Haemodynamics

An optical brain computer interface for environmental control

Functional Near Infrared Spectroscopy / Brain Computer Interface / Neurophysiology / Near Infrared / Work Environment / Computers / Brain / Humans / Virtual Environment / Hemodynamics / Cerebral Cortex / Brain Computer Interfaces / Female / Real Time Systems / Male / Environmental Control / Three Dimensional Imaging / Neurons / Real Time / Ecological Validity / Computer User Interface Design / Haemodynamics / Oxygen / Success Rate / Signal Detection / Optics and Photonics / Reproducibility of Results / Ease of Use / Equipment Design / Environment / Hemoglobins / Dorsolateral Prefrontal Cortex / Self-help devices / Computers / Brain / Humans / Virtual Environment / Hemodynamics / Cerebral Cortex / Brain Computer Interfaces / Female / Real Time Systems / Male / Environmental Control / Three Dimensional Imaging / Neurons / Real Time / Ecological Validity / Computer User Interface Design / Haemodynamics / Oxygen / Success Rate / Signal Detection / Optics and Photonics / Reproducibility of Results / Ease of Use / Equipment Design / Environment / Hemoglobins / Dorsolateral Prefrontal Cortex / Self-help devices

An optical brain computer interface for environmental control

Brain Computer Interface / Neurophysiology / Near Infrared / Work Environment / Computers / Brain / Humans / Virtual Environment / Hemodynamics / Cerebral Cortex / Near Infrared Spectroscopy / Brain Computer Interfaces / Female / Real Time Systems / Male / Environmental Control / Three Dimensional Imaging / Neurons / Real Time / Ecological Validity / Computer User Interface Design / Haemodynamics / Oxygen / Success Rate / Signal Detection / Optics and Photonics / Reproducibility of Results / Ease of Use / Equipment Design / Environment / Hemoglobins / Dorsolateral Prefrontal Cortex / Self-help devices / Brain / Humans / Virtual Environment / Hemodynamics / Cerebral Cortex / Near Infrared Spectroscopy / Brain Computer Interfaces / Female / Real Time Systems / Male / Environmental Control / Three Dimensional Imaging / Neurons / Real Time / Ecological Validity / Computer User Interface Design / Haemodynamics / Oxygen / Success Rate / Signal Detection / Optics and Photonics / Reproducibility of Results / Ease of Use / Equipment Design / Environment / Hemoglobins / Dorsolateral Prefrontal Cortex / Self-help devices

A computer model of intracranial dynamics

Physiology / Computational Modeling / Carbon Dioxide / Computer Model / Temperature / Arterial Blood Pressure / Real Time / Metabolic rate / Haemodynamics / Blood Flow / Cerebral Blood Flow / Intracranial Pressure / Arterial Blood Pressure / Real Time / Metabolic rate / Haemodynamics / Blood Flow / Cerebral Blood Flow / Intracranial Pressure

Instantaneous assessment of autonomic cardiovascular control during general anesthesia

Anesthesiology / Applied Statistics / Probability / Autonomic Nervous System / Heart rate variability / Humans / Blood Pressure / Cardiovascular research / Anaesthesia / Patient Monitoring / Heart rate / Young Adult / Propofol / General Anesthesia / Mathematical Model / Cardiovascular system / Haemodynamics / Respiratory Sinus Arrhythmia / Healthy Subjects / Adaptive Algorithm / Humans / Blood Pressure / Cardiovascular research / Anaesthesia / Patient Monitoring / Heart rate / Young Adult / Propofol / General Anesthesia / Mathematical Model / Cardiovascular system / Haemodynamics / Respiratory Sinus Arrhythmia / Healthy Subjects / Adaptive Algorithm

Protocolo de monitorización hemodinámica hepática en el trasplante hepático de donante vivo en adultos

Humans / Hemodynamics / Female / Male / Liver Transplantation / Middle Aged / Haemodynamics / Retrospective Studies / Clinical Protocols / Portal vein / Middle Aged / Haemodynamics / Retrospective Studies / Clinical Protocols / Portal vein

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