When You Lose Weight, Where Does It Go?
About two-thirds of us are either overweight or obese. But a simple formula exists to battle the bulge: Eat better, exercise more.
Whether with a short-term diet or embracing new, long-term lifestyle choices, you’ll often hear people say, “The weight just fell off.”
But where does it go?
The answer comes from Russian scientist Mikhail Lomonosov. In 1756, he discovered the Law of Mass Conservation. His experiments proved that matter is neither created nor destroyed. However, its form can change. That’s what happens when we lose weight.
When we don’t eat enough fuel, our body turns our stored fat into triglycerides that it uses for fuel. What’s left over is some water and a lot of carbon dioxide, which we exhale through our lungs.
It turns out, when we lose weight, our lungs are doing most of the work. Surprised?
Kids Love Chiropractic
“As the twig is bent, so grows the tree.”
As your child’s bones grow, so does your child. At the ends of each bone are “growth plates.” It’s how bones grow. Growth plates tend to disappear in the late teens or early 20s, and further growth ends. The traumas associated with being born, learning to walk, riding a bike, participating in school athletics and other activities can affect the spine. Wise parents bring their child in for a chiropractic evaluation—even if there aren’t obvious symptoms.
Childhood spinal problems are easy to neglect. That’s because youngsters have a tremendous ability to adapt. Until they can’t. Usually decades later. That makes correcting these longstanding spinal patterns more difficult and time consuming.
We adapt our adjusting approach based on each child’s age, size and unique spinal problem. Newborns and infants receiving our care need no more pressure than you’d use to test the ripeness of a tomato.
Adjusting the Bark
We’re often asked why we don’t always adjust the area of the spine where their symptom is. The answer is simple. The location of the pain isn’t always the location of the problem.
Surprised?
Instead of separate segments, think of your spine as a whole. It’s constantly adapting to the force of gravity. A problem in one area can create a compensatory problem in another.
Let’s say your primary problem is in your upper neck. But you’re experiencing symptoms of lower back pain. The lower back pain is the result of your spine compensating for the problem in your neck. So, adjusting your neck is likely to produce the best results.
Even better, consider this. Let’s say you accidentally step on a dog’s tail. The real problem is at the tail. But the symptom (bark) comes out the other end! The bark doesn’t need fixing. Instead, we focus on the cause, not the effect.
