Gene editing with LentiFlash™ particles
Our new lentiviral particle named LentiFlash™ provides an efficient way in editing the genome of any target cells.
Cell differentiation with lentiviral tools
The use of transcription factors allows cell differentiation in different pathways.
The generation or the use of Induced pluripotent stem cells (also known as iPS cells or iPSCs) is also one of the most famous developments in cell differentiation for which several gene transfer techniques can be utilized.
Immunotherapy with lentiviral vectors
Engineered T cells are widely used for therapy development against tumors.
While human and activated mouse T cells are easily transduced with lentiviral vectors, transduction of naive and regulatory murine T cells is a technical challenge, since those target cells are poorly permissive to transfection or viral transduction.
The composition of lentiviral vectors in terms of titer, specific activities and purity are key to successfully transduce murine T cells.
This major technological difference allows to tightly control expression of various modifiers of these cells and thus paves the way to design original tools and develop cell-based cancer treatments.
Do you need a stable or transient gene expression?
Some experiments need integration of the gene of interest in the host cells for a stable expression. For other applications, researchers need fast and transient gene expression.