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Novel noninvasive techniques for studying renal function in man
J. C. Romero
,
L. O. Lerman
Nephrology and Hypertension
Research output
:
Contribution to journal
›
Article
›
peer-review
23
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Keyphrases
Non-invasive Method
100%
Renal Function
100%
Intrarenal
100%
Nephron
100%
Renal Artery Stenosis
100%
Functional Alterations
50%
Renal Disease
50%
Kidney
50%
End-stage Renal Disease
50%
Renal Perfusion
50%
Imaging Tools
50%
Renovascular Hypertension
50%
Renovascular Disease
50%
Renal Artery
50%
Renovascular
50%
Novel Imaging
50%
Hypertensive Patients
50%
Contralateral Kidney
50%
Fluid Concentration
50%
Electron Beam Computed Tomography
50%
Renal Perfusion Pressure
50%
Transit Time
50%
Stenosis
50%
Computed Tomography Scanner
50%
Structural Alterations
50%
Regional Function
50%
Regional Hemodynamics
50%
Ischemic Nephropathy
50%
Intratubular
50%
Concentration Function
50%
Renal Blood Flow Autoregulation
50%
Perfusion Pattern
50%
Medicine and Dentistry
Hemodynamic
100%
Non Invasive Procedure
100%
Nephropathy
100%
Kidney Function
100%
Kidney Perfusion
100%
Renal Artery Stenosis
100%
Nephron
100%
Computer Assisted Tomography
50%
Stenosis
50%
End Stage Renal Disease
50%
Renovascular Disease
50%
Renal Artery
50%
Renovascular Hypertension
50%
Contralateral
50%
Kidney Blood Flow
50%
Electron Beam Tomography
50%
Autoregulation
50%