Tendons are very strong ropelike structures. They gradually arise from muscles. The power of muscles are transmitted by tendons. Muscles will take a larger area for origin or insertion. Tendons make the area dramatically less.
Warming up your muscles, ligaments and tendons will make them less susceptible to injury once you start exercising.
Structures closely related to tendons (joint capsules, tendon sheaths, pulleys, retinacula, of tendons, but do not make any major contribution to their tensile strength.
Tendons are used to attach muscles to bones which will the move the bones. Tendons are a form of connective tissue. To make things somewhat confusing is the term ligaments which are exactly the same tissue but they attach bone to bone. I used to use these mnemonics: Tinkerbell Chirped Meanwhile Toto Barked. (TCMTB) Lambs Chuckled Because Tarzan Belched. (LCBTB)
A joint is moved on its axis by muscle contraction. Muscles contract to generate force, pulling on the bones that make up the joint and causing movement. The specific movement produced is determined by the type of joint and the arrangement of muscles surrounding it.
The tissue that connects bone to bone are called ligaments. They are responsible for providing stability to a joint. Cartilage, and ligaments make up the "connective tissue". And also Tendons (sinew), Auductive and Conductive Muscles and a decent argument for Joint Cartillage.
Tendons are very strong ropelike structures. They gradually arise from muscles. The power of muscles are transmitted by tendons. Muscles will take a larger area for origin or insertion. Tendons make the area dramatically less.
Warming up your muscles, ligaments and tendons will make them less susceptible to injury once you start exercising.
Muscles,tendons,and bones are related because tendons connect muscle to bone and ligaments connect bone to bone.Tendons connect your muscles to your skeleton so that your muscles will make the bones move to were you need it to go.
the muscle pulls the bone to make it move that how you move everyday
It isn't just muscles, but the interaction between muscles, ligaments, tendons, nerves, and the bones that permit movement. In muscles only, it's contraction and relaxation, but without the rest involved, the muscles would not result in purposeful movements.
Tendons connect muscles to bone.
Your ankle bone and the ends of your two lower leg bones make up the ankle joint. Your ligaments, which connect bones to one another, stabilize and support it. Your muscles and tendons move it. The most common ankle problems are sprains and fractures. A sprain is an injury to the ligaments. It may take a few weeks to many months to heal completely. A fracture is a break in a bone. You can also injure other parts of the ankle such as tendons, which join muscles to bone, and cartilage, which cushions your joints. Ankle sprains and fractures are common sports injuries
It can make the joint unstable.
Both ligaments and cartilage provide support and stability to joints. Ligaments connect bones to each other to prevent excessive movement, while cartilage cushions and absorbs shock between bones. Together, they help maintain joint integrity and prevent damage during movement.
Structures closely related to tendons (joint capsules, tendon sheaths, pulleys, retinacula, of tendons, but do not make any major contribution to their tensile strength.
what muscles make up the rotator cuff