Osteoporosis Exercises
Did you know Galileo Galilei, the “father of modern science,” laid the foundation for understanding the link between exercise and bone health over 300 years ago?
The renowned Italian astronomer and physicist noted that body weight and bone size are directly related in 1683. But it wasn’t until 200 years later that German anatomist Julius Wolff expanded on Galileo’s theory. Wolff discovered that mechanical stresses applied to bone influence their strength. Which is just a scientific way of saying exercise makes your bones stronger!
Fast forward to the modern day, and we know that exercise is a crucial component of maintaining healthy bones and avoiding osteoporosis. See, regular exercise puts stress on your bones which helps them become denser and stronger. Plus, exercise combats age-related muscles loss (a condition called sarcopenia) which helps to keep you on your feet and avoid fall-related fractures!
So read on to discover the best type of exercises for osteoporosis and how to incorporate them into your routine safely.
The Best Types of Exercises for Osteoporosis
It’s important to exercise regularly because it’s super beneficial to your overall health! Regular exercise can help you:
- Keep your heart and circulatory system healthy
- Maintain a healthy body weight
- De-stress and aid sleep
- Support your bone health
Now, as you know, there are hundreds of ways to exercise and reap the benefits listed above. But when it comes to supporting your bone health, there are two types of exercise in particular that stand above the rest. Our Content Manager and Fitness Lead (ACE Certified Personal Trainer), Monica Lam-Feist, explains what they are in the video below. And we have more in-depth information on the rest of this page too:
1.Weight-Bearing Exercise
Weight-bearing exercise is one of the best exercises you can do to strengthen your bones! See, a weight-bearing exercise is an activity that you do while on your feet, so your bones and muscles are forced to work against gravity to keep you upright. Doing weight-bearing activities places stress on your bones, in a good way, which helps them become stronger and increases your bone mineral density.
Now, there are two types of weight-bearing exercise you need to know about; high-impact and low-impact.
High-impact weight-bearing exercises include:
- Running/jogging
- Hiking
- Dancing
- Gardening (for example: mowing the lawn, planting and digging actions, and carrying compost bags)
- Playing tennis or other racquet sports
- High-impact aerobics
- Jumping rope
- Climbing stairs
- Playing soccer
Some people may struggle with the intensity of high-impact exercises right away. So try one of the following low-impact weight-bearing exercises to get started:
- Brisk walking
- An elliptical machine
- Low-impact aerobics
- A stair-step machine
- Tai chi**
- Yoga**
- Pilates**
- Gentle dancing
**There are times during yoga and Pilates when you perform exercises while lying or sitting on the floor. In these instances, while these exercises may be strenuous, they’re no longer weight-bearing exercises as the floor is supporting you. These would be considered non-weight-bearing, which we’ll discuss shortly.
A word on non-weight-bearing exercise:
As you can tell from the name, non-weight-bearing exercises don’t involve supporting or bearing your own weight. Now, as far as osteoporosis and bone strength are concerned, non-weight-bearing exercises aren’t as beneficial as weight-bearing exercises. But that’s not to say that they aren’t helpful at all.
Non-weight-bearing exercises still provide the overall health benefits we listed above, and can help improve your posture and flexibility. Both of which can improve your balance and reduce your risk of taking a tumble and fracturing a bone! Plus, they’re great additions to an osteoporosis exercise regimen and can be the perfect starting point for people who can’t begin with weight-bearing exercise straight away because of limitations like:
- Limited mobility
- Weak or brittle bones that may fracture easily under stress
- Joint pain, which makes weight-bearing exercise uncomfortable
Non-weight-bearing exercises include:
- Cycling
- Seated stretching
- Seated exercises (like certain poses during yoga or Pilates)
- Paddling a canoe or kayak
- Swimming/water therapy
2. Muscle-Strengthening Exercise
The second superstar osteoporosis exercise category is muscle-strengthening exercise. This type of exercise is also known as resistance exercise and involves working your muscles against an opposing force. The opposing force could be a dumbbell, a resistance band, or even your own body weight.
You may be picturing a bodybuilder right now, but don’t worry! Muscle-strengthening exercises don’t require heavy weights to be beneficial for your bone health. You see, the skeletal and muscular systems are tightly intertwined. The strongest mechanical forces on your bones are those created by muscle contractions. And these muscle contractions condition your bone density, strength, and microarchitecture (the internal structure of your bones.)
