<p>Healthy subjects undergo a hypoxemic challenge, during which systemic and cerebral data is gathered noninvasively. The systemic data is fed into the physiological model, which then predicts expected values of the cerebral signals. The difference between measured and predicted values of these signals is used to construct an objective function, and minimisation of this function is used to reparametrise the model.</p
Figures a)-e) show simulations of a healthy brain’s response to hypoxia, whilst f)-j) show the impai...
The use of a mathematical model of cerebral physiology and metabolism may aid the interpretation of ...
Designing and leveraging ‘high throughput’ aspects of efficient engineering models can increase thei...
Noninvasive approaches to measuring cerebral circulation and metabolism are crucial to furthering ou...
Noninvasive approaches to measuring cerebral circulation and metabolism are crucial to furthering ou...
Noninvasive approaches to measuring cerebral circulation and metabolism are crucial to furthering ou...
Noninvasive approaches to measuring cerebral circulation and metabolism are crucial to furthering ou...
<p>Systemic measurements of mean arterial blood pressure, arterial oxygen saturation and partial pre...
Several techniques have been proposed to estimate relative changes in cerebral metabolic rate of oxy...
AbstractSeveral techniques have been proposed to estimate relative changes in cerebral metabolic rat...
Several techniques have been proposed to estimate relative changes in cerebral metabolic rate of oxy...
Cerebral oxygen delivery is central to the modern intensive care of patients with severe traumatic b...
A typical BrainSignals model can be split into four compartments or submodels. The blood flow submod...
Data collected from a healthy adult during a hypoxia challenge. Systemic data used as model inputs a...
<div><p>Multimodal monitoring of brain state is important both for the investigation of healthy cere...
Figures a)-e) show simulations of a healthy brain’s response to hypoxia, whilst f)-j) show the impai...
The use of a mathematical model of cerebral physiology and metabolism may aid the interpretation of ...
Designing and leveraging ‘high throughput’ aspects of efficient engineering models can increase thei...
Noninvasive approaches to measuring cerebral circulation and metabolism are crucial to furthering ou...
Noninvasive approaches to measuring cerebral circulation and metabolism are crucial to furthering ou...
Noninvasive approaches to measuring cerebral circulation and metabolism are crucial to furthering ou...
Noninvasive approaches to measuring cerebral circulation and metabolism are crucial to furthering ou...
<p>Systemic measurements of mean arterial blood pressure, arterial oxygen saturation and partial pre...
Several techniques have been proposed to estimate relative changes in cerebral metabolic rate of oxy...
AbstractSeveral techniques have been proposed to estimate relative changes in cerebral metabolic rat...
Several techniques have been proposed to estimate relative changes in cerebral metabolic rate of oxy...
Cerebral oxygen delivery is central to the modern intensive care of patients with severe traumatic b...
A typical BrainSignals model can be split into four compartments or submodels. The blood flow submod...
Data collected from a healthy adult during a hypoxia challenge. Systemic data used as model inputs a...
<div><p>Multimodal monitoring of brain state is important both for the investigation of healthy cere...
Figures a)-e) show simulations of a healthy brain’s response to hypoxia, whilst f)-j) show the impai...
The use of a mathematical model of cerebral physiology and metabolism may aid the interpretation of ...
Designing and leveraging ‘high throughput’ aspects of efficient engineering models can increase thei...