resistive exercise

Active resistive exercise is the movement with opposing forces.

The effects of resistive exercise in IOP are less controversial.

Several different studies have shown a significant increase in IOP during or immediately after resistive exercise.

The effects of resistive exercise on the development of ICP remains controversial.

Acute and chronic resistive exercise increase urinary chromium excretion in men as measured with an enriched chromium stable isotope.

While enrolled as a Space Medicine Fellow, Robertson completed a research project where she studied eccentric and concentric resistive exercise countermeasures for space flight.

There are different techniques such as: active assisted exercise, active constrained exercise, active resistive exercise, passive exercise and adaptive exercise.

These machines MIT-Manus, Bi-Manu-Track and MIME make the active resistive exercise possible.

Two other investigations using transcranial Doppler ultrasound techniques showed that resistive exercise without a Valsalva maneuver resulted in no change in peak systolic pressure or ICP.

In October, the American College of Sports Medicine issued a report calling on NASA to put greater emphasis on resistive exercise as a way to promote astronauts' health.

Recently, NASA conducted a study in which a person confined to a bed for four months was able to avoid loss of muscle mass and bone mineral by working out regularly in a program of heavy resistive exercise.

Case reports of rehabilitation programs for patients with PSP generally include limb-coordination activities, tilt-board balancing, gait training, strength training with progressive resistive exercises and isokinetic exercises and stretching of the neck muscles.

NASA is focusing on integrating a model of the advanced Resistive Exercise Device (ARED) currently on board the International Space Station with OpenSim musculoskeletal models of humans exercising with the device.

Alex Altshuler, a mechanical engineer from Foxboro, Mass., won an award for his proposal for a compact aerobic and resistive exercise device, which delivers the proper motions for exercises in space under very limited or zero gravity and meets very specific size and space requirements.

Ruttley's master's thesis was the testing of a novel gravity-independent resistive exercise device, the Constant Force Resistive Exercise Unit (CFREU), which she had developed in collaboration with CSU's AIAA student design team.