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EXP002461

Paper

Neoantigen-specific mRNA/DC vaccines for effective anticancer immunotherapy (2024)

Peptide

RALA

Sequence: WEARLARALARALARHLARALARALRACEA

RNA

mRNA

All experiment fields

Experiment Id EXP002461
Paper Neoantigen-specific mRNA/DC vaccines for effective anticancer immunotherapy
Peptide RALA
Delivery Success Class no
In Vivo Flag no
Uptake Confirmed yes
Label Confidence high
In Vitro Functional Effect yes
Endosomal Escape Evidence
Peptide Concentration Set by N/P ratio (N/P=10 selected); exact mass/µM not reported
Rna Concentration 2.5 µg mRNA per transfection (DC2.4 in Opti-MEM, serum-free)
Mixing Ratio N/P = 10 (tested 1, 5, 10)
Formulation Format mRNA/RALA polyplex (nanocomplex)
Formulation Components RALA peptide + reporter mRNA (eGFP or mCherry)
Size Nm
Zeta Mv 26.20
Model Scope in_vitro
Model Type in vitro
Cell Lines Or Primary Cells Mouse dendritic cell line DC2.4
Animal Model
Administration Route
Output Type Reporter expression / transfection efficiency; uptake imaging
Output Value Higher GFP/mCherry signal at N/P=10 vs naked mRNA (qualitative; MFI highest at N/P=10)
Output Units
Output Notes Uptake shown by confocal; expression quantified by flow cytometry at 24 h; RALA binds mRNA by gel shift; ζ-potential +26.2 mV at N/P=10
Toxicity Notes CCK-8: N/P=10 least toxic vs naked mRNA, N/P=1, N/P=5
Curation Notes