoglycan binding proteins [BR:hro00536]
    HELRODRAFT_190437
Exosome [BR:hro04147]
 Exosomal proteins
  Exosomal proteins of other cancer cells
   HELRODRAFT_190437
Glycosaminoglycan binding proteins [BR:hro00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   HELRODRAFT_190437
SSDB
Motif
Pfam: Collagen C4
Other DBs
NCBI-GeneID: 20211594
NCBI-ProteinID: XP_009012334
JGI: Helro1_190437
UniProt: T1FRZ7
Position
Unknown
AA seq 1774 aa
MSLGEKQSAFQENTRYAANECTYCANSGACNCVGEKGSRGYPGDHGYQGSPGPIGARGQT
GIEGPKGERGDRGGDGPQGMKGDRGPTGQPGFSGISGLDGHKGSEGERGQRGYDGCNGTQ
GIAGPPGLGGNNGLPGAAGENGPKGERGEDRFPQKGSKGDMGDRGPPGESGDIGRPGSEG
MNGDQGDPGLTGPKGAKGQQGPKGPPGSTNPFTVEGNPGEQGDPGEPGAPANASTEHING
LPGETGQKGSKGDRGDSGPPASRGDYGWQGDNGRDGEKGLPGLPGGRGNQGEPGPSGGKG
LKGDEGYVGDVGWPGPKGEKGDRGDQGRKGPKGRAGNETPIGECKAGPPGLKGNKGVPGN
LGYTGPKGTKGKPGGPGDRGMPGPPGRDGESRLFGPKGDDGLPGINGNPGSMGSRGLPGD
KGNMGEKGESGRMIPGFPGKPGPNGKEGYPGPKGDKGYPGEPGVDGDSGIDIPGPPGFPG
DKGDVGEVGDPGRNGLPGQLGQPGESGGSCKLCPDGRKGEKGNPGTIGKPGARGIEGLPG
PIGPAGNEGDQGVNGLPGNRGIPGIPGKPGAAGEKGEKGKSSFVKGFPGDQGQKGDAGQP
GPDGKQGAPGQLGPPGPTGPTGFVNDTANYRPISVVFVFRSCLRKSLHNSHFTYFYTYVA
QKRKTFCNRRANDKRKNPKGNPGSPGGGGIPGRIGFPGQKGQVGETGPGRPGAKGEKGNP
GPIGERGSDGEKGFPGVPGLFNGTIAKGEKGPPGMRGLPGPKGSPGRAGEPGDAGYPGVP
GFPGPKGSKGDFGIIGEDGPPGMFGFPGEKGNTGFVGIAGVNGTVGDPGTPGSKGVNGLP
GVLLGQGTCSKGDKGYEGRKGATGEPGPMGSKGDQGEAGPKGNQGYPGISGIKGKDGPPG
ISGGMAIGPKGPKGEPGLPGSKGVRGPTGMKGDPGYPGKSGNPGFPGLKGKSGPPGLQGQ
VGSPGRPGAKGMPGIDASVVYSGDKGDPGLPGTKGMMGSPGSPGLPGLNGLKGSMGEIGF
PGLPGIQGPDEYLTGPPGDDGIPGGYGMKGERGYPGFMGQKGNPGIPGLQGPVGEPGEPG
YFGQKGEKGIAGVPGRGLPGLKGLPGAVGKKGAKGPAGTPGPPGVDGRPGQRGIVGDKGE
FGNPGFSGQPGFPGMKGVKGMTGDVGFPGVPGKKGIPGPSSGRGIDGPKGIQGPQGPQGD
PGFPGDPGQVGIPGVKGSIGPPGLPGMNGAPGRQGEFGSKGAKGSRGNNGAPGLSGPPGQ
LGSPGPLGNPGKPGMPGLKGTKGFPGLPGDQGLSFKGVKGASGKIGIPGRNGLPGDKGNT
GLPGINGLPGEPGNPGFGGRPGDKGDKGNRGDPGVKGDRGLPGLHGSNGFPGQKGVKGQA
GLPGQPGNIGLSGRPGPDGLFGLKGPKGAPGNPGLTGKTGPPGLKGDPGFGGLKGYAGPF
GEVGDQGTKGEPGRVIYRDVPREAPKGDRGNDGLPGQQGYKGVTGQPGFPGSQGPKGKPG
PYGMKGAPGPAGITGPPGTPGAPGDAGYKGPDGLPGKAGSPGLNGQPGFVAALGNTIVRH
SQTEGDPSCPFGLTTLWKGYSLLHLEGHEDASFQDLGKPGSCMRQFNVMPFLHCDATSCE
YTGKGEKSFWLTTATNYTIHPVERNEIQRLISRCVVCEIPTNVLTVHSQDITEPRCPLGW
KALWVGYSFFMHIVHGVSGGGQQLVSSGSCLEDFRVLPFIECVEGKCQFPMNDMSYWMTT
VDVNSQFLTPNSRTLKAGSLRSVISRCSVCSREF
NT seq 5325 nt   +upstreamnt  +downstreamnt
atgagtcttggagaaaagcaatctgcatttcaagaaaatactcgatacgcagcaaacgaa
tgcacatactgtgcaaattctggggcctgtaactgtgttggagagaaaggctctaggggt
tatcctggagatcatggatatcaaggttcacctggaccgattggggccagaggacagaca
ggtattgaaggtcccaaaggagaaagaggtgacagaggaggtgatggcccacagggaatg
aagggagataggggacccacgggtcagccaggtttttcaggcatcagtggacttgatggc
cataaaggaagtgaaggagaacgagggcagagagggtatgatggatgcaatggcacccag