Plus, increasing your muscle strength will help you prevent sarcopenia (we’ll cover this a little further down the page) which will make you sturdier on your feet and less likely to suffer a fall!
Muscle-strengthening exercises include:
- Lifting free weights
- Using weight machines
- Resistance exercises (using bands or tubes)
- Bodyweight exercises (like squats and push-ups)
- Functional movements (like standing and rising up on your toes)
The best exercise regimen for osteoporosis and bone health will incorporate both weight-bearing and muscle-strengthening exercises. You don’t need to embark on an olympian exercise schedule, but do try to dedicate a bit of time each week to exercises like the ones we’ve listed above.
To help you get started, we’ve got a whole host of exercise tutorials that cover weight-bearing, muscle-strengthening, and non-impact exercises. In the “Full Workouts” section of the list below, you’ll find video walkthroughs of entire Yoga, Tai Chi, Barre and Pilates sessions led by qualified teachers/instructors. And in the “Area- Specific Exercises” section you’ll find dedicated exercises for specific areas of your body along with short video tutorials and instructions. Just click the exercise you want to do to get started!
Full Workouts
Barre – Barre draws on a combination of ballet, Pilates and yoga concepts. And it utilizes them in a series of movements to help improve your range of motion, strength, and flexibility. All of which are great for your bones too! Check out our “Barre for Bone Health page for 5 Barre workouts” here.
Pilates – Pilates is a great addition to any exercise regimen. The range of movements involved in Pilates strengthen your entire body, align your joints, and promote mental focus. Check out our 7-part Pilates workout series here.
Tai Chi – Tai chi is a full mind and body practice. Studies show that regular Tai Chi can slow bone loss and help improve balance, reducing the risk of a fall. Check out everything you need to know to get started with Tai Chi here!
Yoga – Improve your balance, muscle strength, range of motion and general coordination with yoga! Plus, relieve stress and anxiety while you’re at it. Our “Ultimate Guide to Yoga for Osteoporosis” is the perfect place to start.
Area-Specific Exercises
Hip-strengthening exercises – Hip fractures are one of the most common fractures of all. In fact, there are 1.6 million hip fractures worldwide every year! But, hip fractures— like all fractures— are largely avoidable. These exercises are designed to improve your hip strength and the muscles surrounding them!
Spine exercises – Anyone who’s had a Dual Energy X-Ray Absorptiometry (DEXA) scan will know the spine is one of the places that bone density is measured. Try these exercises and see if you have an improved score at your next DEXA scan. Plus, reduce your risk of vertebral fractures while you’re at it! After all, with 700,000 every year in the United States alone, vertebral fractures are the most common osteoporosis-related fractures!
Shoulder-strengthening exercises – Your shoulders are integral to performing everyday tasks and maintaining your independence. So try these shoulder exercises to keep yours strong!!
Foot-strengthening exercises – Support your feet and they’ll support you! These foot-strengthening exercises will help keep you upright and ease any structural issues too.
Wrist and forearm exercises – If you were to take a tumble, what would you use to try to break your fall? Your wrists and forearms! So make sure they’re strong enough to withstand the impact. After all, it’s better to be safe than sorry.
Posture exercises – Your posture actually represents both the cause and effect of osteoporosis. As the bone density in your spine starts to decrease, you’ll start to see humped shoulders and a stooped posture. This can lead to pain and inactivity which can further your bone loss. So get ahead of the game by trying these posture exercises!
Aquatic exercises – Discover some non-weight-bearing exercises you can do in the swimming pool. Aquatic exercises are perfect for those who are just starting out with osteoporosis exercises.
Resistance band exercises – Resistance band exercises are a great way to do weight-bearing and muscle-strengthening exercise at the same time. Plus, you can do them pretty much anywhere.
Planking exercises – Workout your core muscles with these planking exercises to improve your mobility and balance.
Balance exercises – Try these simple balance exercises to feel confident on your feet.
The Benefits of Exercise for Your Bone Health
When it comes to bone health and osteoporosis specifically, exercise provides the following benefits:
Combats Sarcopenia
A little earlier, we mentioned that increasing your muscle strength will help you prevent sarcopenia. Sarcopenia is a common condition associated with aging where you start to lose your muscle mass and replace it with fat. The exact amount of muscle loss varies from person to person, but recent research suggests that the average rate of loss for people over 70 is 0.5-1% per year.
