Reduction of iNOS and eNOS under MMF therapy ≡ reduction of transplant vasculopathy? von Richter, M.H.C

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Different cyclosporine regimens and their influences on transplant vasculopathy von Richter, M.H.C, Schramm, D, Richter, H.R

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Additional VLA 4 blockade increases immunosuppressive properties of cyclosporine a after cardiac transplantation von Richter, M.H.C., Bittner, H., Barten, M., Gummert, J., Mohr, F.

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The effect of CSA, FK506 and MMF on the expression of inducible cell adhesion molecules (iCAMs), transplant vasculopathy and leukocyte infiltration von Richter, M.H.C, Rahmel, A, Bittner, H, Gummert, J, Mohr, F.W

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Reduction of PECAM-1 at graft endothelium after cardiac transplantation is accompanied by the reduction of leukocyte infiltration into the perivascular space of arteries. a compara... von Richter, M.H.C, Kafchitsas, K, Richter, H.R, Gummert, J.F, Mohr, F.W

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Reduction of ICAM-1 and LFA-1 positive leukocytes in myocardium and perivascular space of arteries under MMF therapy reduces rat heart transplant vasculopathy von Richter, M.H.C, Richter, H.R, Olbrich, H.G, Mohr, F.W

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α4β1-integrin blockade and cyclosporine decreases the prevalence and severity of transplant vasculopathy in a rat transplant model von Richter, M.H.C., Wehner, V., Kock, M., Falk, V., Richter, H., Stilz, H.U., Lippek, F., Schollmann, H.J., Gummert, J.F., Mohr, F.W.

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Cyclosporin a does not enhance the development of transplant vasculopathy: experimental study in a rat cardiac transplant model von Richter, M.H.C, Richter, H, Barten, M, Schramm, D, Weinert, M, Gummert, J, Mohr, F.W, Olbrich, H.G

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Angiotensin II type 1 receptor blockade after cardiac transplantation reduced the incidence and severity of transplant vasculopathy in an animal-based study von Richter, M.H.C, Richter, H, Barten, M, Schramm, D, Gummert, J, Mohr, F.W, Skupin, M, Olbrich, H.G

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