In the field of dynamic capillaroscopy, measurements of the capillary blood cell velocity (CBV) give significant insight into the human body. For instance, diabetes, hypertension and peripheral arterial occlusive disease all affect CBV. However, the videos used to measure CBV – captured with a microscope – are often displaced in relation to the microscope by small motions of the finger or toe. Stabilisation algorithms are commonly used to reduce this problem, in order to carry out measurements such as CBV using the stabilised video. Artificial capillaroscopy videos were used to compare the stabilisation algorithms Mutual information, Single-step DFT, Block matching and Phase correlation in terms of computational time; RMSE, PSNR and MSE; an...
Direct assessment of capillary perfusion has been prioritized in hemodynamic management of criticall...
We present a new method for determining cellular velocity in the smallest retinal vascular networks ...
We have devised a system for analyzing the temporal coherence of capillary pressure (CP) and capilla...
In the field of dynamic capillaroscopy, measurements of the capillary blood cell velocity (CBV) give...
Capillaries are the smallest vessels in the body which are responsible for delivering oxygen and nut...
Microscopic video images of microcirculation have been used in clinical diagnosis for years, and the...
We wish to assess the performance of an automatic analysis of video sequences of conjunctival vessel...
Abstract: The study of microcirculation is a key factor in the analysis of blood circulatory system....
Oral capillaroscopy is a critical and non-invasive technique used to evaluate microcirculation. Its ...
Microcirculatory aberrations have been implicated as a driving force in the pathogenesis of sepsis a...
In recent years, the development of portable microscopy devices that enable the noninvasive bedside ...
Knowledge of the microcirculatory system has added significant value to the analysis of tissue oxyge...
Abstract Background Imaging of the human microcirculation in real-time has the potential to detect i...
We aim at describing a non-parametric approach to evaluate blood cells velocity in oral capillascopi...
The eye provides a window through which a complete vascular system of arteries, capillaries, and vei...
Direct assessment of capillary perfusion has been prioritized in hemodynamic management of criticall...
We present a new method for determining cellular velocity in the smallest retinal vascular networks ...
We have devised a system for analyzing the temporal coherence of capillary pressure (CP) and capilla...
In the field of dynamic capillaroscopy, measurements of the capillary blood cell velocity (CBV) give...
Capillaries are the smallest vessels in the body which are responsible for delivering oxygen and nut...
Microscopic video images of microcirculation have been used in clinical diagnosis for years, and the...
We wish to assess the performance of an automatic analysis of video sequences of conjunctival vessel...
Abstract: The study of microcirculation is a key factor in the analysis of blood circulatory system....
Oral capillaroscopy is a critical and non-invasive technique used to evaluate microcirculation. Its ...
Microcirculatory aberrations have been implicated as a driving force in the pathogenesis of sepsis a...
In recent years, the development of portable microscopy devices that enable the noninvasive bedside ...
Knowledge of the microcirculatory system has added significant value to the analysis of tissue oxyge...
Abstract Background Imaging of the human microcirculation in real-time has the potential to detect i...
We aim at describing a non-parametric approach to evaluate blood cells velocity in oral capillascopi...
The eye provides a window through which a complete vascular system of arteries, capillaries, and vei...
Direct assessment of capillary perfusion has been prioritized in hemodynamic management of criticall...
We present a new method for determining cellular velocity in the smallest retinal vascular networks ...
We have devised a system for analyzing the temporal coherence of capillary pressure (CP) and capilla...