0
What else can I help you with?
What movement of the thigh does contraction of the gluteus maximus produce?
Contractions of the gluteus maximus muscle causes (hyper)extension of the thigh.
If a prime mover produces flexion its antagonist will be?
If a prime mover produces flexion, its antagonist will be the muscle responsible for producing extension at the same joint. They work in opposition to each other to create movement and stabilize the joint.
The only muscle capable of flexing the distal interphalangeal joints?
The only muscle capable of flexing the distal interphalangeal joints is the flexor digitorum profundus. This muscle originates from the ulna and interosseous membrane in the forearm and inserts on the distal phalanges of the fingers. It is responsible for flexing the distal interphalangeal joints while the flexor digitorum superficialis flexes the proximal interphalangeal joints.
What kind of muscle not responsible for flexion or extension of the arm?
The supinator muscle is a muscle in the forearm that is not directly responsible for flexion or extension of the arm. Its primary function is to rotate the forearm in a movement called supination, where the palm faces up.
What kinds of muscle move bones in different direction?
joints
What is the muscle that produces extension at a joint called?
This muscle is called the extensor muscle. There are specific names for different joints.
Muscle that adducts the shoulder and causes extension of the shoulder joints?
latissimus dorsi
What is the function of the flexor digitorum profundus muscle in the hand?
The flexor digitorum profundus muscle in the hand is responsible for flexing the fingers at the middle and end joints. This muscle helps in bending the fingers to grip objects and perform fine motor movements.
What movement of the thigh does contraction of the gluteus maximus produce?
Contractions of the gluteus maximus muscle causes (hyper)extension of the thigh.
What muscle is a finger flexion?
The primary muscle responsible for finger flexion is the flexor digitorum profundus, which flexes the distal joints of the fingers. Additionally, the flexor digitorum superficialis assists in flexing the proximal joints. These muscles work together to allow for the bending of the fingers, enabling grasping and gripping actions.
How do muscle cells use energy?
Since the mitochondria produces energy and the muscle cells are part of the mitochondria, they use the energy so they can move the joints.
If a prime mover produces flexion its antagonist will be?
If a prime mover produces flexion, its antagonist will be the muscle responsible for producing extension at the same joint. They work in opposition to each other to create movement and stabilize the joint.
What is the role of extension in muscles and how does it contribute to overall muscle function?
Extension in muscles refers to the lengthening of muscle fibers. This process is important for muscle function as it allows for movement in joints and helps muscles contract effectively. Extension also helps maintain flexibility and range of motion in the body, which is crucial for activities like sports and daily tasks.
The only muscle capable of flexing the distal interphalangeal joints?
The only muscle capable of flexing the distal interphalangeal joints is the flexor digitorum profundus. This muscle originates from the ulna and interosseous membrane in the forearm and inserts on the distal phalanges of the fingers. It is responsible for flexing the distal interphalangeal joints while the flexor digitorum superficialis flexes the proximal interphalangeal joints.
What attaches the fingers to the hand?
The fingers are attached to the hand by tendons, which are tough bands of tissue that connect muscles to bones. These tendons enable the fingers to move and bend in response to muscle contraction.
Agonists in knee extension?
An agonist muscle is a muscle that plays a part in the extension of a muscle. The agonist muscles for a knee extension are the quadriceps and hamstrings.
What happens when a muscle is stretched over 2 joints?
When a muscle is stretched over two joints, it experiences a phenomenon known as active insufficiency or passive insufficiency, depending on the context of muscle contraction. Active insufficiency occurs when a muscle cannot generate sufficient force because it is too shortened or lengthened at both joints simultaneously. Conversely, passive insufficiency occurs when the muscle is elongated over both joints, limiting the range of motion and preventing full extension or flexion at either joint. This interplay is crucial for coordinating movement and maintaining proper joint function.
