Pulled hamstring

Fascia: the most neglected part of our body is finally starting to receive attention

Retrieved on: 
Saturday, December 30, 2023

However, there is also a growing interest in one element of our anatomy that is often overlooked: our fascia.

Key Points: 
  • However, there is also a growing interest in one element of our anatomy that is often overlooked: our fascia.
  • Fascia is a thin casing of connective tissue, mainly made of collagen – a rope-like structure that provides strength and protection to many areas of the body.
  • It surrounds and holds every organ, blood vessel, bone, nerve fibre and muscle in place.
  • It is hard to see fascia in the body, but you can get a sense of what it looks like if you look at a steak.

When fascia gets damaged

  • Injury to fascia takes a long time to repair, probably because it possesses similar cells to tendons (fibroblasts), and has a limited blood supply.
  • Recently, fascia, particularly the layers close to the surface, have been shown to have the second-highest number of nerves after the skin.
  • Up to 30% of people with musculoskeletal pain may have fascial involvement or fascia may be the cause.

Fascia in disease

  • Aside from getting damaged, fascia can also provide paths that infections can travel along, within muscles.
  • This is a particular problem in the neck, where there are several layers of fascia for infections to travel along.
  • Fascia can also be implicated in more serious health conditions, such as necrotising fasciitis.

We can see it better now

  • One reason fascia has been overlooked in health and disease is because it was difficult to see using current imaging technology.
  • More recently, though, MRI and ultrasound imaging have been shown to be beneficial in visualising fascia, particularly in musculoskeletal conditions such as plantar fasciitis, and pathological changes in the fascia of the shoulder and neck.


Adam Taylor does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.

GENEFIT, the First-Ever Fitness Technology to Integrate Personal Genetics with Wearable Tracker Data, Launches to the Public

Retrieved on: 
Tuesday, December 12, 2023

SEATTLE, Dec. 12, 2023 /PRNewswire/ -- GENEFIT (GENEs First Integrated Technologies), powered by 3X4 Genetics, announces today the public-facing launch of its revolutionary, patented modifier technology that integrates genetic data with training data from wearable devices to give personalized, gene-informed sports performance metrics and goal-based training plans. In an industry dominated by stats and metrics, there has never before been a way to tap into genetics to target specific strengths and weaknesses in a training plan. By combining genetic pathway analysis, advanced exercise physiology and artificial intelligence, GENEFIT makes fitness data truly personalized to the individual.

Key Points: 
  • By combining genetic pathway analysis, advanced exercise physiology and artificial intelligence, GENEFIT makes fitness data truly personalized to the individual.
  • "With GENEFIT, we've finally found a way to quantify this integral part of an individual's sports performance and integrate it seamlessly into daily training regimens.
  • A first in the health & fitness space, GENEFIT alerts users when they are at risk of an injury.
  • GENEFIT also offers enterprise solutions for elite sports organizations, providing practical performance insights for coaching staff and athletes alike.

Three rules for adding weight to your backpack that will boost the benefits of exercise

Retrieved on: 
Friday, September 29, 2023

But if you’re looking to give your daily walks a boost, you might want to give “rucking” a try.

Key Points: 
  • But if you’re looking to give your daily walks a boost, you might want to give “rucking” a try.
  • Rucking is a military term used to describe a march or hike with weight.
  • Rucking blends strength training and aerobic exercise, which means it can have many benefits to both physical
    and psychological health – particularly if done outdoors.

Helps with weight management

    • The amount of additional calories you’ll burn while rucking compared to walking will vary depending on a variety of factors – including fitness level, age and the weight you’re carrying.
    • This can be particularly beneficial for those who are looking after their weight or hoping to improve their overall physical fitness.

Better mental wellbeing

    • Research shows that exercising outdoors can have a profound effect on mental wellbeing.
    • Read more:
      Ecotherapy aims to tap into nature to improve your wellbeing

      Bringing a friend along may boost these mental health benefits even further – with the added bonus of lowering blood pressure.

Builds stronger bones

    • Improving bone mineral density can make doing day-to-day activities (such as carrying your shopping) easier.
    • As bone density declines with age, preserving it is vital for reducing age-related fractures and falls.

Before you begin

    • Because the exercise combines additional weight often with uneven hiking terrain, this may also make it riskier than other workouts.
    • Studies have found that in soldiers, rucking can result in back pain, lower body stress fractures (such as shin splints), blisters and knee pain.
    • This is probably due to the way your running and walking posture changes when additional weight is introduced.

1. Add load gradually

    • Others, however, have reported participants experience discomfort carrying 20% of their bodyweight when exercising for more than an hour.
    • You should also add distance gradually before your increase the amount of weight in your bag.

2. Keep it short

    • So it’s best to plan a short route those first few times and build up gradually.
    • Start with one to two sessions per week, aiming to eventually build up to the recommended 300 minutes of moderate intensity activity per week.

3. Choose the right kit

    • To make choosing a backpack easier, many companies have even designed specialist packs with weighted plates or sandbags.
    • As with any new workout regime, it’s always recommended you consult your GP to see if it’s right with you.

Orthopedic implants market to grow by USD 14.0616 billion from 2022 to 2027 | The increasing incidence of knee injuries to boost market growth - Technavio

Retrieved on: 
Friday, September 1, 2023

The increasing incidence of knee injuries is the key factor for the growth of the market.

Key Points: 
  • The increasing incidence of knee injuries is the key factor for the growth of the market.
  • Some common knee injuries include muscle strains, sprains, broken bones, dislocation, meniscus tears, bursitis, overuse injury, trauma, or tear of the posterior cruciate ligament (PCL).
  • Thus, the increasing number of knee injuries is expected to drive the need for orthopedic treatment which, in turn, will fuel the growth of the orthopedic implants market during the forecast period.
  • These regulations are having a negative impact on the market growth and are expected to impede the growth of the orthopedic implants market during the forecast period.

Juntendo University Research: The Genetics of Muscle Injuries

Retrieved on: 
Wednesday, September 19, 2018

Muscle injury, and in particular hamstring strain, is the most common sports injury, and muscle stiffness is one of the risk factors associated with it.

Key Points: 
  • Muscle injury, and in particular hamstring strain, is the most common sports injury, and muscle stiffness is one of the risk factors associated with it.
  • The general conclusion is that ESR1 rs2234693 polymorphism is associated with both muscle injury and muscle stiffness.
  • In particular, the C allele is associated with protection against muscle injury and lower muscle stiffness, whereas the T allele is not.
  • Today, Juntendo University continues to pursue innovative approaches to international level education and research with the goal of applying the results to society.