Abstract

Background In patients with early onset or drug resistant hypertension (HTN) exclusion of secondary causes with imaging and endocrine testing is recommended. Traditionally a combination of echocardiography, renal ultrasound and renal CT angiography are used to investigate patients. Magnetic resonance imaging (MRI) is the gold standard imaging modality for the quantification of cardiac volumes and masses, with the benefit of being non-invasive and non-ionising. MRI can sensitively screen for renal artery stenosis and accurately evaluate renal artery anatomy. This is of particular relevance in the age of interventional therapies for resistant hypertension such as renal denervation. We proposed that a single MRI visit could provide all the imaging required in the routine evaluation of patients with HTN.

Highlights

  • In patients with early onset or drug resistant hypertension (HTN) exclusion of secondary causes with imaging and endocrine testing is recommended

  • Magnetic resonance imaging (MRI) can sensitively screen for renal artery stenosis and accurately evaluate renal artery anatomy

  • This is of particular relevance in the age of interventional therapies for resistant hypertension such as renal denervation

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Summary

Background

In patients with early onset or drug resistant hypertension (HTN) exclusion of secondary causes with imaging and endocrine testing is recommended. A combination of echocardiography, renal ultrasound and renal CT angiography are used to investigate patients. MRI can sensitively screen for renal artery stenosis and accurately evaluate renal artery anatomy. This is of particular relevance in the age of interventional therapies for resistant hypertension such as renal denervation. We proposed that a single MRI visit could provide all the imaging required in the routine evaluation of patients with HTN. 21% had ≥1 accessory renal artery with 80% of patients anatomically suitable for renal denervation by current European guidelines.

Conclusions
Methods
Results
Coeliac axis stenosis
Full Text
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