Abstract Artificial Gravity generated by Short Arm Human Centrifuges is a promising multi-
system countermeasure for physiological deconditioning during long duration space flights …

INTRODUCTION: Human spaceflight is associated with numerous cardiovascular risk
factors. Amongst them, prolonged exposure to microgravity reduces the workload imposed …

Artificial gravity provided by short radius centrifugation is considered a promising
countermeasure to the deleterious physiological effects of microgravity during long-duration …

INTRODUCTION: Real-time cardiovascular imaging during hypergravity exposure has been
historically limited by technological and physical challenges. Previous efforts at sonographic …

With the potential for high precision, dexterity, and repeatability, a self-tracked robotic system
can be employed to assist the acquisition of real-time ultrasound. However, limited numbers …

Humans experience physiological deconditioning during space missions, primarily
attributable to weightlessness. Some of these adverse consequences include bone loss …

Introduction The quality of ultrasound images is dependent on operator skill level. Therefore,
an automated system is required for situations, such as spaceflight, where a trained …

Introduction: This joint US–Russian work aims to establish a methodology for assessing
cardiac function in microgravity in association with manipulation of central circulating …

Intermittent exposure to artificial gravity on a short radius centrifuge (SRC) with exercise is a
promising, comprehensive countermeasure to the cardiovascular and musculoskeletal …

One countermeasure to cardiovascular spaceflight deconditioning being tested is the
application of intermittent artificial gravity provided by centripetal acceleration of a human via …