left ventricle --> elastic arteries (aorta and its larger branches)--> Muscular arteries --> arterioles --> capillaries
describ the position of venous blood vessels in relation to arteries, nerves and other structures
Arteriovenous Malformation
When your heart stops the first victim is Your brain. You become unconscious with in few seconds. once you becomes unconscious, you can no longer in position to manage any problem. You die within three five minutes of stopping of your heart.
Capillaries supply blood to your tissues. When the body is at rest, less energy is being used so the capillaries are not as engorged in comparison to exercise. When one rests on harder surfaces, more pressure points occur that can close off capillaries and decrease blood flow. This can be amended with cushioning, or balanced by changing body position intermittently to allow easier circulation to these areas.
Obtuse marginal artery
you should be follow fatty food. Because through fatty food our legs goes to skinny position from strong position
Arteries are generally located deeper in the body compared to veins, especially in the limbs, where they are often protected by muscle and other tissues. However, their exact position can vary depending on the specific artery and the region of the body. Some arteries, such as those in the neck and wrist, are closer to the surface and more accessible. Overall, while many arteries are deeper, they are not uniformly buried in body tissue.
isometric- Application of muscular force without movement
Transposition Of The Great Vessels
When a rugby player holds their position in a scrum, they are primarily using an isometric muscular contraction. In an isometric contraction, the muscle generates tension without changing length. This type of contraction is essential for maintaining stability and resisting external forces, such as the pushing and shoving in a scrum.
Kinesthetic refers to the sense or perception of movement and body position, as well as the awareness of muscular effort and tension. It involves the ability to sense physical movement and the position of one's body parts without relying on vision.
There are two main types of muscular endurance: static and dynamic. Static endurance involves holding a position for an extended period, like a plank. Dynamic endurance involves repeated muscle contractions over time, like running or cycling. Static endurance focuses on maintaining a position, while dynamic endurance focuses on repetitive movements.