Transient Expression of Recombinant Small Interfering RNA to mRNA of \[\delta-Isoform\] Human Protein Kinase C in Lactuca Sativa Biomass




Plant expression system, Transient expression, Lactuca sativa, Recombinant small interfering RNA, Delta isoform of human protein kinase C


Background. The perspective of research of small interfering RNA (siRNA) application in medical practice was proved by its efficiency of chemically synthesized siRNA in the experiment in vitro. The high cost of RNA production through chemical synthesis determines the importance of searching the biotechnological methods of obtaining these compounds. A promising area of biopharmaceuticals creation is a combination of active pharmaceutical substances with innovative tools of delivery, such as bio-encapsulation in plant cells.

Objective.The aim of the paper is testing of capabilities and efficiency of transient expression of the gene encoding the small interfering RNA to mRNA


 of human protein kinase C \[(anti-PKC\delta)\] in edible raw plant biomass of lettuce Lactuca sativa.

Methods. Obtaining the biomass which accumulates anti-PKCd small interfering RNA molecules was carried out by the method that was developed by our research group for the expression of genes encoding recombinant proteins. Evaluation of small interfering RNA accumulation was performed by a reverse transcription method with the subsequent Real-Time Polymerase Chain Reaction (PCR).

Results. The level of accumulation of target product is 22 fmol/g of lyophilized plant biomass.

Conclusions. The method of transient expression allows obtaining the lettuce Lactuca sativa biomass, which contains small interfering RNA recombinant anti-PKCd (detected by a reverse transcription method with the subsequent Real-Time PCR).


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How to Cite

Peterson A, Dosenko V, Bidiuk V, Korshevniuk M, Linovytska V, Kuchuk M. Transient Expression of Recombinant Small Interfering RNA to mRNA of \[\delta-Isoform\] Human Protein Kinase C in Lactuca Sativa Biomass. Innov Biosyst Bioeng [Internet]. 2017Dec.19 [cited 2024May20];1(1):4-10. Available from: