This website is intended for Medical Professionals only. By using this site you confirm that you are a healthcare professional.

News
Maar Dora Francesco Carelli, University of Milan (12 Dec 2019)
Anastrozole reduces breast cancer rates for ... Queen Mary University of London-led research finds Anastrozole ... (10 Dec 2019)
Taking fish oil tablets for four weeks ... Fish oil supplements can significantly improve ‘night vision’, ... (12 Dec 2019)
Give a Gift this Christmas which gives back The story of medicine is the story of civilization, from an ... (12 Dec 2019)
Elderly people should aim to keep up step ... Just two weeks of inactivity increases body fat and harms ... (12 Dec 2019)
Monday, 25 November 2019 18:14

Optimal recovery from years of inactivity requires focusing on performing resistance exercises rapidly Featured

Rate this item
(0 votes)

 

Several years of hospitalisation, one example of muscle in activity,causes a disproportionate decline in the muscle strength known to affect balance, increase the risk of joint injuries,and hinder movements involved in sports.

That’s according to research from the University of Roehampton, published in Experimental Physiology.Thus, rehabilitation programmes should work to build the strength involved in these types of activities, using typical resistance exercises(e.g., leg press), but with the attention of lifting the resistance as rapidly as possible.

The effects of long-term muscle inactivity (via e.g., sedentary behaviour, hospitalisation,or space travel)have proven difficult to study in a laboratory environment, as there are ethical issues with enforcing prolonged physical inactivity.Previous research has shown that the thigh muscles of individuals with an amputation below the knee are used less during movement and therefore become weak.

Amy Sibley, Neale Tillinand colleagues at the University of Roehampton therefore used below-knee amputees as a model to understand muscular changes that happen with long-term inactivity.Similar changes might happen in the muscles of someone who is hospitalised,sedentary, or travelling in space.

Scientific studies have previously defined two main types of strength:maximum and explosive. Maximum strength is what it sounds like, the maximum capacity of your muscles for producing force. People rarely need to utilise this maximum capacity in daily activities.

Explosive strength is the ability to quickly produce force, and is relevant during many daily activities such as recovering from a loss of balance,avoiding joint injuries, and when playing sports.The researchers showed that when they compared maximum and explosive strength, amputees lost comparatively more explosive strength.

They also found that the muscular changes that accompanied this reduction in strength could not have been anticipated from the typical short-term bed rest studies, and were specific to the type of strength examined.

Therefore,rehabilitation regimens (for amputees or other populations who have experienced inactivity) should be tailored to help them recover explosive strength specifically.

Amy Sibley, first author of the study said:

“This research has exciting potential to help people who have been inactive long-term, due to hospitalisation for example, regain the strength they need for daily activities such as avoiding falls. To achieve this aim, clinicians need to be specific about the type of strength training they use, for example typical resistance exercises (e.g., leg press) should be performed with the intention of lifting the resistance as rapidly as possible.”


Source: Physiological Society, The

Full bibliographic information

Sibley at et al. (2019) The Effects of Long-Term Muscle Disuse on Neuromuscular Function in Unilateral Transtibial Amputees 

Read 102 times Last modified on Wednesday, 27 November 2019 17:31

Latest news

Highlights

Join

Connect with other Medical Professionals on fb in a closed facebook group

Login

Top
We use cookies to improve our website. By continuing to use this website, you are giving consent to cookies being used. More details…