Jan 18, 2022 | animal research, electrocardiography, Electrodermal, Life Science Data, physiology, respiration
In physiology and life sciences, researchers rely on a wide range of signals to gather data from humans and animals. These signals provide critical insight into how complex organisms function under a myriad of conditions. However, this wealth of potential data sources can also present a challenge for researchers: choosing the right signals on which to focus their data gathering. For those lacking a background in the disciplines and mechanisms behind these signals, sifting through the available methodology can be overwhelming. The best place to begin is by considering one or a combination of the “Big Three” physiological signals: ECG, EDA, and respiration.
Sep 14, 2021 | electrocardiography, physiology, psychophysiology, respiration
Life is a series of events—some are planned while others catch us completely by surprise. This holds true in the lab where the quality of experiments and data depend on accurately identifying, tracking, and sorting key events as they occur. Events like the introduction of stimuli and a test subject’s reaction directly impact data.
Feb 23, 2021 | Life Science Data, psychophysiology, respiration
This guest post was written by Michael Hogan, BIOPAC’s Southeast Regional Representative. Contact him at michaelh@biopac.com Even trained psychologists can be daunted by the interdisciplinary applications involved with recording objective physiological data....
Dec 11, 2020 | Education, Remote Learning, respiration
A common thread uniting the world community is near-universal agreement that 2020 has been the most challenging year in decades. From young to old, life as we know it has been upended. Virtually everything we have come to take for granted, from employment, to...
Aug 18, 2020 | Exercise Physiology, Life Science Data, respiration, Teaching physiology
The respiratory or pulmonary system performs the important functions of supplying oxygen (O2) during inhalation, removing carbon dioxide (CO2) during exhalation, and adjusting the acid-base balance (pH) of the body by removing acid-forming CO2. All humans and animals...
Apr 16, 2020 | Life Science Data, respiration
There is no sugarcoating it—we are in some very serious times—and will remain so for the foreseeable future. The COVID-19 pandemic has not only captured the focus of the entire world community, it has illuminated shortcomings in the supply chains required for coping...
Recent Comments