Liposome Encapsulation Services: siRNA,
miRNA, DNA, Proteins
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BOC Sciences provides efficient liposome encapsulation services for your siRNA, miRNA, DNA, and proteins, ensuring safe in vivo delivery.
In vivo siRNA-induced therapeutic gene silencing (RNAi) is achieved by efficiently delivering small RNA molecules, including siRNA, small hairpin RNA
(shRNA), and microRNA (miRNA), into tissues. The use of liposomes for in vivo delivery can protect RNAs/DNA/proteins from degradation and achieve
accurate delivery into cells or tissues for research or therapeutic purposes.
An ideal RNAs vector should have the following three key characteristics for effective systemic delivery
Extend blood circulation time for effective accumulation
Effective penetration into lesion tissue (such as tumors)
Gene carriers should be able to reach target tissues through vascular endothelium and extracellular matrix.
High cellular uptake and effective endosome escape
The gene vector should have high enough cellular uptake and effective endosome escape to allow RNAs release from the endosome, resulting in
high cytoplasmic transmission.
Liposomes are the most widely studied vectors for in vivo delivery of various types of nucleic acids or proteins due to their excellent biodegradability
What We Provide?
BOC Sciences liposome platform uses the latest microfluidics technology and achieves liposome protection of functional siRNA, shRNA, miRNA, mRNA,
plasmid DNA, and protein molecules, providing uniform target particle size and enhancing in vivo delivery efficiency. We design the optimal size for
each liposome to ensure the correct release of active ingredients into cells in the body. We use different liposomes to accommodate different delivery
routes (topical, oral, pulmonary or parenteral).
Customers should provide a lip