ADInstruments Blog

This study investigates cerebral blood flow regulation in professional boxers and finds that repetitive sub-concussive head impact may explain the progressive nature of associated brain injury.

Why does sweat release occur during motion sickness? This study investigates this phenomenon by applying galvanic vestibular stimulation and measuring skin-sympathetic activity

Findings of this study suggest that there is greater flexibility in hypertrophy-specific repetition load ranges than commonly advocated.

Gandolini et al (2012) investigated whether changing running technique or wearing sports shoes might lower the forces exerted on feet and legs during foot-strike.

In biomedical research human diseases are commonly modeled in rodents such as mice. Their small size, however, poses technical challenges for physiological recordings. This study proposes a new method for recording RSNA in awake unrestrained mice.

ADInstruments congratulates Teresa Tang, the 2011 Australian Brain Bee Champion who has won the 2012 International Brain Bee (IBB).

Learn about the 2012 Craw-Fly workshop and techniques covered in the course.

If you regularly take time to enjoy the outdoors then chances are you’ll benefit in a number of ways both mentally and physically. This study explores some of the mechanisms responsible for this in a controlled environment.

Internal anal sphincter muscle tissue was engineered from human smooth muscle cells with a view to investigating viable replacement sphincter tissue for patients with incontinence.

Holt N., Askew G. (2012). Locomotion on a slope in leaf-cutter ants: metabolic energy use, behavioral adaptations and the implications for route selection on hilly terrain. The Journal of Experimental Biology, 215: 2545-2550 Details Customer study highlights Ants – more often associated with...

Cognitive enhancing drugs offer symptomatic relief from mental fatigue and cognitive decline in early-stage brain diseases. This study shows the how a novel cognitive enhancing drug, ST101, exerts its effects on the brain at cellular and molecular levels.

This study reports on findings that lead-toxicity causes Parkinsonian-like symptoms, which were partly explained through changes in neuronal firing patterns in a part of the brain called the subthalamic nucleus.

This study investigated whether EEMD-matched filter signal analysis techniques, applied to visual-evoked potentials, would yield improved information transfer rates that would more easily allow a person's 'brainwaves' to control a small robot car.