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WorksheetsCosmetology: 102.06 The muscular system
Total questions: 79
Worksheet time: 59mins
Myology
is the study of structure, function, and diseases of the muscles
is the study of structure, skeletal, and beneficiaries of the muscles
is the study of ligaments, and body tissue of the human body
Is the study of bones
_____ is 40% to 50% of the body's weight
water weight
fat
bones
muscles
Muscles are fibrosis tissues that contract, when stimulated by massages carried by the nervous system, to produce movement
True
False
1. Movement of Body
2. Involvement in functions of the other body systems
3. supports of the skeleton
4. Contouring of the body
the functions of the ligament system
The functions of the tissue system
The functions of the muscular system
The functions of the skeletal system
There are two types of muscles
1. The voluntary
(non- straited)
2. In- voluntary
(straied)
1. The voluntary (striated)
2. In- Voluntary (non- straited)
1. upper muscle
2. Lower muscle
What *primary voluntary* muscles are salon professionals concerned with?
1. head
2. face
3. neck
4. arms
5. hands
6. legs
7. feet
1. head
2. face
3. neck
4. back
5. arms
6. feet
1. head
2. legs
3. shoulders
4. face
5. neck
The exact number of muscles varies based on whether you are counting by individual muscle parts of a single muscle with a count ranging from
15 to 76
270 to 360
500 to 850
1 to 5
Three parts of the muscle (in order)
1. origin
2. belly
3. Insertion
1. insertion
2. origin
3. belly
1. belly
2. insertion
3. origin
1. origin
2. insertion
3. belly
is the non-moving (fixed) portion of the muscle attached to the bones or other fixed muscle. The term skeletal
muscle refers to muscle attached to bone.
muscle
origin
belly
insertion
is the term applied to the midsection of the muscle
joint
insertion
origin
belly
the portion of the muscle joined to movable attachments: bones, movable muscles or skin
belly
insertion
origin
joint
Stimulation of muscular tissue can be achieved by using the following methods....
- Electric impulses
- chemical massages
- cold temperatures only
- massage
- Electric Current
- Temperature
- nerve impulses
- Chemicals
- Massage
- Electric Current
- Dry heat
- Acids
Muscles produce movement through
Contraction (tightening)
Expansion (relaxing)
contraction (relaxing) and Expansion (tightening)
When a contraction occurs one of the muscle attachments moves (out of what 3 parts of the muscles is being moved)
belly
origin
Insertion
joint
while the other remains fixed...( what muscles remains fixed, as the muscle moves?)
joint
belly
insertion
origin
facial muscles are only attached at the end
true
false
Anterior
located above or is larger
behind or in the back of
in front of
lifts up
Posterior
located above or is larger
opens, enlarges or expands
behind or in back of
lifts up
Superioris
lifts up
located above or is larger
in front of
draws down or depresses
inferiors
in front of
behind or in back of
located below or is smaller
draws down depresses
Lifts up
depressor
posterior
levator
dilator
depressor
draws down depresses
located below or is smaller
open, enlarges or expands
lifts up
Dilator
located below or is smaller
located above or is larger
in front
opens, enlarges or expands
what are primary interest as you perform scalp and neck massages?
neck and face muscles
scalp and face muscles
scalp and neck muscles
The salon professional will also often employ general massage techniques to the____ just before or during a shampoo
scalp and face
scalp and neck
face and neck
muscles affected by massage are generally massaged from the insertion attachment to the
joint attachment
insertion attachment
origin attachment
belly attachment
The professional who performs facials must know the position of the muscles in the face. Light massage, used when applying certain facial treatment products, should know the.......
nerve line
muscle line
tissue line
joint line
consists of all structures above the cranium, including muscle, skin, and aponeuroses
epicardium
pericranium
epicranium
Epicranius or Occipitofrontalis
is a broad muscle formed by two muscles joined by the aponeurosis tendon
is a broad muscle joined by the aponeurosis tendon
Frontalis
extends from the forehead to the top of the skull. Raises eyebrows draws scalp forward
at the nape of the neck. draws the scalp back
at the occipital. draws the scalp upward extending the neck forward
at the nape of the neck. Draws scalp back
epicranius
frontalis
epicardium
occipitalis
in front of the ear
Auricularis Posterior
Auricularis Anterior
Auricularis superior
Above the ear
Auricularis Superior
Auricularis Anterior
Auricularis Posterior
Behind the ear
Auricularis Superior
Auricularis Posterior
Auricularis Anterior
The three muscles of he ear are used to move the (visible part of the ear)
procerus
Anterior
Auricula
Auricularis
Between the eyebrows.
Controls the eyebrows, drawing them in and downward
Corrugator
Levator Pelpebrae superforis
Orbicualris Oculi
Procerus
Above the eyelids. Raises the eyelid
Orbicularis Oculi
Procerus
Levator Palpebrae Superforis
Corrugator
Circles the eye socket. Closes eyelid
Orbicularis Oculi
Corrugator
Procerus
Levator palpebrae superforis
Between the eyebrows, across the bridge of the nose.
Draws brows down; wrinkles the area across the bridge of the nose
Orbicularis Oculi
Procerus
Levator Palperbrae Superforis
Corrugator
What four muscles are inside the nose?
Nassalis, dialtor naris posterior, dilator naris anterior, depressor septi
corrugator, Levator Palpebrae Superfrosis, Orbicularis Oculi, Procerus
What four muscles in the nose control the contraction, and expansion of the nostrils
depressor septi, naris posterior, dilator naris anterior, nassalis
corrugator, procerus, orbicularis oculi, Levator palpebrae superforis
Cirlces the mouth.
