Statins Linked to Muscle Pain, But Evidence Is Minimal

My favorite thing about living in America is the choices we get to make everyday. We can choose to get Starbucks or Dunkin. We can choose to ride our bike or take the car. We can choose what type of job we want to work at everyday. These choices also come with responsibility to educate yourself about potential side effects in making the choices we do everyday.

Here’s a great example: “STATINS LINKED TO MUSCLE PAIN, SPRAINS” (read the headline of Reuters Health this morning)

The BREAKDOWN:

I read the article which cites the Journal of American Medical Association–a hefty and well established journal. It represents diagnosis and studies done in the past as well as peer reviews and editorials of today’s medical research.

Today Reuter’s reports that JAMA claims in a recent study that statins are linked to MUSCLE PAIN and SPRAINS/STRAINS.

Unfortunately the evidence is shaky:

For all of us not on Statins (drugs used for high cholesterol levels), 85% reported problems with muscles or joints.

For those of us on Statins, 87% reported problems.

That pretty much sums up this study: nearly everyone has muscular and/or joint pain.

This girl is now Laughing out loud. Cheers.

 

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Snowy Exercise

Think the snow will slow down your exercise? You could be right–but only in the best way possible! Snowshoeing burns about 45 percent more calories than walking or running when done at the same pace and on the same type of terrain.

Don’t have snow shoes? No worries–just walking or running in your regular shoes with clips or without will produce about a 30 percent higher calorie burn. Plus the cold weather challenges your body to maintain an internal homeostasis, further burning calories.

Don’t use a snowy day as an exercise to skip your workout. Use it as a training tool and best yourself next time the street is clear :)

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Wake Up Call: The Importance of Sleep

Rebuilding Mode

Sleep is an essential functional part of being and staying healthy. For athletes, it is a strong factor in performance. Most of the repair and strengthening in your body occurs during stage 4 of the sleep cycle–your deepest sleep. But if you don’t go through all the cycles appropriately, you won’t get to the 4th stage, inhibiting many vital functions needed to repair, restore and strengthen your body.

Stage 1: In the first stage, your muscles relax as you fall asleep.

Stage 2: Five to ten minutes after falling asleep, you enter a deeper slumber and your brain starts to produce chemicals that release hormones.

Stage 3 & 4: These are the deepest and most reparative stages. The body releases growth hormone, which helps repair bone and muscle.

REM Stage: The 5th stage of sleep is vital for pain tolerance and motor skills. It strengthens cognitive and nervous system function.

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According to the National Sleep Foundation, 75% of Americans have problems sleeping and are not getting the recommended 7-9 hours per night our bodies need to recuperate from the daily grind.

Here’s how sleep affects our system:

 

Cellular Repair
Repair for the daily wear and tear on the body is correlated with how much deep sleep you get. If you don’t have a regulated night cycle, you won’t get to the deepest stage of sleep that is required for release of growth hormone. These hormones shift the body’s process to anabolic–where it is able to initiate muscular repair, break down fat and stimulate cell division to replace old or malfunctioning cells.

Digestion and Weight Regulation
It is a digestion regulator, releasing hormones that break down fat to supply energy for tissue repair. Adequate sleep is required for weight management. Sleep deprivation causes hormones like leptin–a hormone that regulates a feeling of fullness–to decrease. You end up feeling hungrier without being satisfied by what you eat, causing you to eat more and gain weight.

Muscle Relaxation
During the night muscles can take a break and relax. Respiratory muscles also relax, resulting in the breathing rate slowing down. During REM sleep, muscles become so relaxed that they actually become temporarily paralyzed, called muscle atonia. When muscles are relaxed, there are less metabolites formed, allowing for additional cellular repair and replenishing.

Immunity
It keeps the immune system in check by releasing hormones that act as messengers, telling the immune system to produce antibodies, kill potentially cancerous cells and decrease inflammation.

Cognitive Function
It also enhances cognitive function by consolidating memory. Storing short term memory to long term memory occurs during sleep through the strengthening of neuronal connections.

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