As you can imagine, losing muscle mass means you become weaker. Plus, it further affects the decline in balance associated with aging. And this significantly increases the risk of fracturing a bone from a fall!
What’s more, a decrease in muscle strength leads to a decrease in bone strength too. The skeletal and muscular systems are tightly intertwined and the strongest mechanical forces on your bones are those created by muscle contractions. These muscle contractions condition your bone density, strength, and microarchitecture (the internal structure of your bones.)
So that’s the bad news. But the good news is that you can stave off sarcopenia, or even reverse it, with the muscle-strengthening exercises we outlined above!
Activates Your Osteocytes & Extends Their Lifespan
You may already know that you have specialized cells called osteoblasts. Your osteoblasts build new bone after your old, worn out bone is broken down by osteoclast cells. After your osteoblasts have completed their bone-building, they become embedded in the bone matrix they’ve produced and turn into osteocytes.
Osteocytes are very long-lived cells (their average half-life is 25 years) that form a signaling network in your bones. This network is like the nervous system in the rest of your body; it transmits signals to direct and balance the activity of your bone-building osteoblasts and your bone-resorbing osteoclasts.
And here’s where exercise comes in: osteocytes tend to die off as you get older. Especially if they’re not stimulated by “mechanotransduction.” Now, in plain English, mechanotransduction means a movement that puts stress on muscles, which in turn puts stress on bones. In other words, exercise!
Increases Your Production of Osteoblasts and Muscle Cells
Those osteocytes we were just talking about have even more bone benefits! In response to exercise, osteocytes send signals that increase the pool of mesenchymal stem cells– cells that can grow up to become osteoblasts, adipocytes (fat cells), or muscle cells.
And here’s the catch; you tend to produce fewer mesenchymal stem cells as you age. Plus, most of them become fat cells — unless you exercise. The cycle goes like this:
- Exercise turns on your osteocytes
- Having more osteocytes increases the number of mesenchymal stem cells you produce…
- …AND tells them to become osteoblasts or muscle cells instead of fat cells
It’s a win-win situation! What’s more, only one other strategy will effectively increase your production of mesenchymal stem cells AND convince them to become either osteoblasts or muscle cells instead of fat cells. Consuming enough of the omega 3s, eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA). (We’ll cover omega 3s in more depth in “The Importance of Nutrition for Your Bones” section below).
Lastly, when osteocytes are turned on in response to mechanical loading (putting stress on muscle through exercise), they stop secreting a protein called sclerostin. Plus, they increase the secretion of proteins involved in Wnt signaling. Now, sclerostin inhibits the development of osteoblasts and bone formation. And Wnt signaling promotes the production of both bone-building osteoblasts and myocytes (muscle cells). Another win-win!
The Importance of Nutrition for Your Bones!
You wouldn’t tell an athlete to forget protein because all they need for building strong muscle is exercise, right? Well, the same principle applies to your bone density. You can’t rely on exercise alone. In fact, there are three main pillars of increasing bone density:
- Getting the essential bone-building nutrients
Nutrition steals the show when it comes to increasing your bone density. In fact, our award-winning studies show you can increase your bone density by providing your bones with proper nutrition alone– even without exercise.
But to maximize your bone-building results, you’ll need the supporting cast. We’ll outline the nutrients that directly impact your exercise efforts below and the 13 minerals and 3 vitamins essential for supporting healthy bones in “The Nutrition Roundup” section a little further down.
- Regular weight-bearing and muscle-strengthening exercise
We’ve already seen how exercise slows your bone loss, combats sarcopenia, reduces your risk of a hip fracture, and activates your bone-building osteoblasts. But when you incorporate proper nutrition with your exercise the benefits are maximized (as you’ll soon discover.)
- Minimal exposure to harmful toxins
Everyday things like smoking, certain prescription drugs, and even refined sugar cause inflammation in your body. If this inflammation persists, it can become chronic. And chronic, low-grade inflammation can accelerate your bone loss! Check out the “Overexposure to Toxins” section of our “Osteoporosis Causes” page for more information.
This trio of factors will give you the best results when it comes to strong, healthy bones. Now, as far as the essential bone-building nutrients are concerned, there are 13 minerals and a handful of vitamins that are essential for supporting healthy bones. You can read all about them on our “Osteoporosis Diet and Nutrition” page.
