Accession | Q2XPP5 |
---|---|
Species | Oryza sativa (indica cultivar-group) [ GR_tax:013682 ] |
Name | Autophagy 8 |
Symbol | APG8 |
Synonyms (0) | |
E.C. Numbers (0) | None |
Gene Names (1) | Atg8 (Autophagy 8) |
Organelle | Not available |
Best Hits To TIGR Rice Gene Models (0) | None [ Click here to generate a BLASTP query ] |
IRGSP/RAP Genes (0) | None |
Source | TREMBL |
GenBank Accessions (1) | ABB77258 |
UniProt Accession (Sequence) | Q2XPP5 |
Cultivar | Zhenxian 97B ( GRIN , IRIS ) |
Comment | Autophagy pathway is a highly regulated process for bulk degradation of proteins and organelles. It has been shown to be essential for differentiation, development and cellular maintenance. ATG8 is an essential protein in the autophagic pathway and undergoes post-translational modification including the C-terminal cleavage. The protein is covalently conjugated to phosphatidylethanolamine (PE) and localizes to autophagosome membranes, which promotes the formation of autophagosome and their delivery to the vacuole for subsequent degradation. Mutation analysis revealed that the conserved Gly117 residue of ATG8 was essential for its characteristic C-terminal cleavage. Protein encoded by another gene Autophagy 4 (Atg4, GR:0101172) interacts with the ATG8 and is involved in its post-translational modification. It is an ortholog of Arabidopsis thaliana gene APG8A/ATG8A (AT4G21980). |
Viridiplantae Green plants -Embryophytes (plants) -Magnoliophytes (flowering plants) -Monocots | Grasses | Rice | Maize | Sorghum | Wheat | Barley | Rye | Oat | Sugarcane   -Dicots | Brassicaceae | Arabidopsis | Fabaceae (Legumes) | Solanaceae | Cucurbitaceae |
Others : Fungi | Metazoa |
3D protein structures : BLink from NCBI |
Pfam (Info) | PF02991; MAP1_LC3 | All Members of this Family | |
---|---|---|---|
Prosite (Info) | Not available | ||
Physio-chemical features | Q2XPP5 | ||
ProtoMap (Info) | Q2XPP5_ORYSA | ||
Feature Type | Residues (From - To) | Evidence | |
Signal peptide | 1 - 16 | Jaiswal-P et al., 2002 |