Contracts, puckers and wrinkles the lips, as kissing or whistling
Mentalis
Orbicularis Oris
Risorius
Zygomatics
Consists of 3 parts located above the upper lip.
Raises both the nostrils and the upper lip, as in expressing distaste
Quadratus Labil Superioris
Quadratus Labil Inferioris
Mentalis
Buccinator
below the lower lip.
Pulls the lower lip down or to the side, as in expressing sarcasm
Craninus
Mentalis
Quadratus Labil Inferioris
Triangularis
Tip of the chin.
Pushes lower lip up and/or wrinkles the chin as in expressing doubt
triangularis
Risorius
Mentalis
caninus
Corner of the mouth.
Draws the mouth up and out, as in grinning
Triangularis
Craninus
Risouris
Mentalis
Draws the mouth up and out, as in grinning
Risorius
craninus
Mentalis
Triangularis
Above the corners of the mouth. Raises the angle of the mouth as in snarling
Buccinator
caninus
Triangularis
Zygomaticus
Below the corners of the mouth. Draws the corners of the mouth down, as in expressing sadness
Caninus
Triangularis
zygomaticus
Buccinator
Major and minor; outside the corners of the mouth .
Draws the mouth up and back, as in laughing
Caninnus
Triangularis
Zygomaticus
Buccinator
Between the jaws and cheek. Compressing the cheek to release air outwardly; as in blowing
caninus
Triangularis
Zygomaticus
Buccinator
Above and in front of the ear. Opening and clsoing the jaw; as in chewing (mastication)
Trapezius
Platysma
Temporalis
Massester
Covers the hinge of the jaw. Aids in closing the jaw, as in chewing (mastication)
Temporalis
Platysma
Masseter
Extends from the tip of the chin to the shoulders and chest. Draws the lower lip and corner of the mouth sideways and down, partially opening the mouth as in surprise or fright
Latissimus Dorsi
trapezius
Platysma
Sternocleido- mastoid
Extends along the side of the neck from the ear to the collarbone. Causes the head to move from side to side and up and down, as in nodding yes or no
Lastissmus Dorsi
Sternocleido- mastoid
Trapezius
Platysma
Flat, triangular, covers the upper and back part of the neck and shoulders. Aids in drawing the head back and elevating the shoulder blades
Sternocledio- mastoid
Platysma
Trapezius
Latissimus Dorsi
Extends across the front of the chest. Assist swinging the arms
Pectoralis Major, Pectoralis Minor
Deltoid
biceps
triceps
Under the arm.
Helps in lifting the arm and in
Triceps
Biceps
Serratus Anterior
Deltoid
Triangle-shaped; covers the shoulder.
Lifts the arm or turns it
Supinator
Deltoid
pronator
Extensor
Primary muscle in the front of the upper arm.
Raises to forearm, bends the elbow and turns the palm of the hand down
Pronator
Triceps
Biceps
Supinator
Extends the length of the upper arm to the forearm. Controls forward movement of the forearm
Extensor
Triceps
Flexor
Biceps
Runs parallel to the ulna. Turns the palm of the hand up
Extensor
Flexor
Supinator
Pronator
Runs across the front of the lower part of the radius and ulna. Turns the palm of the hand downward and inward
Deltoid
Extensor
Flexor
Pronator
Mid-forearm, on the inside of the arm. Bonds wrist and closes the fingers
Flexor
Extensor
pronator
suplnator
Mid-forearm, on the outside of the arm. Straightness the fingers and wrist
Biceps
Pronator
Flexor
Extensor
Stretches over fingers, separates fingers
Oppenes
Abductor
Adductor
Stretches over fingers. Draws the fingers together
Abductor
Adductor
opponens
palm of hand. Causes the thumb to move foward the fingers, giving the ability to grasp or make a fist
opponens
Adductor
Abductor
Covers in the front of the shin. Bends the foot upward and inward
Peroneus Longus
Soleus
Tiblalis Anterior
Gastrocenemius
back of the leg attached to the knee near the surface of the heel. Pulls the foot down
Extensor Hallucis Longus
Soleus
Peroneus Longus
Gastrocnemius
Originates in the upper 2/3 of the outer fibula. Causes the foot invert and turn outward
Peroneus
Soleus
Peroneus Longus
Extensor Hallucis Longus
Originates in the lower third of the fibula. Bends the foot down and out
Peroneus Longus
peroneus brevis
Soleus
Extensor Digitorum Longus
Orginates in the upper portion of the fibula from just below the knee to the heel. Bends the foot down
gastrocnemius
Peroneus Brevis
Soleus
Tiblalis Anterior
Outside of the lower leg, Bends the foot up and extends the toes
Extensor Hallucis Longus
Soleus
Perconeus Brevis
Peroneus Longus
Between the tibialis interior and extensor digitorum longus. Extends big toes and flexes foot
Peroneus Longus
Tibiallis Anterior
Extensor Hallucis Longus
Soleus
Along the base of the small toe. Flexes the joint of the small*** toe
Abductor Hallucis
Abductor Digiti Minimi
Flexor digitorum Brevis
Flexor Digiti minimi**** Brevis
Across the ball of the foot beneath the toes. Flexes the toes
Flexor Digitorum Brevis
Abductor Digiti minimi
Abductor Hallucis
Runs along the interior border of the foot. Moves away the big toe away from the other toes
abductor Digiti Minimi
Abductor hallucis
flexor digitorum Brevis
Flexor Digiti minimi brevis
Runs along the outside border of the foot and connects to the heel. Moves the smallest toe away from the other toes
Abductor hallucis
Flexor digiorum brevis
Abductor Digiti Minimi
Flexor digiti minimi brevis
