Yoga for Posture Improvement: Hyperkyphosis Carries Similar Risks as Osteoporosis, Research Finds
Article At A Glance
It’s never too late to change your posture, but the older you get, the more you have to swim upstream. So, the best time to improve your posture and prevent Hyperkyphosis from developing is when you’re in your forties, fifties, and sixties. The latest research and health risks of Hyperkyphosis are included here.
Suppose you’re over 40 or spend a lot of time hunched over your cell phone or computer. In that case, chances are that your posture is starting to look increasingly like the person in the image above, and you may want to learn more about yoga for hyperkyphosis.
We all know that poor posture isn’t flattering. However, in reality, posture affects our health and well-being in numerous ways. And one particular posture problem significantly impacts our long-term health and well-being, and medical science is just starting to catch on to this fact.
Here is the one posture problem you rarely hear about but which is well worth paying attention to:
We are talking about forward head posture and its more advanced relative, hyperkyphosis. You may have heard of the new concept of ‘text neck’– which is essentially forward head posture, where our head is forward of the center. In its more advanced stages, forward head posture may develop into hyperkyphosis.
And hyperkyphosis, as we shall see, is the precursor of pretty much any age-related condition you don’t want to have.
New Research Finds that Hyperkyphosis Presents Same Health Risks as Osteoporosis
What is hyperkyphosis, and why should you care? Researchers have become increasingly interested in the health effects of a hyperkyphotic posture in older people in the last few decades. And what they are discovering is pretty remarkable.
You’ve heard about osteoporosis and how important it is to prevent osteoporosis-related loss of bone mass to avoid fractures as you get older. But here’s what you probably haven’t heard: A slumped forward posture—if allowed to mature into the full-fledged hyperkyphosis of old age—puts you at risk for the exact same issues as osteoporosis.
Yes, you heard that right – hyperkyphosis is a risk factor for the same problems as osteoporosis, including a greater risk for vertebral fractures, greater risk of falls, and fall-related fractures. And not only that—it is a contributing factor to a host of other health issues as well.
People with hyperkyphosis are more likely to have difficulty performing simple daily tasks like bathing and washing. They are also more likely to fall and hurt themselves. And all of this, unfortunately, paves the road to the nursing home.
Hyperkyphosis has also been found to be a risk factor for hip, leg, wrist, shoulder, and arm fractures. The risk is greater the more hunched the back is. This risk is independent of bone mass density, which suggests that hyperkyphosis is a separate risk factor for fractures, on par with osteoporosis.
It doesn’t stop there, however. When a person is constantly stooped forward, it puts tremendous pressure on the chest and lung cavity. This, in turn, restricts breathing capacity or creates shortness of breath. The breath is the source of vital, life-giving oxygen to all the cells of the body. In the elderly, shortness of breath leads to a host of health issues, including increased anxiety and depression, reduced happiness, and, again, reduced ability to undertake normal daily functions.
Some researchers claim that shortness of breath is a main factor of general health deterioration in the elderly. Apart from making a person feel miserable, shortness of breath also undermines the body’s vital functions. The elderly who suffer from moderate to severe shortness of breath are more likely to die from cardiovascular or lung disease.
With all of this going on, it’s not a surprise that people with hyperkyphosis die earlier than their peers. Studies have shown that older men and women with a forward-hunched posture have higher death rates; in one study, they had a 44 percent greater rate of mortality.
So why haven’t you heard about this before? Until recently, hyperkyphosis has been flying under the medical radar because it was assumed that it was caused by osteoporosis. Doctors believed that it resulted from tiny fractures of the vertebrae, which in turn caused the spine to collapse forward into a dowager’s hump.
However, recent research shows that hyperkyphosis often develops without vertebral fractures. In fact, about two-thirds of older people with hyperkyphosis don’t have any fractures of the spine.
Only in the last ten years or so have medical researchers started to label hyperkyphosis as an independent medical condition. And while a growing number of studies are coming out on hyperkyphosis and its effects, it’s still not a condition we read about in the everyday media. Unlike osteoporosis, it’s not something that your doctor will check out for you when you go to your regular physical.
However, there’s every bit as much reason to prevent hyperkyphosis as there is to prevent osteoporosis because it has many of the same negative consequences on our long-term health.
