The optimal angle for shoulder flexion when performing exercises that require 90 degree shoulder flexion is 30 degrees.
Trunk flexion & unilateral trunk flexion.
balance
balance
Incorporating flexion-based movements into a workout routine can help improve flexibility, strengthen muscles, and reduce the risk of injury. These movements target specific muscle groups and promote better range of motion in joints, leading to overall better physical performance and health.
hip flexion and hip extention
To improve shoulder flexion and extension, targeted exercises such as shoulder stretches, shoulder presses, and shoulder raises can be effective. These exercises help to strengthen the muscles surrounding the shoulder joint, increasing flexibility and range of motion. It is important to perform these exercises regularly and gradually increase intensity to see improvement in shoulder flexion and extension.
Flexion back exercises can improve flexibility by stretching and strengthening the muscles in the back, increasing range of motion and reducing stiffness. Regular practice of these exercises can help to improve overall flexibility and prevent injury.
Some effective knee flexion exercises recommended by physical therapists for rehabilitation and strengthening include leg curls, squats, lunges, and step-ups. These exercises help improve flexibility, stability, and strength in the knee joint.
Sagital Plane Exercises are a forward to backward movement or front to back movement. Inverse Crunch Floor to waist Front Squats Knee Flexion and extension Trunk Flexion and Extension Shoulder flexion and extenstion
Seated lumbar flexion exercises can help improve posture and reduce lower back pain by strengthening the muscles in the lower back and core, which support the spine and help maintain proper alignment. These exercises can also increase flexibility in the spine, reducing stiffness and discomfort in the lower back.
The obliques function to pull the chest downwards and compress the abdominal wall. It also has some actions in both flexion and rotation of the vertebral column. The obliques contracting on one side can create lateral flexion on that side.