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Updated: Sep 25, 2026

Improved Home Blood Pressure Control by CT-guided Ozone-mediated Renal Denervation for Patients with Resistant Hypertension
Published on: June 6, 2025
Hypertension after renal transplantation
1Department of Internal Medicine, Ruperto Carola University, Heidelberg, Germany.
With current immunosuppression elevated blood pressure is found in almost 90% of renal graft recipients. Major causes of this finding are impairment of renal function, secondary to chronic allograft nephropathy or (less frequently) recurrence of primary renal disease, the use of calcineurin inhibitors as immunosuppresants, uncontrolled renin secretion by the shrunken kidneys of the recipient, stenos- ing lesions of the transplant artery (or the upstream arteries of the recipient), polycytemia and (genetic predisposition to) hypertension of the graft donor. Even minor degrees of blood pressure elevation have a significant impact on survival of the recipient and on graft survival, presumably by amplifying vascular injury to the graft. In this respect, elevation of systolic blood pressure and an abnormal circadian blood pressure profile are of particular relevance. In contrast to previous opinion, ACE inhibitors are indicated in the treatment, but, given the causal role of sodium retention in graft vasoconstriction, diuretics and calcium channel blockers remain main stays of antihypertensive treatment in the renal allograft recipient.
With current immunosuppression elevated blood pressure is found in almost 90% of renal graft recipients. Major causes of this finding are impairment of renal function, secondary to chronic allograft nephropathy or (less frequently) recurrence of primary renal disease, the use of calcineurin inhibitors as immunosuppresants, uncontrolled renin secretion by the shrunken kidneys of the recipient, stenos- ing lesions of the transplant artery (or the upstream arteries of the recipient), polycytemia and (genetic predisposition to) hypertension of the graft donor. Even minor degrees of blood pressure elevation have a significant impact on survival of the recipient and on graft survival, presumably by amplifying vascular injury to the graft. In this respect, elevation of systolic blood pressure and an abnormal circadian blood pressure profile are of particular relevance. In contrast to previous opinion, ACE inhibitors are indicated in the treatment, but, given the causal role of sodium retention in graft vasoconstriction, diuretics and calcium channel blockers remain main stays of antihypertensive treatment in the renal allograft recipient.
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