 
							
					
															Mobility vs Stability: Understanding Your Body for Better Health and Fitness on Vancouver Island, Nanaimo
Mobility vs Stability: How to Better Understand How Your Body Works
 Are you feeling like your body is not moving the way it used to? Are you unsure of which exercises are beneficial for you and whether you need to strengthen or stretch your different muscles? Understanding the difference between mobility and stability can help you better understand how your body works and how to improve your overall health and fitness.
Are you feeling like your body is not moving the way it used to? Are you unsure of which exercises are beneficial for you and whether you need to strengthen or stretch your different muscles? Understanding the difference between mobility and stability can help you better understand how your body works and how to improve your overall health and fitness.
What Is the Difference Between Mobility and Stability?
Mobility and stability are two completely different functions in your body, determined by different bone and joint systems. Mobility is the ability to move, while stability has to do with being not easily moved, altered or firmly fixed.
To put it simply, mobility is about moving your body freely, while stability is about keeping your body steady and strong.
 What Are Hinge Joints and Ball and Socket Joints?
What Are Hinge Joints and Ball and Socket Joints?
Our body is composed of many joints, each with their own unique structure and function. To better understand mobility and stability, let’s take a closer look at two types of joints: hinge joints and ball and socket joints.
Hinge joints are the joints of the elbow and knees. They are meant to only flex and extend, much like the hinges of a door. For this type of joint, stability is key. Strong muscles are needed to support their extension and flexion. For example, for the elbow, we need the muscles above (biceps and triceps) and below (forearm muscles) to be strong to support the flexion and extension. Weakness in these muscles can lead to hypertension of the elbow and other joint problems.
On the other hand, ball and socket joints, like the shoulder and hips, need mobility. They need to move freely to function properly. If the range of motion is compromised in these joints, it can lead to problems in the joints above or below. For example, tight shoulders can lead to head forward posture or rib cage protrusion, and tight hips can affect the knee joint or lower back. To improve your mobility, dynamic movement, stretches and self-myofascial release are recommended.
 Why Is Understanding Mobility and Stability Important?
Why Is Understanding Mobility and Stability Important?
Understanding the difference between mobility and stability is important for several reasons. Firstly, it helps you to identify which joints need more focus on mobility and which joints need more focus on stability. Secondly, it allows you to choose exercises that will benefit your body in the most efficient and effective way. For example, if you have tight hips, you can choose exercises that focus on increasing hip mobility, such as lunges and squats. If you have weak triceps muscles, you can choose exercises that focus on strengthening these muscles, such as tricep dips or push-ups.
Finally, understanding the difference between mobility and stability can help you prevent injury and improve your overall health and fitness. By knowing which joints need more mobility and which need more stability, you can work to improve your overall body movement and function. This can lead to improved posture, increased flexibility and strength, and reduced pain and discomfort.
In summary, mobility and stability are two different functions in your body, determined by different bone and joint systems. Understanding the difference between these functions is key to improving your overall health and fitness. By knowing which joints need more mobility and which need more stability, you can work to improve your overall body movement and function, prevent injury and improve your overall health and fitness. Remember to focus on dynamic movement, stretches and self-myofascial release to improve your mobility, and strength training exercises to improve your stability. With the right mindset and tools, you can achieve a healthier, stronger, and more mobile body.
 What Are Hinge Joints and Ball and Socket Joints?
What Are Hinge Joints and Ball and Socket Joints? Why Is Understanding Mobility and Stability Important?
Why Is Understanding Mobility and Stability Important? 
							
 
							 Push-ups
Push-ups Dips
Dips Lunges
Lunges Squats
Squats Pull-ups
Pull-ups Chin-ups
Chin-ups 
							 If you are into fitness and health, you have probably heard the terms aerobic and anaerobic before. These two systems play a significant role in our body’s ability to produce energy and sustain physical activity. But what are they, really? And how can you train them for optimal fitness? In this article, we will dive into the science behind aerobic and anaerobic systems and explore how you can use them to improve your overall fitness on Vancouver Island, specifically in the city of Nanaimo.
If you are into fitness and health, you have probably heard the terms aerobic and anaerobic before. These two systems play a significant role in our body’s ability to produce energy and sustain physical activity. But what are they, really? And how can you train them for optimal fitness? In this article, we will dive into the science behind aerobic and anaerobic systems and explore how you can use them to improve your overall fitness on Vancouver Island, specifically in the city of Nanaimo. To understand these two systems, we need to take a closer look at how our body produces energy. Our body uses adenosine triphosphate (ATP) as its primary source of energy. ATP is produced through a process called cellular respiration, which takes place in our cells’ mitochondria. This process requires oxygen, which is why it is called aerobic respiration.
To understand these two systems, we need to take a closer look at how our body produces energy. Our body uses adenosine triphosphate (ATP) as its primary source of energy. ATP is produced through a process called cellular respiration, which takes place in our cells’ mitochondria. This process requires oxygen, which is why it is called aerobic respiration. Aerobic training involves activities that require a continuous supply of oxygen to produce energy, such as running, cycling, and swimming. When you engage in aerobic activities, your body increases its oxygen consumption, and your heart rate and breathing rate also increase. Aerobic training has many benefits, such as:
Aerobic training involves activities that require a continuous supply of oxygen to produce energy, such as running, cycling, and swimming. When you engage in aerobic activities, your body increases its oxygen consumption, and your heart rate and breathing rate also increase. Aerobic training has many benefits, such as: 
							 As a parent, it’s tough to watch your child suffer from an injury. It’s even tougher when the injury is severe, like a broken leg. My oldest son, Elohw, broke his leg (tibia) two days after his sixth birthday. His broken leg was in a full cast from mid-thigh to toe for six weeks. The orthopaedic surgeon and our family doctor advised us not to let him put any weight on his leg while in the cast so his leg would heal better.
As a parent, it’s tough to watch your child suffer from an injury. It’s even tougher when the injury is severe, like a broken leg. My oldest son, Elohw, broke his leg (tibia) two days after his sixth birthday. His broken leg was in a full cast from mid-thigh to toe for six weeks. The orthopaedic surgeon and our family doctor advised us not to let him put any weight on his leg while in the cast so his leg would heal better. 
							 AMRAP HIIT Workout The AMRAP HIIT workout is a circuit-based workout that targets all major muscle groups and keeps your heart rate elevated. To complete this workout, you will need to perform as many rounds as possible (AMRAP) of two bodyweight circuits in 10 minutes each. The first circuit includes mountain climbers, reverse/rear lunges, squat jumps or tuck jumps, plank jacks, and V-holds. The second circuit includes single leg deadlifts, bodyweight squats, forearm planks, YTIs, and butt kickers. Rest for 1-2 minutes after completing each circuit.
AMRAP HIIT Workout The AMRAP HIIT workout is a circuit-based workout that targets all major muscle groups and keeps your heart rate elevated. To complete this workout, you will need to perform as many rounds as possible (AMRAP) of two bodyweight circuits in 10 minutes each. The first circuit includes mountain climbers, reverse/rear lunges, squat jumps or tuck jumps, plank jacks, and V-holds. The second circuit includes single leg deadlifts, bodyweight squats, forearm planks, YTIs, and butt kickers. Rest for 1-2 minutes after completing each circuit.