CONNECTIVE TISSUE & FASCIA
MUSCULAR SYSTEM & FUNCTION IN YOGA
FORWARD BENDS (FOUNDATIONS)
ADVANCED FORWARD BENDS
COMPENSATION PATTERNS & ALIGNMENT
100

What two proteins determine the strength and stretchiness of connective tissue?

Collagen and elastin.

100

What are the four main functions of muscles listed in the text?

Movement, heat production, guarding entrances, and maintaining posture.

100

What is the “superficial back line”?

A connective tissue chain from the feet to the head that influences forward bending.

100

Why do some students shift their hips backward in standing forward bends?

To avoid hamstring pressure.

100

What is an “avoidance pattern”?

An unconscious compensation the body uses to avoid tightness.

200

Which connective tissue surrounds muscles, bones, and organs like a web?

Fascia.

200

What happens when opposing muscle inhibition occurs (used in PNF stretching)?

When one muscle contracts, the opposing muscle relaxes.

200

Why does bending the knees often improve a forward fold?

It reduces hamstring tension and helps the pelvis rotate.

200

What makes one-legged forward bends more complex than symmetrical ones?

Asymmetry affects hips, gluteals, and spinal alignment differently on each side.

200

Why do students round their spine in a forward bend?

Because the pelvis fails to tilt properly over the femurs.

300

Why do ligaments heal slowly when injured?

Because they have limited blood supply.

300

Which contraction type keeps the muscle at a constant length (e.g., plank)?

Isometric contraction.

300

How do the feet and toes affect the depth of a forward bend?

Dorsiflexion and toe extension influence calf and hamstring tension.

300

In wide-legged forward bends, which additional muscle group is stretched besides the hamstrings?

The adductors.

300

What is the role of the adductors when thighs rotate outward?

They must engage to prevent misalignment and inward-turning feet.

400

When muscles are overused or inactive, fascia may “stick together.” What does this cause?

Reduced flexibility and limited independent muscle function.

400

During a slow descent into a forward bend, which type of contraction do the hamstrings perform?

Eccentric contraction.

400

What is the ideal contribution of hips vs. spine in a forward bend?

Two-thirds hip flexion, one-third spinal flexion.

400

Why is Kurmasana considered the peak of floor-based forward bends?

It requires extreme flexibility in hips, hamstrings, adductors, and spinal muscles.

400

Why should the abdominals be relaxed in forward bends?

Over-engagement prevents spinal extension and increases tension.

500

Why are tight hamstrings often fused over time?

Due to repetitive use and lack of movement variety, causing connective tissue adhesion.

500

Why are the traditional definitions of “origin” and “insertion” insufficient for yoga practice?

Because roles change depending on movement and position; muscle function is dynamic.

500

Why is Downward Dog considered essential for improving forward bends?

It stretches calves, hamstrings, and feet—key parts of the posterior chain.

500

How does pressing the arms against the legs assist in deep forward bends like Kurmasana?

It deepens the stretch while protecting the shoulders and clavicles.

500

What is the safe alternative for practitioners with hyperextended knees?

Keeping a soft bend to avoid ligament strain.

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