benefits of massage Flashcards

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1
Q

Relieving Muscular

Tension

A
Massage stimulates the “Relaxation
Response”
• a state where the heart and breathing
rate slow down, blood pressure goes
down, there is a decrease in stress
hormones and muscles relax
• increase in serotonin levels, a
chemical that positively affects
emotions
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2
Q

Reducing Soreness and

Fatigue

A
Massage enhances blood circulation,
which increases the amount of oxygen
and nutrients available to the muscles:
• Increased oxygen and nutrients
reduce muscle fatigue and post
exercise fatigue
• A fatigued muscles recuperates 20%
after 5 min of rest and 100% after 5
min of massage
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3
Q

Trigger Points

A
• Trigger point formation is greatly
reduced by the pressure applied
during a massage
• Massage affects the trigger points in
both the muscle and fascia
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4
Q

Muscle Fibers

A

Massage compressive strokes and
cross-fiber friction strokes manually
separate muscle fibers
• reduces muscle spasms

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5
Q

Improving balance

A
• Massage helps stimulate the body’s
proprioceptors
• These are nerve endings that tell the
body where it’s part are in space
• For example, if you close your eyes,
you can still touch your nose or your
foot without seeing it
• Your body’s proprioceptive nerves
let you know where it is
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6
Q

Proprioception

A
Proprioceptive input can become
altered due to injuries and improper
movement
• Massage can help stimulate those
nerves and improve movement to
increase proprioceptive input
• Leads to better balance and lesser
change of injury
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7
Q

Increased Range of

Motion

A
• When muscular tension is reduced,
range of motion is improved
• The movement of joints is dictated by
the movement of muscles
• If the muscles are tight, then the
joints can not move freely and
optimally
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8
Q

Weak Muscles

A
Massage aids in toning weak muscles
because muscle spindle activity is
increased during massage
• An increase in muscle spindle activity
creates muscle contractions, aiding in
toning weak muscles
• Massage is extremely beneficial for
those with muscle atrophy
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9
Q

Improves muscular nutrition

A
Massage can improve blood and lymph
circulation through the physical
manipulation of soft tissue and
chemicals that are released as part of
the relaxation response
• Improved circulation will bring
nutrients to the cells and remove
waste products
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10
Q

Improving Circulation

A
Massage can improve blood and lymph
circulation through the physical
manipulation of soft tissue and
chemicals that are released as part of
the relaxation response
• Improved circulation will bring
nutrients to the cells and remove
waste products
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11
Q

Skeletal System

A

Increases mineral retention

• Promotes fracture healing

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12
Q

Mineral Retention

A

Massage increases the retention of
nutrients such as nitrogen, sulfur and
phosphorus in the bones

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13
Q

Fracture Healing

A

When a bone is fractured, the body forms a
network of new blood vessels at the break
site
• Massage increases circulation around the
fracture, promoting healing
• Increased circulation lead to increased
deposition of callus to the bone
• Callus is formed between and around the
broken ends of a fractured bone during
healing and is then replaced by compact
bone

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14
Q

Nervous System

A
  • Promotes relaxation
    • Decreases Pain
    • Activates sensory receptors
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15
Q

Relaxation

A
General relaxation is promoted
through activation of the relaxation
response
• This also has a diminishing effect on
pain sensation
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16
Q

PAIN #1

A
Massage relieves local and referred
pain caused by hypersensitive trigger
points
• These points are caused by ischemia
(decreased blood flow)
• Increasing blood flow helps
eliminate these trigger points
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17
Q

Pain #2

A
Massage stimulates the release of
endorphins, enkephalins and other
pain reducing neurochemicals
• Endorphins cause a euphoric state of
mind (example is a “runner’s high”)
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18
Q

Pain #3

A
The pressure of massage interferes
with pain information entering the
spinal cord by stimulating pressure
receptors
• This works to further reduce pain
(based on the pain gate theory)
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19
Q

Pain Gate Theory

A
The Gate Control Theory of Pain was
first introduced by Ronald Melzack
and Patrick Wall in 1965
• This theory states that non-painful
stimulation closes the “gates” to
painful input
• Example, rubbing an area after you
hit it on something helps to reduce the
pain sensation
20
Q

Pain #4

A

Massage interrupts the pain cycle by
relieving muscular spasms, increasing
circulation, and promoting rapid
disposal of waste products

21
Q

Pain #5

A
• During deep sleep, a substance called
somatostatin is released
• Massage helps improve sleeping,
which improves the levels of
somatostatin released
• Without this substance, pain is
experienced
22
Q

Sensory Receptors

A

Massage can stimulate difference sensory
receptors depending on the stroke choice,
direction, speed and pressure
• Cross-fiber tapotement stimulates muscle
spindles, which activates muscular
contraction
• Slow, passive stretch and deep effleurage
activate Golgi tendon organs, which inhibit
muscular contraction
• Activation of sensory pressure receptors
reduces pain

