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3 Things You Need To Know About Hip Bursitis

hip bursitis

Hip bursitis – or “trochanteric bursitis” as it’s known in the medical community – is a condition that occurs when small sacs of fluid in the hip joint become inflamed.

hip bursitis

(Image credit: Pexels)

The word “bursitis” comes from bursa – small sacs that sit in the hip joint and allow muscles and tendons to glide over each other smoothly. Evolution baked bursas into our bodies a long time ago to prevent rubbing of internal structures and to give us the freedom to move continually, all day long.

Unfortunately, bursas can become inflamed following excessive exercise and strain, especially those in the hip joint. Trochanteric bursitis is a particular form of the condition where bursas in the region of the trochanter become inflamed. Many middle-aged women who experience hip pain are usually suffering from some form of irritation of this part of the hip bone. You can have inflammation in other bursas of the hip joint, but those around the trochanter appear to be the most naturally disadvantaged.

The following are three things that you need to know about hip bursitis.

#1: The Pain Hip Bursitis Creates Come From Inflammation

The symptoms of hip bursitis are varied, but all relate to pain. People with the condition typically feel pain on the outside of the hip or thigh which worsens during exercise. In some cases, the hip can feel sore to the touch, or when sleeping on the affected side. Typically, the pain worsens at night and can lead to knock-on effects, like insomnia.

The pain of hip bursitis comes from inflammation, the process by which the body responds to a perceived injury. Inflammatory factors rush to the site, causing painful internal swelling and pressure on the surrounding tissue. The purpose of the pain is to prevent you from using your hip joint while the body carries out repair work on the affected site, but that can lead to distress and an inability to do exercise.

#2: Hip Bursitis Has Many Causes

There are several different ways that a person can end up with hip bursitis,” according to Dr Lucas MD.

One of the leading causes of hip bursitis is obesity. When a person becomes severely overweight, the excess weight puts a strain on the hip joint, leading to higher pressure on the interface between tendons and muscles, damaging the protective bursa sacs.

Surgery can also increase the chance of developing the condition. Around five to twenty percent of people who undergo hip surgery experience some form of hip bursitis in the years following. Researchers think that this happens because hip surgery leads different length legs, which over time, put excessive pressure on one hip joint, putting it at a mechanical disadvantage.

Other causes of hip bursitis include poor postures and trauma. People who experience serious hip injuries, for instance, in a vehicle accident, often damage their bursas and go on to develop bursitis.

 

(Image credit: Pexels)

Another leading cause of the condition is performing activities that involve repetitive motion, such as household chores, specific actions at work, or exercise. Repeatedly performing the same operations over and over again can damage the bursa sacs and lead to painful inflammation and injury.

#3: Treatment Of Hip Bursitis Involves Drugs, Physical Therapy And Rest

Treating hip bursitis is complex with a range of therapies on offer.

If you go to your physician about possible hip bursitis, the first thing they’ll recommend is rest. By resting the affected area, you give it time for inflammation to go down and for the site to heal. Doctors may also recommend that you take over-the-counter anti-inflammatory pain medications, such as ibuprofen.

Physicians may then refer those with severe hip bursitis to a physiotherapist. The purpose of the physiotherapist is to help the patient strengthen the joints and muscles in the hip to prevent undue strain on the bursas. Some hip injuries can be the result of a lack of strength in the surrounding tissue.

For people who continue to experience substantial discomfort or difficulty sleeping, doctors may prescribe corticosteroid injections, a type of injection designed to reduce inflammation in the hip directly.

Unfortunately, some people continue to experience pain even after several interventions and many weeks of physio, especially if a mechanical issue is driving the condition. Doctors will often recommend surgery if conditions do not improve with home-treatment over twelve months. Surgery involves either adjusting the hip joint or removing the bursas if nothing can be done to reduce the inflammation.

Overall, hip bursitis is a painful condition. For most people, over-the-counter treatment methods are effective, but for some, the problem doesn’t go away. If you think that you might have hip bursitis, speak with your physician.

Dr Lucas MD

Dr Lucas MD

It is my mission to determine the best strategies to help you accelerate your recovery from injury, prevent chronic disease, and invigorate your musculoskeletal health and fitness.

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Free consultation

free consultation, fitness, bodybuilding, weightlifting, weightloss, sport, training, workout, diet

Until the end of the month I am offering a free consultation. A 15-minute video call where I will answer all your questions about your workouts and diets.

I´m working on a new service and I think this would be a  good first step to get to know how best to implement the apps I´m going to use in this new service: Calendly and GoToMeeting. So I think this is a win-win situation.

Do you have doubts about which training method is best for you? What are the most effective exercises you could do in the comfort of your home? What kind of diet would best suit your pace of life? What foods are sabotaging your results? I will solve any question you have. Do not hesitate and book your free 15-minute consultation.