But there are also several nutrients (some of which are also the essential bone-building nutrients) that directly impact the benefit of your osteoporosis exercises. So let’s take an in-depth look at those now.
Calcium
You know that calcium is the cornerstone of bone health, right? But what you might not know is that getting enough calcium is the deciding factor in whether exercise delivers anti-fracture benefits or not.
It’s true! Overwhelming evidence shows that people who don’t get enough calcium have lower bone mass (and a greater risk of fracture) compared to people the same age who consume adequate or high levels of calcium. And that goes for young people as well as older folk too!
So how much calcium do you need to see bone benefits from exercise? Well, research suggests the minimum amount of calcium you need to consume is 1,000 mg/day. Anything less than this amount, and exercise has little to no effect on increasing bone mass.
A review of data from 16 exercise intervention trials in peri- or postmenopausal women demonstrated this “calcium threshold” for exercise. The review studied the effects of calcium intake and exercise on BMD in the spine and radius (the shorter and smaller bone of the two long bones in the forearm). Increasing calcium intake without the stimulus of exercise had a very minor effect on BMD in the spine. But when the participants consumed less than 1,000 mg of calcium per day, exercise didn’t improve spine BMD at all! It took both exercise and sufficient calcium to increase BMD.
Interestingly, exercise only had very minor effects on the BMD of the radius, even when the participants were consuming adequate amounts of calcium. But there’s a logical explanation for that; most training programs don’t put sufficient stress on the radius to make a difference.
Even very high-intensity resistance and impact training doesn’t increase BMD in postmenopausal women with osteopenia and osteoporosis. In the “LIFTMOR trial,” 101 postmenopausal women with low bone mass were randomly assigned to either: eight months of twice-weekly, 30-minute, supervised high-intensity resistance and impact training (HiRIT) or a home-based, low-intensity exercise program (CON).
All participants (in both groups) increased their muscle strength. But, the CON group lost BMD at all sites measured. And the HiRIT group mostly maintained BMD, but some actually lost BMD. Remember, you lose about 1% of your bone density every year after the age of 40. So this study shows that even high-intensity exercise isn’t enough to counterbalance that loss. And what’s more, these women were consuming a diet that provided far more calcium than typical– around 900 mg or more a day. (Just under that magic threshold of 1,000 mg/day).
Plus, this was a serious workout. As we mentioned in the “Does Exercise Alone Increase Bone Mineral Density?” section above, the ladies in this study were performing incredibly high-impact, high-intensity exercises like jumping chin-ups with drop landings.
The good news is that no fragility fractures occurred. So, this study shows that women with osteopenia, or even osteoporosis, can engage in high impact training when supervised!
The bottom line: Exercise without sufficient calcium intake will not increase BMD.
In postmenopausal women, exercise appears to provide a necessary stimulus for incorporating more calcium into the skeleton. But there has to be enough calcium present for bone-building to take place. And you need vitamins D and K2 to work with calcium to benefit your bones.
Protein
There’s a reason people take protein shakes after a workout…protein is crucial for muscle growth!
And remember, your skeletal and muscular systems are tightly intertwined. So basically, protein builds your muscle mass, which helps to keep your bone health in check.
But as you age, you become less able to convert protein into muscle. This is actually a contributing factor for sarcopenia! If you recall, in the “Benefits of Exercise for Bone Health” section, combatting sarcopenia was one of the benefits we listed. But to give yourself the best chance of avoiding sarcopenia eating enough protein is crucial too!
So how much protein is enough? Well, that’s where things get a little confusing. See, the original recommended daily allowance (RDA) of protein for older adults doesn’t appear to enough. The original RDA is 0.8 g of protein per kg of body weight. But that amount was set with preventing a deficiency in mind. Not for promoting optimal health. Experts are now suggesting that the original RDA could actually lead to muscle loss in older adults!
Don’t worry though, you can read all about the new RDA for protein experts are suggesting in our “Everything You Need to Know About Protein and Bone Health” post. It covers the best sources of protein, and some more in-depth information on why it’s important for your bones too.
Vitamin D
You may know that you need vitamin D to be able to absorb the calcium you consume. But get this– vitamin D can help you boost your muscle growth and stay on your feet too!
