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Fechner, H.

( H. Fechner)


cardiomyocyte protein 5cmvpla ad 5cmvplas expression promoter 72 hours infection activity 2 uptake activity effect heart 5cmvpl figure control pl protein antisense serca ad 5anfplas 2 transients serca 2 myocyte 0.05 pl cdna vector ad 5cmvpls 48 hours 5anfpla uptake sarcoplasmic reticulum adenovector level pl mrna induction-by-disease gene therapy ad 5cmvpls cells study sarcoplasmic adenoviral experiment hypertrophy transient bezstarosti k transfer decrease phospholamban rat cardiomyocytes anf promoter cardiovasc res circ res virus reticulum sense plasmid eizema myocardium endothelin ratio pl protein levels fluorescence atpase serca 2 protein van heugten haa inducible anf promoter adenovirus-mediated gene transfer circulation antisense effect 24 hours representative experiment p 0.05 vs hypertrophic dysfunction rat anf promoter 2 affinity heart failure culture control cells university therapy adenoviru fragment




1 Most Recent Publications

Adenovirus-based phospholamban antisense expression as a novel approach to improve cardiac contractile dysfunction: comparison of a constitutive viral versus an endothelin-1-responsive cardiac promoter (Article)
Eizema, K. Fechner, H. Bezstarosti, K. Schneider-Rasp, S. Laarse, A. van der Wang, H. Schultheiss, H.P. Poller, W.C. Lamers, J.M.J.
2000-01-01