I think these apps are really easy to use, but I´d really appreciate your feedback.

On the other hand, my fellow bloggers and friends, if you have no questions but want to talk to me and listen to my sweet voice, it will be my pleasure to chat about whatever you want, after 4 years of blogging. I would like to try this in as many countries and with as many people as possible.

I hope you like this initiative and encourage you to participate. Also, feel free to share with any friend of yours that could benefit from this free consultation.

Thank you so much!

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The common causes of muscle pain and how to avoid them in your exercise regimee

A couple of weeks ago, the guys at Bodytonic clinic contacted me because they wanted to expand their health and fitness related blog content. 

Specialist Osteopathy, Pilates, Massage, Health, Beauty and Fitness clinics based in the heart of London, Canada Water SE16, Wapping E1W & Stratford E15 (E20, Zone 2).

They are very nice guys and great professionals, if you have the opportunity because you live near or you travel to London, I recommend that you pay them a visit and enjoy their facilities and services.

For this occasion, they’ve put together an infographic about the common causes of muscle aches and pains in your fitness regime, specifically those which come about as a result of a poorly planned fitness regime.

Obviously, this wouldn´t happen if you´d hire a personal trainer to plan your fitness journey and help you all the way.

The common causes of muscle pain and how to avoid them in your exercise regimee
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Recoup Cold Massage Roller

Recoup Cold Massage Roller

The Recoup Cold Roller provides all the benefits of a traditional Self Myofacial Release (foam rolling) in combination with Cryotherapy (Ice Massage). These two forms of muscle therapy help to decrease inflammation, aid in post workout recovery, and allow specific treatment for areas in need.

By applying the pressure with the cold roller the muscle will release metabolic waste products and toxins which become build up in the muscle after exercising. In addition, Self Myofacial Release impacts the Golgi Tendon Organs and allows the muscle to relax. Once the muscle is relaxed the cold aspect of product allows for a decrease in inflammation.

Product Specs

  • Cold therapy + massage recovery
  • 2 hours in the freezer = 6 hours cold
  • Unscrew blue handle to use ball outside of handle
  • Use anywhere on the body
  • 3.4 oz cooling gel for safe travel
  • Handle free rolling
  • Ball 3.15 in. in diameter (a little larger than a baseball)

Injuries this Treats

  • Shin splints
  • Plantar fasciitis
  • Tight IT bands, quads, hamstrings
  • Neck pain
  • Carpal tunnel
  • Back pain

Benefits

  • Takes down inflamation
  • Faster muscle recovery
  • Lowers cell metabolism, saving energy
  • Helps to prevent tissue death
  • Stops pain
  • After muscles warm increasein blood flow
  • Muscle relaxation
  • Improve tissue recovery
  • Impruve neuromuscular efficiency
  • Regulate production of cytokines
  • Flush out lactic acid
  • Decrease muscle soreness

Regular price is 39.99$ 

If you want to get it just for 32.79$ send me an email to info@chape.fitness and I´ll get you the discount. As easy as that!

(US shipping only)

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Muscle Fiber Types

Muscle fibers
Are you a better distance runner or sprinter? Have you ever wondered why is that so?
 
The answer is simple: muscle fibers.
 
Skeletal muscle is composed of different muscle fibers and these are composed of functional units called sarcomeres. Within each sarcomere are the myofibrillar proteins myosin (the thick filament) and actin (the thin filament). The interaction of these 2 myofibrillar proteins allows muscles to contract.. Each myocyte contains many myofibrils, which are strands of proteins (actin and myosin) that can grab on to each other and pull. 
Muscle fibers

Muscle Fiber Types

There are three types of skeletal muscle cells:
Fiber Type
Contraction Speed
Time To Peak Power
Fatigue
Color
Type I (slow twitch)
Slow
100 milliseconds
Slowly
Red
Type IIA (fast twitch oxidative fibres)
Fast
50 milliseconds
Fast
Red
Type IIB (fast twitch glycolytic fibres)
Very Fast
25 milliseconds
Fast
White
  1. Type I fibers are characterized by low force/power/speed production and high endurance, The slow twitch muscle fibers are more efficient at using oxygen to generate more adenosine triphosphate (ATP) fuel for continuous, extended muscle contractions over a long time. They fire more slowly than fast twitch fibers and can go for a long time before they fatigue. Therefore, slow twitch fibers are great at helping athletes run marathons and bicycle for hours.
  2. Type IIB fibers are characterized by high force/power/speed production and low endurance. These fast twitch fibers use anaerobic metabolism to create energy and are the “classic” fast twitch muscle fibers that excel at producing quick, powerful bursts of speed. This muscle fiber has the highest rate of contraction (rapid firing) of all the muscle fiber types, but it also has a faster rate of fatigue and can’t last as long before it needs rest.
  3. Type IIA fall in between the two. These fast twitch muscle fibers are also known as intermediate fast-twitch fibers. They can use both aerobic and anaerobic metabolism almost equally to create energy. In this way, they are a combination of type I and type IIB muscle fibers.
This range of muscle fiber types allows for the wide variety of capabilities that human muscles display. On average, people have about 50 percent slow twitch and 50 percent fast twitch fibers in most of the muscles used for movement.