Preventing Hyperkyphosis: Start Early
You may be young or middle-aged with no signs of osteoporosis or hyperkyphosis. So why should you worry about this issue at this point in your life? So why should you care?
Well, you should care because the body has taken its shape over the years. The foundation of hyperkyphosis and other posture problems is laid decades before it becomes a visible problem. So, the time to focus on preventing hyperkyphosis is not when you’re 70 or 80 years old and have developed some degree of the condition.
It’s never too late to change your posture, but the older you get, the more you have to swim upstream. So, the best time to improve your posture and prevent hyperkyphosis from developing is when you’re in your forties, fifties, and sixties. Hyperkyphosis isn’t an either-or. It’s a subclinical condition long before it turns into a Dowager’s Hump.
We haven’t heard more about the health issues linked to hyperkyphosis, which has traditionally been thought to be something that developed due to vertebral fractures caused by osteoporosis.
If you take a look at the image below, you’ll see osteoporosis of the spine. You can imagine if one or two of the vertebrae collapsed forward. It will cause the thoracic spine to cave in on itself and create a more collapsed, hyperkyphotic structure. So, treatment efforts generally focus on preventing osteoporosis to avoid vertebral fractures and Dowager’s Hump of hyperkyphosis.
That really changed in 2004. In 2004, a groundbreaking study came out, which was the first to show that increased kyphosis does not necessarily result from vertebral fractures. In other words, hyperkyphosis of the spine is not identical to osteoporotic fractures.
Another study, which looked at almost six hundred women between the ages of 47 to 92 over four years, found that hyperkyphotic posture itself may be an important risk factor for fractures independent of low bone mass density or fracture history.
The increased risk of people in this study was a 70% increased risk of future fracture (of any type) independent of age or prior fracture. The greater the hyperkyphosis, the greater the risk.
Why are people with hyperkyphosis at increased risk for fractures? Well, one reason is that they are more likely to lose their balance and fall. First, you can’t see well and orient yourself to the environment very well if you’re constantly hunched over.
Also, the spine’s range of motion is severely reduced in people with hyperkyphosis. So if they fall, it’s harder to catch themselves, and they just kind of tumble over.
The other health consequence of hyperkyphosis is decreased mobility. People have more difficulty bathing and washing. They have lower scores on what’s called the Timed Up and Go Test, which measures how quickly people get up from a chair, walk ten steps, go back, and sit down. This test is a very reliable predictor for general mobility in older people.
Wendy Katzman, a P.T. at UC SF, who is a leading researcher in this area, notes that this kind of decreased mobility is associated with advancing age, muscle weakness, low bone density, and a history of vertebral fractures. However, distinct from previous studies, she found that hyperkyphosis significantly contributes to mobility impairment, independent of underlying low bone density and vertebral fractures that are often assumed to be causative factors of ill health. So again, hyperkyphosis has many of the same health consequences we work so hard to prevent in people with osteoporosis, but no one is paying attention to this condition.
One of the issues of osteoporosis is that 25% of people who have a hip fracture end up in a nursing home within a couple of years. They lose mobility, and they become unable to take care of themselves. Here again, Wendy Katzman points out you have the same hyperkyphosis issue, and it should be attended to in the same way as we are concerned about osteoporosis.
Why Is No One Paying Attention to the Health Risks Linked to Hyperkyphosis?
We spend a lot of money in our society on tests for low bone mass density and drugs to increase bone mass. But of course, the real risk of osteoporosis is not low bone mass. It is really fractures.
As recent studies show, hyperkyphosis is a separate risk factor for fractures. However, it has been falling under the doctors’ radar so far. No one checks you for the risk of developing hyperkyphosis when you go for your physical. However, if older people with hyperkyphosis are at a 70% greater risk for fractures, this health issue should not be ignored.
There is a growing awareness in society of the health issues linked to forward head posture and hyperkyphosis. However, the medical establishment has little to offer for the condition, both by way of prevention and treatment. So, not surprisingly, there is growing interest in alternative approaches to improving posture, including yoga. Pilot studies have documented the benefits of yoga for hyperkyphosis, and this is an area of research that we can expect growing interest in in the future.