Tattoo a Good Vehicle for DNA Vaccines
Posted on: Friday, 8 February 2008, 21:00 CST
A tattoo can be more than just a personal statement, it can be a vehicle to deliver DNA vaccines, researchers in Germany found.
Study leader Martin Muller and his team at the German Cancer Research Center, in Heidelberg said tattooing is an invasive procedure done with a solid vibrating needle, causing a wound and sufficient inflammation to prime the immune system. It also covers a bigger area of the skin than an injection, so the DNA vaccine can enter more cells.
The researchers used a coat protein from the human papillomavirus -- the cause of cervical cancer -- as a model DNA vaccine antigen and compared it with standard intramuscular injection.
The tattoo method gave a stronger humoral, or antibody, response and cellular response than intramuscular injection, the study said.
Delivery of DNA via tattooing could be a way for a more widespread commercial application of DNA vaccines, Muller said in a statement.
The findings are published in the journal Genetic Vaccines and Therapy.
Source: United Press International
Related Articles
- Inovio Biomedical Provides Updated Interim Data on Phase I/II Clinical Study of Electroporation-Delivered Prostate Cancer DNA Vaccine at ASGT Annual Meeting
- Hepatitis C Virus DNA Vaccine Shows Safety When Delivered By Inovio Biomedical's Electroporation Delivery System in Phase I/II Clinical Study at Karolinska University Hospital
- VGX Pharmaceuticals Announces DNA Vaccines License Agreement With University of Pennsylvania
- Inovio Biomedical Partner Tripep Files Application for Phase I Clinical Study of Hepatitis C DNA Vaccine
- Single Injection of Vical's Avian Flu DNA Vaccine Provides 100% Protection in Ferrets
- Vical Highlights DNA Vaccine Technology Advances at ASGT Annual Meeting
- In a crisis, creating DNA vaccine could help save lives, slow spread of 'bird flu'
- Developing DNA Vaccines That Call to Dendritic Cells
- DNA vaccination with CD25 protects rats from adjuvant arthritis and induces an antiergotypic response
User Comments (0)

RSS Feeds