0
Normal Values (in degrees):
- Hip flexion (bending) 0-125
- Hip extension (straightening) 115-0
- Hip hyperextension (straightening beyond normal range) 0-15
- Hip abduction (move away from central axis of body) 0-45
- Hip adduction (move towards central axis of body) 45-0
- Hip lateral rotation (rotation away from center of body) 0-45
- Hip medial rotation (rotation towards center of body) 0-45
- Knee flexion 0-130
- Knee extension 120-0
- Ankle plantar flexion (movement downward) 0-50
- Ankle dorsiflexion (movement upward) 0-20
- Foot inversion (turned inward) 0-35
- Foot eversion (turned outward) 0-25
- Metatarsophalangeal joints flexion 0-30
- Metatarsophalangeal joints extension 0-80
- Interphalangeal joints of toe flexion 0-50
- Interphalangeal joints of toe extension 50-0
- Shoulder flexion 0-90
- Shoulder extension 0-50
- Shoulder abduction 0-90
- Shoulder adduction 90-0
- Shoulder lateral rotation 0-90
- Shoulder medial rotation 0-90
- Elbow flexion 0-160
- Elbow extension 145-0
- Elbow pronation (rotation inward) 0-90
- Elbow supination (rotation outward) 0-90
- Wrist flexion 0-90
- Wrist extension 0-70
- Wrist abduction 0-25
- Wrist adduction 0-65
- Metacarpophalangeal (MCP) joints abduction 0-25
- MCP adduction 20-0
- MCP flexion 0-90
- MCP extension 0-30
- Interphalangeal proximal (PIP) joints of fingers flexion 0-120
- PIP extension 120-0
- Interphalangeal distal (DIP) joint of fingers flexion 0-80
- DIP extension 80-0
- Metacarpophalangeal joint of thumb abduction 0-50
- MCP of thumb adduction 40-0
- MCP of thumb flexion 0-70
- MCP of thumb extension 60-0
- Interphalangeal joint of thumb flexion 0-90
- Interphalangeal joint of thumb extension 90-0
What else can I help you with?
Which joint type has the smallest range of motion?
The hinge joint has the smallest range of motion compared to other types of joints, such as ball-and-socket or pivot joints. Hinge joints, like the elbow and knee, primarily allow movement in one plane, limiting their range of motion to flexion and extension.
How does the forearm bone rotation affect the range of motion in the wrist and elbow joints?
The rotation of the forearm bone can impact the range of motion in the wrist and elbow joints. When the forearm bone rotates, it can affect the positioning of the wrist and elbow, allowing for a greater range of motion in these joints. This rotation allows for movements such as twisting the wrist or bending the elbow to occur more easily and with a wider range of motion.
Demonstrates the possible range of motion of muscles joints and ligaments.?
flexibility
What is the range of motion of a gliding joint?
none
Does the goniometer measure a joint of minimum range of motion?
Yes, a goniometer can measure joints with both small and large ranges of motion. It is a tool commonly used in physical therapy and medicine to assess and quantify the range of motion in various joints of the body.
What is a ball-and-socket joint for?
Ball-and-socket joints allow a wider range of motion than hinge joints.
Is the ability to move joints and muscles through a full range of motion?
Hyper-flexible joints and their attaching ligaments.
What joint types has the smallest range of motion?
Gliding joints have the smallest range of motion among joint types. They allow bones to slide past each other but have limited movement compared to other types of joints like hinge or ball-and-socket joints.
How are your ankles and wrist the same?
They are both pivot joints that have a good range of motion.
What demonstrates the possible range of motion of muscles joints and ligaments.?
flexibility
What is a functional classification of joints and applies to joints that allow a wide range of motion?
A synovial joint is a functional classification that applies to joints that allow a wide range of motion. These joints are characterized by the presence of a joint cavity filled with synovial fluid, which reduces friction and allows for smooth movement. Examples include the shoulder and hip joints.
Condition in which joints are limited in their range of motion because muscles are too short?
Arthritis
