Proteins that assemble into intracellular structures
| Foci-forming protein | Biological process |
| Prs4p | 5-phosphoribose 1-diphosphate biosynthetic process |
| Acs1p | Acetate fermentation/acetyl-CoA biosynthetic process/histone acetylation |
| Glt1p | Ammonia assimilation cycle/glutamate biosynthetic process |
| Ssd1p | Cell wall organization/chronological cell aging/replicative cell aging |
| Ura7p | CTP synthesis |
| Hsp42p | Cytoskeleton organization/response to stress |
| Rnr4p | Deoxyribonucleotide biosynthetic process |
| Rnr2p | Deoxyribonucleotide biosynthetic process |
| Psa1p | GDP-mannose biosynthetic process/protein amino acid glycosylation |
| Gln1p | Glutamine biosynthetic process/nitrogen compound metabolic process |
| Dug2p | Glutathione catabolic process |
| Gly1p | Glycine biosynthetic process/threonine catabolic process |
| Gsy2p | Glycogen biosynthetic process |
| Gdb1p | Glycogen catabolic process |
| Gph1p | Glycogen catabolic process |
| Hem2p | Heme biosynthetic process |
| His4p | Histidine biosynthetic process |
| Hek2p | Intracellular mRNA localization/telomere maintenance via telomere |
| Rim20p | Invasive growth in response to glucose limitation/protein processing/proteolysis |
| Sam1p | Methionine metabolic process/S-adenosylmethionine biosynthetic process |
| Sam2p | Methionine metabolic process/S-adenosylmethionine biosynthetic process |
| Hsp104p | Protein folding |
| Ssa1p | Protein folding |
| Sse2p | Protein folding |
| Ssa2p | Protein folding |
| Sis1p | Protein folding |
| Rpn9p | Proteosome assembly/ubiquitin-dependent protein catabolic process |
| Gcd6p | Regulation of translation initiation |
| Sui2p | Regulation of translation initiation |
| Gcd2p | Regulation of translation initiation |
| Gcd7p | Regulation of translation initiation |
| Gcn3p | Regulation of translation initiation |
| Sgt2p | Response to heat (glutamine-rich cytoplasmic protein of unknown function) |
| Thr1p | Threonine metabolic process |
| YAR009Cp | Transposition, RNA mediated |
| YLR143Wp | Unknown |
| YMR253Cp | Unknown |
| Foci-forming protein | Biological process |
| Prs4p | 5-phosphoribose 1-diphosphate biosynthetic process |
| Acs1p | Acetate fermentation/acetyl-CoA biosynthetic process/histone acetylation |
| Glt1p | Ammonia assimilation cycle/glutamate biosynthetic process |
| Ssd1p | Cell wall organization/chronological cell aging/replicative cell aging |
| Ura7p | CTP synthesis |
| Hsp42p | Cytoskeleton organization/response to stress |
| Rnr4p | Deoxyribonucleotide biosynthetic process |
| Rnr2p | Deoxyribonucleotide biosynthetic process |
| Psa1p | GDP-mannose biosynthetic process/protein amino acid glycosylation |
| Gln1p | Glutamine biosynthetic process/nitrogen compound metabolic process |
| Dug2p | Glutathione catabolic process |
| Gly1p | Glycine biosynthetic process/threonine catabolic process |
| Gsy2p | Glycogen biosynthetic process |
| Gdb1p | Glycogen catabolic process |
| Gph1p | Glycogen catabolic process |
| Hem2p | Heme biosynthetic process |
| His4p | Histidine biosynthetic process |
| Hek2p | Intracellular mRNA localization/telomere maintenance via telomere |
| Rim20p | Invasive growth in response to glucose limitation/protein processing/proteolysis |
| Sam1p | Methionine metabolic process/S-adenosylmethionine biosynthetic process |
| Sam2p | Methionine metabolic process/S-adenosylmethionine biosynthetic process |
| Hsp104p | Protein folding |
| Ssa1p | Protein folding |
| Sse2p | Protein folding |
| Ssa2p | Protein folding |
| Sis1p | Protein folding |
| Rpn9p | Proteosome assembly/ubiquitin-dependent protein catabolic process |
| Gcd6p | Regulation of translation initiation |
| Sui2p | Regulation of translation initiation |
| Gcd2p | Regulation of translation initiation |
| Gcd7p | Regulation of translation initiation |
| Gcn3p | Regulation of translation initiation |
| Sgt2p | Response to heat (glutamine-rich cytoplasmic protein of unknown function) |
| Thr1p | Threonine metabolic process |
| YAR009Cp | Transposition, RNA mediated |
| YLR143Wp | Unknown |
| YMR253Cp | Unknown |
Bolded gene names are those proteins that form filaments in addition to foci.