ggtattgctggaccccctggacttggaggaaataatgggctgccaggagcagctggagaa
aatggaccaaagggagagagaggtgaagataggttccctcagaaaggatcaaaaggagat
atgggtgatagaggacctcctggtgagagtggtgacattggacgtcctggttcagaagga
atgaacggtgaccagggagatccaggtctcactggaccaaagggagcaaaaggacaacag
ggacccaaaggaccgccgggttctacaaatccttttaccgtggaaggcaatcctggtgaa
cagggtgatccaggtgagccaggtgcacccgccaacgccagtactgagcatattaacggt
ttgcctggcgaaactggacaaaagggaagcaaaggggatagaggtgattcaggaccgcct
gccagtcgaggagattacggttggcaaggtgataacggtagagatggagagaaaggtctg
cctgggctccctggtggcagaggaaatcaaggggagccaggtccttccggtggcaaggga
ttaaaaggtgacgaaggttatgttggagatgttggctggcctggaccgaaaggagaaaag
ggagatagaggagaccagggcaggaaggggccgaaggggcgggctgggaacgaaacacca
attggtgaatgcaaagctgggcctccgggacttaagggaaacaaaggtgttccaggaaat
ctcggatatacaggaccgaaaggaacaaaaggaaagccagggggtcctggagacagagga
atgccaggtccacctggaagggatggagagtctagattatttggtcctaaaggagatgat
ggtttaccaggtatcaatggcaatccaggaagtatgggttcgagaggactccctggagac
aaaggaaatatgggcgaaaaaggtgaaagtggaagaatgattcctggatttcctggaaaa
cctggtcccaatggtaaggaaggatatcctggaccaaaaggagacaaaggatacccaggt
gaacctggtgttgatggagacagcggaatcgacattcccggtcctcctggatttccaggt
gataaaggagatgtaggagaagtaggtgatccaggtagaaacggactacctggacaactt
ggacaaccaggtgagtcgggtggatcatgcaagctatgtccagacggccggaaaggggaa
aaaggtaatccaggtacaattggaaagcctggtgcaagaggtattgagggacttcctgga
cctattggccctgcaggtaacgaaggagatcagggcgtcaacggtctaccaggaaacaga
ggaatcccgggtataccgggaaaacccggtgcagcaggagaaaaaggtgagaaaggcaaa
tcaagctttgtaaagggctttccaggagaccaagggcagaaaggtgatgcaggtcaacct
ggtccagatggcaagcaaggagctcctggtcaacttggaccacctggaccaacgggaccg
acaggctttgtaaatgacactgcaaattataggccaattagtgtggtttttgtgtttcga
agttgtttgagaaaatcattgcacaactctcattttacttatttttatacatatgttgct
caaaagagaaaaacattttgcaatagaagagccaatgataagcgcaaaaacccaaaaggg
aaccctggatcgccaggtggtggtgggataccaggaaggattggatttcccggtcagaaa
ggacaagttggagaaacgggacctggcagaccgggagcaaaaggagaaaaaggcaatcct
gggcccattggagaaagaggctcagatggagagaaaggatttcccggtgtgccaggtctg
ttcaatggtacgattgccaaaggtgagaaggggccgccaggcatgagaggattgccaggc
cccaagggatctcccggaagagcaggcgagcctggagatgcaggataccctggtgttcct
ggatttcctgggccaaaagggagtaaaggagattttgggattattggagaagatggacct
ccaggcatgtttggttttcctggggagaagggtaatactggttttgttggtatagccgga
gtcaatgggactgttggtgatcctggaactcctgggtctaaaggagtgaatggattgcct
ggagtgctacttggacagggtacgtgcagcaagggagataaaggttatgagggaaggaaa
ggagcgacgggagaacctggccctatgggttctaaaggtgatcaaggagaagctggacca
aaaggtaatcaaggatatccaggtatatccggaataaaaggcaaagatggtccgcctggt
atctccgggggcatggctataggtcccaaaggacccaagggagaacctggattacctgga
tcaaaaggagttagaggtcctactggaatgaagggtgatcctggttatccaggtaaatct
ggaaatccaggatttccagggttaaaaggtaaaagtggacctccaggattacaaggacaa
gttgggtctcccggaagacctggggctaaagggatgcctggaattgatgcttctgttgtt
