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What else can I help you with?
How are muscles connected with muscles?
This question isn't very clear but I think I know what you are trying to ask... In the body, muscles are not attached to each other, but they are attached to the bone structure. Without bones, muscles would not stay in the shape of your are for example, instead it would shrivel into a lump every time you tried to use it.
What are all the human body parts A-Z in their scientific name?
These are too numerous to list here. Usually, the body is studied as sub-systems. Such as skeleton, muscles, organs, ligaments and tendons, blood system, and so on. An anatomy text, such as Gray's Anatomy or similar will prove helpful.
How many muscles does a cat have in its body?
A cat has around 500 skeletal muscles in its body, which are responsible for movement and support.
What structures in the body of a vertebrate gives it the ability to move?
what tructers in the body of a vertebrate gives it ability to move
What is a birds feet made out of i have asked since year 3 no one has ever ever ever answered my quistion. why because they don't know does anyone know that's amazing if you know please tell me?
A bird's feet are mainly made up of bones, tendons, muscles, and scales. The bones are lightweight to help with flight but strong enough to support the bird's body. The scales provide protection and help with gripping onto surfaces.
Why are tendons important to a muscles ability to make the body move in a chicken wing?
Tendons connect muscles to bone.
Why are tendons important to a muscles ability to make the body move?
They connect muscle to bone.
What system of the body do tendons work with?
tendons deal in muscular system of the body.. Tendons are what ties muscles to the skeleton, so they work both with muscles and bones.
Where are tendons in the body?
Everywhere where you have muscles.
What connects to your muscles?
Muscles are attached by tendons (with a few exceptions). The muscles are attached to the tendons by a musculo-tendonious junction. The tendons are a part of the muscle that tapers off to a strong tendon. These tendons are what makes the fingers move and are so important in all movement of the body, ie, foot, mouth, elbow, hand and wrist.,,what makes these tendons work are impulses from the brain that sends a message to the muscle that the tendon is attached. This is called a motor function........makes sense doesn't it.
What would happen if we did not have tendons?
The body needs tendons in order to bend the bone joints while keeping the muscles in place. Without tendons, the muscles wouldn’t be able to move anything despite their ability to flex and their strength to be able to. Tendons and muscle move the structure (bone) in unison in order to create body movement.
What is the difference between tendons and muscles in the human body?
Tendons are tough, fibrous tissues that connect muscles to bones, while muscles are soft tissues that contract and relax to produce movement in the body. In summary, tendons connect muscles to bones, while muscles are responsible for movement.
What can the tendons in the body do?
Tendons helps attach muscle to bone. It is especially important in stabilizing the muscle and helping it to stretch.
To what do muscles in the human body connect?
Muscles in the human body connect to bones through tendons.
How do muscles and tendons work together to facilitate movement in the human body?
Muscles and tendons work together to facilitate movement in the human body by connecting to bones. Muscles contract to generate force, pulling on tendons which then pull on bones to create movement. Tendons act as a bridge between muscles and bones, transmitting the force generated by muscles to produce coordinated movement.
Tendons help you move these?
Muscles are attached to bones by way of tendons so tendons help you move your bones (body).
What are proprioceptors For what types of behavior are they important?
Proprioceptors are sensory receptors located in muscles, tendons, and joints that provide information about body position and movement to the brain. They are important for controlling balance, coordination, and proprioception (the ability to sense the position of body parts without visual input).
