Microfluidics produces consistent polymer-containing lipopolyplexes
A two-step microfluidics system created ternary nano-scale lipopolyplexes, using polymer choice to determine the lipopolyplexes’ structure, which affects vector size and distribution. This overcomes barriers to manufacturing and creates nonviral vectors for efficient DNA delivery. The post Microfluidics-Manufactured Lipopolyplexes Offer Size Consistency appeared first on GEN - Genetic Engineering The report concerns nonviral delivery, nanocarrier development, formulation, or translation; it does not by itself establish clinical benefit.
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- GEN — Genetic Engineering & Biotechnology News
- Evidence type
- Industry
GEN reports: A two-step microfluidics system created ternary nano-scale lipopolyplexes, using polymer choice to determine the lipopolyplexes’ structure, which affects vector size and distribution. This overcomes barriers to manufacturing and creates nonviral vectors for efficient DNA delivery. The post Microfluidics-Manufactured Lipopolyplexes Offer Size Consistency appeared first on GEN - Genetic Engineering
The report concerns nonviral delivery, nanocarrier development, formulation, or translation; it does not by itself establish clinical benefit. Consult the linked GEN report for the source organisation’s full announcement.
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