See, your muscle fiber membranes are loaded with vitamin D receptors. And when these receptors get a little vitamin D exposure, they trigger muscle growth!
Now, the ‘Institute of Medicine’ still claims there isn’t sufficient evidence of vitamin D preventing sarcopenia. But in Europe, a panel of experts determined a vitamin D level of at least 30-44 ng/mL (nanograms per milliliter in your blood) was necessary for musculoskeletal health. The “at least” here is important. Even 44 ng/mL of vitamin D isn’t enough for your bones. Ideally, you need 50-80 ng/ml for bone and immune health.
Omega 3 Fatty Acids
Omega 3s are renowned for their anti-inflammatory properties. (This makes omega 3s a vital piece of the bone health puzzle as chronic inflammation accelerates bone loss!) But omega 3s also help preserve lean body mass, too. Especially eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA).
These two omega 3s increase the activation of an enzyme called mTOR. Now, mTOR activation is a big deal. mTOR is the key regulator of muscle protein synthesis. And muscle protein synthesis is the process of repairing and building muscles tissue when you exercise! Plus, mTOR regulates a bunch of other vitally important cellular processes that enhance health and slow the aging process too!
The Nutrition Roundup
Calcium, protein, vitamin D, and omega 3 fatty acids are the nutrients proven to boost the effect of, or maximize your exercises. But, if you recall, we mentioned there are a total of 13 minerals and 3 vitamins your bones crave too (not including protein and omega 3 fatty acids.) They are:
The 13 Essential Bone-Supporting Minerals
The Supporting Cast Of Vitamins
Getting all of the above into your diet is a challenge though. It’s almost impossible to regularly achieve the recommended daily intake of calcium for people over 50 (1,200mg/day). And taking enough supplements to cover every vitamin and mineral your bones need can cost a small fortune… and cause a real headache as far as scheduling is concerned!
But thankfully, there’s an easy, convenient way to get everything your bones crave. AlgaeCal’s Bone Builder Pack (AlgaeCal Plus + Strontium Boost) provides all 13 of those bone-supporting minerals and the 3 vitamins too. That includes 720 mg of body-friendly, natural, plant-based calcium! (The average diet provides around 500 mg/day of calcium. So your diet + the Bone Builder Pack = the recommended daily intake of 1200 mg or more!)
What’s more, when you use the Bone Builder Pack, you’re guaranteed to see an increase in your bone mineral density at every follow-up DEXA scan! It’s the perfect nutrition companion to any osteoporosis exercise regimen and it’s 100% risk-free to give it a try!
Now, the Bone Builder Pack doesn’t contain omega 3s. But Triple Power Omega 3 Fish Oil has you covered in that department. Triple Power provides over 1400 mg of omega 3s, including a combined 1200 mg of EPA and DHA which we covered above. And the best part? It’s naturally flavored with mango to make it the best-tasting fish oil product you’ll have ever tried. No fishy taste or fish-burps with Triple Power, and that’s a guarantee.
That just leaves protein. Don’t worry though; it’s super easy to add protein-rich foods to your meals. In fact, you can discover the top protein sources in our “Everything You Need to Know About Protein and Bone Health” post.
How Much Should You Exercise?
Now you know why you should be exercising, the types of exercise that are most beneficial for your bones, and the safety tips to consider too. That just leaves how much exercise you should be doing…
Well, Metabolic Equivalent (MET) hours are used to measure the intensity of exercise. The MET measures the amount of energy you burn during exercise and various physical activities.
For reference, 1 MET is equal to the number of calories burned at rest: 30-38 calories for every 30 minutes. And you burn 3-6 METs of energy with moderate exercise: 90-225 calories in a 30-minute workout.
So how many MET hours of exercise do you need a week? Well, active women with a minimum of 24 MET hours of at least moderate activity per week have a 55% lower risk of hip fracture according to The Nurses’ Health Study! (But remember, this is relative risk compared to sedentary women getting less than 3 MET-hours per week).
Now, the exact number of calories you burn will vary depending on two things. How much muscle mass you have, and how vigorously you use it during the exercise. The good news here is the more you exercise, the more muscle you will have, and the more calories you will burn.
