Deconvolution‐based analysis of CT and MR brain perfusion data is widely used in clinical
practice and it is still a topic of ongoing research activities. In this paper, we present a …

Visual Computing for Medicine, Second Edition, offers cutting-edge visualization techniques
and their applications in medical diagnosis, education, and treatment. The book includes …

Purpose Software has a substantial impact on quantitative perfusion MRI values. The lack of
generally accepted implementations, code sharing and transparent testing reduces …

Purpose To compare the diagnostic performance of four tracer kinetic analysis methods to
quantify myocardial perfusion from magnetic resonance (MR) imaging cardiac perfusion …

Purpose To present a modified pharmacokinetic model for improved parameter accuracy
and to investigate the influence of an inaccurate arterial input function (AIF) on dynamic …

Dynamic contrast‐enhanced MRI is used to estimate microvascular parameters by tracer
kinetics analysis. The time for the contrast agent to travel from the artery to the tissue of …

Purpose Intravoxel incoherent motion (IVIM) is a promising technique that can acquire
perfusion information without the use of contrast agent, contrary to the more established …

Purpose To develop a methodology for improved estimation of bolus arrival time (BAT) and
arterial input function (AIF) which are prerequisites for tracer kinetic analysis of dynamic …

Myocardial blood flow can be quantified from dynamic contrast-enhanced magnetic
resonance (MR) images through the fitting of tracer-kinetic models to the observed imaging …

A new dual temporal resolution‐based, high spatial resolution, pharmacokinetic parametric
map** method is described‐improved coverage and spatial resolution using dual …