23
Q

Cardiovascular System

A
• Dilates blood vessels
• Improves blood circulation
• Stimulates release of acetylcholine and
histamine for sustained vasodilation
• Replenishes nutritive materials
• Reduces ischemia
• Decreases blood pressure and reduces heart
rate
24
Q

Blood Vessels

A
• The body responds to massage by
reflexively dilating the blood vessels
• This in turn, aids in improving blood
circulation and lowering blood
pressure
25
Q

Circulation

A
• Deep stroking improves blood
circulation by mechanically assisting
venous blood flow back to the heart
• The increase of blood flow is
comparable to that of exercise
• It has been documented that during a
massage, local circulation increases
up to 3 times more than circulation at
rest
26
Q

Vasodilation

A

• Massage stimulates the release of
acetylcholine and histamine
• These substances prolong vasodilation
(dilation of veins)

27
Q

Replenishing Nutritive

Materials

A

• Increased blood circulation leads to an
increase in nutritive materials such as
oxygen and other nutrients to the
cells and tissues

28
Q

Ischemia

A
• Massage reduces ischemia and
ischemic-related pain
• Ischemia is the term used when blood
flow is decreased to an area
• Ischemia plays a role in creating
trigger points which are associated
with pain referral patterns
29
Q

Decrease in Blood

Pressure

A
• Blood pressure is decreased by
dilation of blood vessels
• Both diastolic and systolic readings
decline and last approx 40 min after
the massage session
30
Q

Decreases Heart Rate

A

• Massage decreases heart rate through
the activation of the relaxation
response

31
Q

Integumentary

A

Increases skin temperature
• Improves skin condition
• Reduces superficial keloid formation

32
Q

Temperature

A

• Skin temperature increases due to

increased blood flow

33
Q

Skin Condition

Improvement

A
• As superficial blood vessels dilate, and
circulation increases, the skin
appears hyperemic (increased blood
flow makes it red in appearance)
• This brings added nutrients to the
skin, improving the skin’s condition,
texture and tone
34
Q

Skin Pathologies

A
• Unless a condition contraindicates
massage, skin pathologies may
improve by decreasing redness,
reducing thickening/hardening of the
skin, increasing healing of skin
abrasion and reducing itching
35
Q

Reduces Keloid

Formation

A
• Keloids (also known as granulation
tissue) are made up of scar tissue
• Massage applied to scar tissue helps
reduce the formation of keloids in the
skin and excessive scar formation in
the soft tissue beneath
36
Q

Urinary System

A

• Increases urine output
• Promotes the excretion of metabolic
wastes

37
Q

Increased Urine Output

A
• Massage activates dormant capillary
beds and recovers lympathic fluids for
filtration by the kidney
• This in turn, increases the frequency
of urination and amount of urine
produced
• Massage is also relaxing, which
promotes general homeostasis
(balance of the systems)
38
Q

Promotes Excretion

A
• Massage promotes excretion of
nitrogen, inorganic phosphorus, and
sodium chloride in urine
• Levels of these metabolic wastes are
elevated in urine after a massage
39
Q

Endocrine System

A

• Increases dopamine and serotonin
levels
• Reduces cortisol levels
• Reduces norepinephrine levels

40
Q

Dopamine Levels

A

Massage increases dopamine levels
• Increased levels of dopamine are
linked to decreased stress levels and
reduced depression

41
Q

Serotonin Levels

A
• Massage increases serotonin levels
• Increased levels of serotonin suggest a
reduction of both stress and
depression
• It is believed that serotonin inhibits
transmission of noxious signals to the
brain, reducing pain
42
Q

Cortisol Reduction

A
• Massage reduces cortisol levels by
activating the relaxation response
• Elevated levels of cortisol are found in
individuals that are stressed
• Also found to decrease immune
function
43
Q

Norepinephrine Levels

A
Norepinephrine is another stress
hormone
• Massage has proven effective in
reducing this hormone due to the
relaxation response
44
Q

Lymphatic System

A

• Promotes lymph circulation
• Increases lymphocyte count
• Increases the number and function of
natural killer cells

45
Q

Lymph Circulation

A
• Lymph is a fluid that moves slowly
within it’s own system of vessels
• Lymphatic circulation depends
entirely on pressure from muscle
contraction, breathing and applied
pressure from massage
46
Q

Increase in Lymphocytes

A
• Lymphocytes are types of White Blood
Cells (WBC)
• Massage increases the number of
lymphocytes which has a positive
effect on the immune system
47
Q

Natural Killer Cells

A
• Natural killer cells are also types of
WBCs
• Massage increases the number of
Natural Killer Cells which improves
the immune system