Advancing prion diagnostics: full-length human E200K RT-QuIC substrate facilitates prion detection in tear fluid and improves sensitivity in cerebrospinal fluidSusana Da Silva Correia, Inga Zerr, Angela da Silva Correia et al.|Acta Neuropathologica Communications|2026Cited by 1
Additional file 5 of Advancing prion diagnostics: full-length human E200K RT-QuIC substrate facilitates prion detection in tear fluid and improves sensitivity in cerebrospinal fluidSusana Da Silva Correia, Inga Zerr, Angela da Silva Correia et al.|Figshare|2026Cited by 0
Additional file 7 of Advancing prion diagnostics: full-length human E200K RT-QuIC substrate facilitates prion detection in tear fluid and improves sensitivity in cerebrospinal fluidSusana Da Silva Correia, Inga Zerr, Matthias Schmitz et al.|Figshare|2026Cited by 0
Additional file 3 of Advancing prion diagnostics: full-length human E200K RT-QuIC substrate facilitates prion detection in tear fluid and improves sensitivity in cerebrospinal fluidSusana Da Silva Correia, Inga Zerr, Matthias Schmitz et al.|Figshare|2026Cited by 0
Additional file 5 of Advancing prion diagnostics: full-length human E200K RT-QuIC substrate facilitates prion detection in tear fluid and improves sensitivity in cerebrospinal fluidSusana Da Silva Correia, Inga Zerr, Matthias Schmitz et al.|Figshare|2026Cited by 0