FP7-324325 | Adenovirus vector technology: next generation systems for medical therapy

Research cooperation of European industrial and academic partners to develop novel, adenoviral gene therapy based medical approaches to cure heart and vascular diseases, and prevent infectious diseases, partly by applying animal adenoviruses for this purpose.

Period of the research activity: 

2013-2017

Project leader: 
Financial support: 

FP7-324325 (AD-VEC)

The programme involves two industrial and three academic partners with the aim to identify new adenoviral vectors as vehicles in novel medical applications for cardiovascular disease and infectious disease.

This will be achieved through broad knowledge exchange between partners with complimentary and cutting edge technological and in-depth skills relating to adenovirus phylogeny, biology and pathology in order to explore and exploit adenovirus existing in nature as new vectors in areas of unmet clinical need such as cardiovascular disease and infectious disease. Our major objectives of AD-VEC are:

(1) The provision of adenovirus genomes from novel rare human and non-human adenoviruses and engineering of these genomes to develop high quality recombinant adenovirus vectors expressing reporter genes;

(2). To provide detailed evaluation of novel adenovirus vectors with respect to infectivity, receptor usage, tropism, and the interaction with the blood and immune system;

(3). To evaluate these novel vectors at the pre-clinical level in areas of unmet clinical need, both using in vitro and in vivo studies.

These three key objectives will enable excellence in adenovirus research amongst the AD-VEC consortium members through creating a synergistic and unique opportunity in this research field. The synergies are those that cross academic and industrial boundaries and create access to a pipeline of activity that will include basic virology, new assay development, novel preclinical models, pre-clinical manufacture and vector testing. This provides empowerment to the research teams through synergistic industry/academia collaborations developed towards a common goal, i.e. exploiting adenoviruses for medical therapy, while gives an opportunity for us to further characterize the animal adenoviruses.

The characteristic organization of the viral genomes of the members of the four characterized genera.

The characteristic organization of the viral genomes of the members of the four characterized genera.

Figure: Balázs Harrach, 2014, Reference Module in Biomedical Sciences, Elsevier

ad-vec
Further participants and collaborators on the Project: 
Marina Bidin dr. (University of Zagreb, Faculty of Veterinary Medicine, Zagreb, Croatia)
Andrew Baker, Stuart A. Nicklin (University of Edinburgh, Edinburgh, Scotland)
Jerome Custers (Janssen Infectious Diseases and Vaccines, Leiden, The Netherlands)
Menzo Havenga, Angelique Lemckert, Marije Turk, Matthijs Kahlil Groothuizen (Batavia Biosciences, The Netherlands)
Niklas Arnberg (Umeå University, Umeå, Sweden)