For an idea of how many MET hours various activities tally up on average, check out the following table:
| Physical Activity | MET Hours |
|---|---|
| Light intensity activities | <3 |
| Watching television | 1.0 |
| Sitting in whirlpool bath | 1.3 |
| Writing, desk work, typing | 1.5 |
| Walking, 1.7 mph (2.7 km/h), level ground, strolling, very slow | 2.3 |
| Yoga, Hatha | 2.5 |
| Cooking: food preparation, serving food, cleaning dishes, etc. | 2.5 |
| Walking, 2.5 mph (4 km/h) | 2.9 |
| Housekeeping (vacuuming, sweeping, dusting, making beds, moderate effort) | 3.3 |
| Standing, bathing dog/cat | 3.5 |
| Moderate intensity activities | 3 to 6 |
| Pilates | 3.0 |
| Walking 3.0 mph (4.8 km/h) | 3.3 |
| Calisthenics, home exercise, light or moderate effort, general | 3.5 |
| Walking 3.4 mph (5.5 km/h) | 3.6 |
| Video exercise workouts | 4.0 |
| Dancing (salsa, merengue, belly, swing) | 4.5 |
| Elliptical trainer, moderate effort | 5.0 |
| Barre3 | 3.0-5.0 |
| Resistance weight training | 3.0-6.0 |
| Water aerobics, water calisthenics | 5.3 |
| Sexual activity | 5.8 |
| Vigorous intensity activities | >6 |
| Jazzercize | 6.0 |
| Dancing (disco, folk, line dancing, polka, country) | 7.8 |
| Jogging | 7.0 |
| Rowing, moderate effort | 7.0 |
| Calisthenics (e.g. pushups, situps, pullups, lunges), heavy, vigorous effort | 8.0 |
| Running jogging, in place | 8.0 |
| Stair treadmill | 9.0 |
| Rope jumping | 10.0 |
Table Sources:
- https://sites.google.com/site/compendiumofphysicalactivities/Activity-Categories/bicycling
- http://www.whyiexercise.com/metabolic-equivalent.html
- https://en.wikipedia.org/wiki/Metabolic_equivalent
To maximize the impact your exercise regimen has on your bone health, you should try to tick off everything on the following checklist.
- Exercise at least three times a week for 1 hour – An hour every day of some form of weight-bearing movement is even better when you feel ready for it!
- Be dynamic! Try to include exercise that involves faster movements opposed to slow, static movements
- Involve some impact – For example walking, jogging, or vigorous dancing, rather than cycling or swimming as we explained a little earlier
- Exceed a threshold intensity – Aim to exercise at least 70%, (preferably 85%) of your maximum effort. In other words, you should be short of breath and a little sweaty by the end
- Gradually make your exercises harder – Your exercise shouldn’t be too easy! Gradually increase the number of times you can work a muscle or muscle group because as you get stronger, what you’re doing will get easier (a very good sign!)
- Involve short bouts of intense exercise with less intense recovery periods – Bopping till you drop is no fun. It’s not effective either. Take short breaks between exercise sets, and you’ll come back stronger
- Impose an unusual loading pattern on your bones – You do want to repeat movements until the muscles you’re using get the message to get stronger. But you don’t want your entire workout to only include the same movement over and over again. That’s boring and ineffective. You want movements that involve a wide variety of muscle groups and movement direction.
A Word on Recovery: Exercising at 70% of your maximum effort is tough work! But did you know omega 3 fatty acids can maximize your workout by reducing inflammation in your body and reducing your recovery time too? Remember, Triple Power Omega 3 Fish Oil provides over 1400 mg of omega 3s per tablespoon. And it tastes so good you’ll want to workout just to be able to have a spoonful afterwards!
And last, but definitely not least, your workouts should be combined with optimal nutritional support: protein, calcium, vitamin D3, vitamin K2, magnesium, boron and other trace minerals.
Increase Bone Density with AlgaeCal Plus and Strontium Boost
Exercise is an important aspect of your bone health. Especially weight-bearing and muscle-strengthening exercises. But exercise alone can’t improve your bone density. For that, you need to combine your exercise program with proper nutrition.
Specifically, your bones crave 13 minerals and 3 vitamins– all of which are provided in the Bone Builder Pack! Not only is the Bone Builder Pack a super convenient way to provide your bones with the nutrients they crave, it’s GUARANTEED to improve your bone mineral density! It’s the perfect companion for any osteoporosis exercise regimen.
And remember, omega 3 fatty acids and protein can maximise the benefits of your exercise program too!
