The paper presents an experimental study where the distinctness of grey and white matter of an in situ postmortem porcine brain by impedance measurements is investigated. Experimental conditions that would allow to conduct the same experiment on in vivo human brain tissue are replicated
This thesis shows for the first time that Electrical Impedance Tomography (EIT) is able to detect an...
Previously, electrical impedance tomography (EIT) has been used to image impedance decreases in the ...
Electrical bioimpedance spectroscopy is one way to study the electrical properties of biological mat...
The paper presents an experimental study where the distinctness of grey and white matter of an in si...
In this experimental study we demonstrate the influence of contact pressure on porcine postmortem br...
Theoretical and numerical models of brain activity suggest a link between seizures and electrical co...
The dielectric properties of brain tissue such as conductivity depend on several factors including t...
We report on an experimental method to measure conductivity of cortical tissue. We use a pair of 5mm...
Until today, brain tumors especially glioblastoma are difficult to treat and therefore, results in a...
The electrical properties of biological tissues differ depending on their structural characteristics...
Stroke is a severe cerebrovascular disease and is the second greatest cause of death worldwide. Beca...
The electrical properties of biological tissues differ depending on their structural characteristics...
International audienceMost of the literature on the brain impedance proposes a frequency independent...
The ability to perform realtime diagnostics of tissueintraoperatively can greatly enhance the precis...
Acute stroke is a serious cerebrovascular disease and has been the second leading cause of death wor...
This thesis shows for the first time that Electrical Impedance Tomography (EIT) is able to detect an...
Previously, electrical impedance tomography (EIT) has been used to image impedance decreases in the ...
Electrical bioimpedance spectroscopy is one way to study the electrical properties of biological mat...
The paper presents an experimental study where the distinctness of grey and white matter of an in si...
In this experimental study we demonstrate the influence of contact pressure on porcine postmortem br...
Theoretical and numerical models of brain activity suggest a link between seizures and electrical co...
The dielectric properties of brain tissue such as conductivity depend on several factors including t...
We report on an experimental method to measure conductivity of cortical tissue. We use a pair of 5mm...
Until today, brain tumors especially glioblastoma are difficult to treat and therefore, results in a...
The electrical properties of biological tissues differ depending on their structural characteristics...
Stroke is a severe cerebrovascular disease and is the second greatest cause of death worldwide. Beca...
The electrical properties of biological tissues differ depending on their structural characteristics...
International audienceMost of the literature on the brain impedance proposes a frequency independent...
The ability to perform realtime diagnostics of tissueintraoperatively can greatly enhance the precis...
Acute stroke is a serious cerebrovascular disease and has been the second leading cause of death wor...
This thesis shows for the first time that Electrical Impedance Tomography (EIT) is able to detect an...
Previously, electrical impedance tomography (EIT) has been used to image impedance decreases in the ...
Electrical bioimpedance spectroscopy is one way to study the electrical properties of biological mat...