GTS Fascial System & Connective Tissue Anatomy 2

Question 1

What is the primary role of hyaluronic acid within the fascial system?

Accepted Answer

Lubricating fascial layers to allow gliding

Answer

Hyaluronic acid is a glycosaminoglycan in the loose connective tissue between fascial layers that acts as a lubricant, facilitating the sliding and gliding of adjacent fascial planes.

Question 2

Which type of fascia is the most relevant target when applying Graston Technique to deep musculature?

Accepted Answer

Deep fascia

Answer

Deep fascia is the dense, organized connective tissue that directly invests muscles and tendons, making it the primary target when using IASTM tools to address musculoskeletal restrictions.

Question 3

What structural change to collagen occurs during pathological scar tissue formation?

Accepted Answer

Collagen fibers become randomly oriented instead of parallel

Answer

During scar tissue formation, collagen fibers are deposited in a disorganized, random pattern rather than the parallel alignment of healthy tissue, resulting in reduced functional capacity.

Question 4

Which mechanical property allows fascia to resist deformation yet return to its original shape after loading?

Accepted Answer

Viscoelasticity

Answer

Viscoelasticity combines elastic behavior (deformation resistance and recovery) with viscous behavior (time-dependent response), allowing fascia to absorb forces and return to its original shape.

Question 5

Which mechanoreceptors in superficial connective tissue are sensitive to light touch and low-frequency vibration?

Accepted Answer

Meissner's corpuscles

Answer

Meissner's corpuscles are encapsulated mechanoreceptors located in the superficial connective tissue that are specifically tuned to detect light touch and low-frequency vibration.

GTS - Graston Technique Specialist Practice Test

GTS - Graston Technique Specialist Practice Test

GTS Fascial System & Connective Tissue Anatomy 2