Cerebral hemoglobin concentration (blood mass in the brain) is frequently measured in the prefrontal cortex, and systemic arterial blood pressure is known to be a variable factor based on the hemoglobin concentration. A leg pressure cuff was used to constrict and release blood flow to create a measurable event. Using a NIBP100D and a NIRS system, variability in time between when this event measured in the fingers and the brain were measured. Moving forward, these researchers hope to shine light on how noninvasive blood flow recorders can take place of traditional blood pressure measurement methods.
Read the Full Study: Frequency-resolved analysis of coherent oscillations of local cerebral blood volume, measured with near-infrared spectroscopy, and systemic arterial pressure in healthy human subjects (Delliaux S, Delaforge A, Deharo JC, Chaumet G.)
While we wait for the advent of autonomous vehicles, one of the most dangerous events while driving involves merging onto freeways or changing lanes. These researchers investigated methods for predicting the risks involved based on vehicle dynamic data and the driver’s physiological functions. Because this study made use of the 16-channel MP160 Data Acquisition System, subjects were able to have a variety of physiological signals measured simultaneously, including eye movement and heart rate variability.
Read the Full Study: A Driver’s Physiology Sensor-Based Driving Risk Prediction Method for Lane-Changing Process Using Hidden Markov Model (Yan Li, Fan Wang, Hui Ke, Li-li Wang, and Cheng-cheng Xu)
Vascular injuries of the brain and hypertension can cause a certain disorder known as the Hypertensive cerebrovascular crisis. In a trial of a new chemical nerve agent aimed at blocking the neurological channels causing the crisis, researchers utilized the NIBP200 small animal tail noninvasive blood pressure system to measure Systolic BP through rat tails and measure hypertension, effectively measuring the ability of this pharmacological agent to function as intended.
Read the Full Study: New Cerebrovascular agent with hypotensive activity (Galina A. Kim, Tamara S. Gan’shina, Elena V. Kurza, Ilya N. Kurdyumov, Denis V. Maslennikov, Ruben S. Mirzoian)