Figure 1.
CARTs robustly transfect resting NK cells with mRNA. (A) Charge-altering rearrangement and structures of single-lipid and mixed-lipid CARTs. (B) Percentage of transfection of primary resting human NK cells from 3 donors (500 000 cells per well in 100 μL of serum-free RPMI) using L2000, L3000, CART D13:A11, CART O5:N6:A9, or CART BDK-O7:N7:A13. CART/mRNA polyplexes were formulated at a 10:1 charge ratio (+/−, assuming all ionizable cationic groups are protonated). NK cells were incubated with the complexes for 6 hours before analysis by flow cytometry. Error bars represent ±standard deviation. **P < .01, ****P < .0001. n.s., not significant via paired Student t test at the 2-sided P = .05 level.

CARTs robustly transfect resting NK cells with mRNA. (A) Charge-altering rearrangement and structures of single-lipid and mixed-lipid CARTs. (B) Percentage of transfection of primary resting human NK cells from 3 donors (500 000 cells per well in 100 μL of serum-free RPMI) using L2000, L3000, CART D13:A11, CART O5:N6:A9, or CART BDK-O7:N7:A13. CART/mRNA polyplexes were formulated at a 10:1 charge ratio (+/−, assuming all ionizable cationic groups are protonated). NK cells were incubated with the complexes for 6 hours before analysis by flow cytometry. Error bars represent ±standard deviation. **P < .01, ****P < .0001. n.s., not significant via paired Student t test at the 2-sided P = .05 level.

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