Motor Units

Muscle fibers are organized into motor units grouped within each muscle. A motor unit is simply a bundle or grouping of muscle fibers. When you want to move, the brain nearly instantaneously sends a signal or impulse through the spinal cord that reaches the motor unit. The impulse then tells that particular motor unit to contract it’s fibers. 
 
The body recruits the lower threshold motor units first (slow-twitch), followed by the higher threshold motor units (fast-twitch) and continues to recruit and fire motor units until you’ve applied enough force to do whatever it is you’re trying to do regarding movement. When you are lifting something extremely heavy or applying a lot of force your body will contract practically all the available motor units for that particular muscle.
Type I muscle motor units contract less forcefully and a little slower then type II motor units and they reach peak power slower. This is why you can sit and eat all day or play Playstation all day and never get tired!
 
The type II motor units are capable of greater levels of absolute force than type I and also fatigue a lot quicker. Type IIA and IIB are capable of roughly the same amount of peak force, but the IIA fibers take longer to reach their peak power in comparison to type IIB.
 
Fast twitch fibers don’t like high volumes or long durations of work. They don’t even like a high frequency of work. If we go back to our ancestral roots, fast twitch IIB fibers were used only in times of stress situations. These would include running away from a predator, fighting, chasing food, or other brief explosive muscle action. They were only active for a few minutes per day at most. Since they weren’t used often the body had no real need to sacrifice them for a more efficient fiber. Sedentary people are the same way and have more fast twitch IIB muscle than athletes as the use of their fibers is limited and there is no need for their bodies to make more efficient adaptations.

Changing size or fiber type composition

Muscle fibers can adapt to changing demands by changing size or fiber type composition. This plasticity serves as the physiologic basis for numerous physical therapy interventions designed to increase a patient’s force development or endurance. There is evidence that muscle fibers not only change in size in response to demands, but they can also convert from one type to another. This plasticity in contractile and metabolic properties in response to training and rehabilitation allows for adaptation to different functional demands.
 
Fiber conversions between type IIB and type IIA are the most common, but type I to type II conversions are possible in cases of severe deconditioning or spinal cord injury.
 
Less evidence exists for the conversion of type II to type I fibers with training or rehabilitation, because only studies that use denervated muscle that is chronically activated with electrical stimulation have consistently demonstrated that such a conversion is possible.
 
Changes in the muscle fiber types are also responsible for some of the loss of function associated with deconditioning.
Some of the loss of muscle performance (decreased force production) due to aging does not appear to be only due to the conversion of muscle fibers from one type to another, but largely due to a selective atrophy of certain populations of muscle fiber types. With aging, there is a progressive loss of muscle mass and maximal oxygen uptake, leading to a reduction in muscle performance and presumably some of the loss of function (decreased ability to perform activities of daily living) seen in elderly people. Age-related loss of muscle mass results primarily from a decrease in the total number of both type I and type II fibers and, secondarily, from a preferential atrophy of type II fibers. Atrophy of type II fibers leads to a larger proportion of slow type muscle mass in aged muscle, as evidenced by slower contraction and relaxation times in older muscle.
 
Fortunately, physical therapy interventions can affect muscle fiber types leading to improvements in muscle performance. Physical therapy interventions can be broadly divided into those designed to increase the patient’s resistance to fatigue and those designed to increase the patient’s force production.
 
Evidence is lacking to demonstrate that type II fibers convert to type I with endurance training, although there does appear to be an increase in the mixed type I and IIA fiber populations. Researchers have found that type I fibers become faster with endurance exercise and slower with deconditioning.
 
High-intensity resistance training (high-load–low-repetition training) results in changes in fiber type similar to those seen with endurance training, although muscle hypertrophy also plays an essential role in producing strength gains. Initial increases in force production with high-intensity resistance training programs are largely mediated by neural factors, rather than visible hypertrophy of muscle fibers, in adults with no pathology or impairments. Even so, changes in muscle proteins, do begin after a few workouts, but visible hypertrophy of muscle fibers is not evident until training is conducted over a longer period of time (>8 weeks).
 
Although the trends in fiber type conversions are similar for endurance training and resistance training, differences in physiological changes that occur with each type of exercise are also important. Endurance training increases the oxidative capacity of muscle, whereas training to increase force production of sufficient intensity and duration promotes hypertrophy of muscle fibers by increasing the volume of contractile proteins in the fibers.