Understanding the Workflow for Viral Gene Delivery
Researchers use viral vectors for gene delivery because of their infectious nature and ability to introduce specific genes into a cell. A virus must first be packaged with the gene of interest to be introduced. The virus is then quantified, purified, and finally transduced into the target cell.
FY DIAGNOSTIC & SURGICAL
Anum Blessing, Room # 502. Near Duty Free Shop, BL-7/8
K.C.H.S.U. / Shahrah-e-Faisal, Karachi-75350
Pakistan
Tel: 92-21-34327418, 34388584
Fax: 92-21-3453798
Email: info@fybreeds.com
Website: www.fybreeds.com
MEDITECNO, LDA.
Rua Ilha Santa Maria 123
2775 - 799 Carcavelos.
Portugal
Tel: +351 214 581 723
Fax: +351 214 077 945
Email: info@meditecno.pt
Website: www.meditecno.pt
BIOCIENTIFICA INTERNACIONAL S. de R.L.
Hacienda Vieja, Curridabat, avenida 12 calle 3.
San José,
Costa Rica
Tel: 506 2272-3700
Fax: 506 2272-0460
Email: info@biocientifica.net
RIDACOM LTD.
1 Koloman Str.
1618 Sofia
Bulgaria
Tel: 003592 955 99 98
E-mail: info@ridacom.com
Website: www.ridacom.com
Choosing a Recombinant Virus for Gene Delivery
Recombinant viruses are excellent tools for the introduction of genetic material into host cells. There are many choices, and each viral vector has its place. In order to choose the best viral vector for your research goals, ask yourself the following questions:
-
Do you plan to infect dividing or non-dividing cells?
-
Do you need transient or stable expression of your gene?
-
Are you concerned about a possible immune response from your target cell upon infection?
Thank You For Signing Up
Your information has been been saved.
We appreciate your interest in Cell Biolabs products.
Thank you.