tattcaggtgataaaggagacccaggtttaccaggaacaaaaggtatgatggggtcaccc
ggttcacctggtcttcctggattaaatggattgaaaggaagcatgggtgaaattgggttt
cctggtttacctggaatacaaggaccagacgaatatttaacaggaccgcctggtgatgat
ggcatccctggaggatatggaatgaaaggagaaagaggatatcctggttttatgggtcaa
aaaggaaacccaggcattcctgggcttcaaggtccagtaggcgaaccaggagaaccaggg
tattttggacagaaaggggagaaaggaatagctggagtgccaggaagaggtttgcctggt
ctgaaaggacttcctggtgcagttggaaaaaaaggagcgaaagggcccgctggtactcca
ggacctcccggggtagatggcagaccaggacaacgtggaatagttggtgataagggtgaa
tttggcaatcctggattcagtggtcaacctggatttcctggaatgaagggagttaaaggt
atgactggagatgttggatttcctggagttccagggaagaaaggtattcccggtccatca
tcgggaagaggcatcgatggaccgaaaggtattcagggacctcagggacctcaaggtgat
cccggtttccctggtgatcctggtcaagtgggaattcccggagtcaaaggatcgattggc
ccacccggcctacctggtatgaacggagctccaggtcgacaaggagaatttggatcaaaa
ggggctaaaggttccagagggaacaatggcgctcctggtctttctggtcctcctggccaa
ctcggttcgcccggtcctctaggaaatcctggaaaacctggcatgcccggtttgaaagga
acaaaaggatttcctgggttaccaggagatcaaggtttgagtttcaaaggtgtcaaaggt
gcttctggaaagatcggaatccctggaaggaatggactgcctggcgacaaaggaaacact
ggtttacccggtattaatggattgcctggagaacctggcaacccaggatttggtggcagg
cctggagataaaggagataaaggaaaccgaggagaccctggtgttaaaggcgatcgagga
cttcctggattgcacggttctaatggatttccaggacagaaaggagtgaaaggtcaggct
ggtttacctgggcagcctggaaacattggattatctggtagacctggtcctgatggattg
tttggcttaaaaggaccaaagggtgcaccaggaaatcctggcctcacgggcaaaacaggt
ccaccgggtttaaagggagatccagggtttgggggactaaaaggatatgctggtcctttt
ggtgaggttggagatcagggtacaaagggtgaaccaggaagagttatttatcgagacgta
ccaagggaagcaccaaaaggagatcgtggaaatgacggcctacccggccaacaaggctac
aaaggggtgactggtcaacctggttttcctggatcacagggtccgaagggaaagccaggc
ccgtatggaatgaaaggtgcaccaggtcctgcaggaatcaccggtccaccaggtacacct
ggagcacctggtgatgctggatataagggccctgatggattgccaggtaaggcagggagt
ccaggtctcaatggacaaccgggcttcgtagcagcactcggtaacaccattgtaagacac
tctcaaactgaaggcgatccgtcatgtccttttggattaacgacgttatggaagggttac
agtttgctgcatcttgaaggacacgaagatgcctcgtttcaggacctcggcaagcctggc
tcttgcatgcggcagttcaacgtcatgccattcctgcattgtgacgcaacatcttgtgag
tacactggcaaaggagaaaaatcgttttggttgactacagccaccaactacactatccac
cctgtcgaaagaaatgaaattcaaagattgatcagtcggtgtgtggtgtgcgagatacct
accaacgtcttaacagttcatagccaagatattacagaacccagatgcccgctgggatgg
aaagctctgtgggttggctacagtttctttatgcacatagttcatggtgtcagcggcgga
ggacaacaactcgtcagttcggggtcgtgcctcgaagatttcagagtgctgccattcata
gaatgcgtggaaggcaagtgtcagttcccgatgaatgatatgagttactggatgacgaca
gtggacgtcaacagtcagttcctcactccaaattctcgaaccctcaaggctggtagtctg
cgcagtgtcatcagcaggtgcagcgtatgcagcagagagttttga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (60)   
   KEGG ORTHOLOGY (1)   
   RefGene (55)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (71)   

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