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EXP001425

Paper

Cell-penetrating peptide-siRNA conjugate loaded YSA-modified nanobubbles for ultrasound triggered siRNA delivery (2015)

Peptide

Penetratin-derived CPP

Sequence: CKRRMKWKK

RNA

siRNA

All experiment fields

Experiment Id EXP001425
Paper Cell-penetrating peptide-siRNA conjugate loaded YSA-modified nanobubbles for ultrasound triggered si
Peptide Penetratin-derived CPP
Delivery Success Class yes
In Vivo Flag yes
Uptake Confirmed yes
Label Confidence high
In Vitro Functional Effect
Endosomal Escape Evidence
Peptide Concentration
Rna Concentration 10 mg/kg c-Myc siRNA (treatment) via tail vein; ultrasound at tumor site
Mixing Ratio N-NB surface: DSPE-PEG2000 (10 molar, total PEGylated lipid 10); DPPC/DSPC/PEGylated lipid = 90/10/10 (molar ratio); perfluorobutane (C3F8) gas core; EE ~85.57%
Formulation Format CPP–siRNA/N-NB (+US)
Formulation Components CPP–siRNA conjugate (disulfide-linked; reducible by cytosolic GSH) in non-targeted nanobubbles; tumor-site ultrasound 1 MHz; Ispta 1 W/cm^2; 10 s on/10 s off for total 60 s
Size Nm 196.00
Zeta Mv
Model Scope in_vivo
Model Type in vivo
Cell Lines Or Primary Cells
Animal Model BALB/c nude mice with MCF-7 xenograft tumors
Administration Route Intravenous (tail vein) + local tumor ultrasound 30 min post-injection
Output Type In vivo functional delivery: tumor growth inhibition and tumor c-Myc silencing
Output Value
Output Units
Output Notes Ultrasound-triggered delivery produced measurable tumor inhibition and c-Myc knockdown, but less effective than YSA-targeted nanobubbles (+US).
Toxicity Notes No significant body weight loss reported.
Curation Notes