FREE Massage Therapist Massage Techniques and Effects Questions and Answers Flashcards
6 cards from real Massage Therapist practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.
Read the first 6 FREE Massage Therapist Massage Techniques and Effects Questions and Answers flashcards as text
Which form of tapotement is performed using cupped hands to create a hollow sound upon contact?
Answer: Cupping
Cupping uses cupped hands striking the skin to create a hollow sound, commonly used over the thorax to loosen mucus.
A therapist applies sustained pressure to a myofascial trigger point until the tissue releases. This technique is known as:
Answer: Ischemic compression
Ischemic compression involves applying sustained pressure to a trigger point to reduce hypersensitivity and restore normal tissue function.
Which physiological effect explains why massage can reduce muscle spasm?
Answer: Stimulation of the Golgi tendon organs causing autogenic inhibition
Pressure on the Golgi tendon organs triggers autogenic inhibition, a reflex that causes the muscle to relax.
What distinguishes vibration from shaking as a massage technique?
Answer: Vibration uses fine trembling movements applied to a fixed point while shaking moves the entire limb
Vibration involves fine, rapid trembling applied to a specific point, whereas shaking involves oscillating an entire limb or muscle group.
When performing petrissage on the upper trapezius, what is the expected local circulatory effect?
Answer: Increased local blood flow and enhanced nutrient delivery to the tissue
The kneading action of petrissage increases local circulation, bringing fresh oxygen and nutrients while removing metabolic waste.
A client reports reduced pain perception after receiving massage. Which neurological mechanism best explains this outcome?
Answer: Gate control theory — mechanoreceptor stimulation blocks pain signal transmission at the spinal cord
Gate control theory states that stimulation of large-diameter mechanoreceptors through touch can inhibit pain signal transmission at the spinal cord level.