Searched for: author%3A%22Havenga%2C+M.%22
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document
Kälin, S. (author), Amstutz, B. (author), Gastaldelli, M. (author), Wolfrum, N. (author), Boucke, K. (author), Havenga, M. (author), DiGennaro, F. (author), Liska, N. (author), Hemmi, S. (author), Greber, U.F. (author), TNO Kwaliteit van Leven (author)
Human adenovirus serotype 35 (HAdV-35; here referred to as Ad35) causes kidney and urinary tract infections and infects respiratory organs of immunocompromised individuals. Unlike other adenoviruses, Ad35 has a low seroprevalence, which makes Ad35-based vectors promising candidates for gene therapy. Ad35 utilizes CD46 and integrins as receptors...
article 2010
document
Koudstaal, W. (author), Hartgroves, L. (author), Havenga, M. (author), Legastelois, I. (author), Ophorst, C. (author), Siewerts, M. (author), Zuijdgeest, D. (author), Vogels, R. (author), Custers, J. (author), de Boer-Luijtze, E. (author), de Leeuw, O. (author), Cornelissen, L. (author), Goudsmit, J. (author), Barclay, W. (author), TNO Kwaliteit van Leven (author)
Reverse genetics, the generation of influenza viruses from cDNA, presents a rapid method for creating vaccine strains. The technique necessitates the use of cultured cells. Due to technical and regulatory requirements, the choice of cell lines for production of human influenza vaccines is limited. PER.C6® cells, among the most extensively...
article 2009
document
Verhaagh, S. (author), de Jong, E. (author), Goudsmit, J. (author), Lecollinet, S. (author), Gillissen, G. (author), de Vries, M. (author), van Leuven, K. (author), Que, I. (author), Ouwehand, K. (author), Mintardjo, R. (author), Weverling, G.J. (author), Radošević, K. (author), Richardson, J. (author), Eloit, M. (author), Lowik, C. (author), Quax, P. (author), Havenga, M. (author), TNO Kwaliteit van Leven (author)
Wild-type strains of mice do not express CD46, a high-affinity receptor for human group B adenoviruses including type 35. Therefore, studies performed to date in mice using replication-incompetent Ad35 (rAd35) vaccine carriers may underestimate potency or result in altered vector distribution. Here, it is reported that CD46 transgenic mice (MYII...
article 2006
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Vogels, R. (author), Zuijdgeest, D. (author), van Rijnsoever, R. (author), Hartkoorn, E. (author), Damen, I. (author), de Béthune, M.-P. (author), Kostense, S. (author), Penders, G. (author), Helmus, N. (author), Koudstaal, W. (author), Cecchini, M. (author), Wetterwald, A. (author), Sprangers, M. (author), Lemckert, A. (author), Ophorst, O. (author), Koel, B. (author), van Meerendonk, M. (author), Quax, P. (author), Panitti, L. (author), Grimbergen, J. (author), Bout, A. (author), Goudsmit, J. (author), Havenga, M. (author)
Replication-deficient human adenovirus type 5 (Ad5) can be produced to high titers in complementing cell lines, such as PER.C6, and is widely used as a vaccine and gene therapy vector. However, preexisting immunity against Ad5 hampers consistency of gene transfer, immunological responses, and vector-mediated toxicities. We report the...
article 2003
Searched for: author%3A%22Havenga%2C+M.%22
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