Add to ORKGTo obtain the relative kidney uptake and renal transit time thanks to a new deconvolution process of noisy renal time-activity curves using orthogonal polynomialsReconstruction tomographique en tomographie d'émissio
ured with external detectors, has the disadvantage of potential misinterpretation due to incorrect p...
BACKGROUND: The clinical significance of MTT and PTT, determined by deconvolution of renographic cur...
Introduction - The ability to quantify function by Effective Renal Plasma Flow (ERPF) using camera-b...
To overcome, with the help of orthogonal polynomials, the presence of high level of Poisson noise in...
OBJECTIVES: This study aimed to introduce an improved deconvolution technique for Tc-99m-mercaptoace...
Optimised information can be extracted from diuretic renography studies by careful interpretation of...
The study of renal retention function by deconvolution analysis of renographic curves is useful to c...
Background Mean transit time (MTT) within a kidney is given by the integral of the renal activity on...
Background: the aim of this work is to demonstrate that the value of the mean transit time (MTT) obt...
Functional studies are routinely performed to provide quantitative evaluations of renal function. Of...
The renogram (RNG) enables the evaluation of morphology and function of the urinary system. 99mTc-MA...
Deconvolutional analysis (DCA) is useful in correction of organ time activity curves (response funct...
The feasibility of deconvolution depends on many factors, but the technique cannot provide accurate ...
The aim of this study was to assess the importance of deconvolution for the calculation of renal per...
The need to draw regions of interest (ROIs) manually may reduce the convenience and reliability of e...
ured with external detectors, has the disadvantage of potential misinterpretation due to incorrect p...
BACKGROUND: The clinical significance of MTT and PTT, determined by deconvolution of renographic cur...
Introduction - The ability to quantify function by Effective Renal Plasma Flow (ERPF) using camera-b...
To overcome, with the help of orthogonal polynomials, the presence of high level of Poisson noise in...
OBJECTIVES: This study aimed to introduce an improved deconvolution technique for Tc-99m-mercaptoace...
Optimised information can be extracted from diuretic renography studies by careful interpretation of...
The study of renal retention function by deconvolution analysis of renographic curves is useful to c...
Background Mean transit time (MTT) within a kidney is given by the integral of the renal activity on...
Background: the aim of this work is to demonstrate that the value of the mean transit time (MTT) obt...
Functional studies are routinely performed to provide quantitative evaluations of renal function. Of...
The renogram (RNG) enables the evaluation of morphology and function of the urinary system. 99mTc-MA...
Deconvolutional analysis (DCA) is useful in correction of organ time activity curves (response funct...
The feasibility of deconvolution depends on many factors, but the technique cannot provide accurate ...
The aim of this study was to assess the importance of deconvolution for the calculation of renal per...
The need to draw regions of interest (ROIs) manually may reduce the convenience and reliability of e...
ured with external detectors, has the disadvantage of potential misinterpretation due to incorrect p...
BACKGROUND: The clinical significance of MTT and PTT, determined by deconvolution of renographic cur...
Introduction - The ability to quantify function by Effective Renal Plasma Flow (ERPF) using camera-b...