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EXP001538

Paper

Intracellular delivery of antiviral shRNA using penetratin-based complexes effectively inhibits respiratory syncytial virus replication and host cell apoptosis (2024)

Peptide

Penetratin (PEN)

Sequence: RQIKIWFQNRRMKWKK

RNA

shRNA plasmid (DNA vector)

All experiment fields

Experiment Id EXP001538
Paper Intracellular delivery of antiviral shRNA using penetratin-based complexes effectively inhibits resp
Peptide Penetratin (PEN)
Delivery Success Class no
In Vivo Flag no
Uptake Confirmed yes
Label Confidence high
In Vitro Functional Effect no
Endosomal Escape Evidence
Peptide Concentration Not reported (prepared at penetratin:plasmid molar ratio 20:1)
Rna Concentration Not reported
Mixing Ratio molar ratio 20:1 (penetratin:plasmid)
Formulation Format noncovalent CPP/DNA complexes (electrostatic)
Formulation Components Penetratin + pGFP-V-RS scrambled shRNA plasmid
Size Nm 164.00
Zeta Mv 8.70
Model Scope in_vitro
Model Type in vitro
Cell Lines Or Primary Cells HEp-2 infected with RSV A2 (MOI 0.1)
Animal Model
Administration Route
Output Type Control (transfection efficiency by GFP; antiviral readouts compared with F-shRNA)
Output Value High transfection efficiency reported for penetratin-scramble (~93.91% at 48 h); no sequence-specific antiviral effect expected/used as negative control
Output Units
Output Notes Scramble control used to demonstrate sequence-specific inhibition by F-shRNA in HEp-2 assays.
Toxicity Notes No significant cytotoxicity vs untreated in HEp-2 (MTT) for penetratin-scramble (20:1 and 25:1) up to 72 h.
Curation Notes