Class 5 Flashcards

1
Q

What are Cyriax Frictions?

A

repetitive, nongliding technique where a specific contact, such as the fingertips or thumb, is used to penetrate dense connective tissue and produce small movements between its fibers.

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2
Q

What are Indications/Uses of Cyriax Frictions?

A

To increase extensibility of connective tissue by promoting realignment and remodeling of its collagen fibers. Most often used when treating adhesions associated with chronic-stage orthopedic injuries, scars and Repetitive strain injuries.

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3
Q

What are Contraindications of Cyriax Frictions?

A

Same as MFR/direct myofascial techniques.

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4
Q

How to perform Cyriax Frictions Technique?

A

• Inform client that this is painful technique.
• Pain and tissue resistance serve as primary guidelines. Pain should be about 5/10 on a pain scale
• Prepare the tissue with heat or with GST/ dry petrissage or rhythmic compressions (approx. 5 minutes)
• Make sure all oil is removed
• Stabilize structure
• Direction of friction should be perpendicular (Cross- fiber) to the muscle, ligament or tendon
• Use reinforced finger tips or thumbs
• Sufficient tension is needed for the force of the friction to be effectively isolated from normal tissues but not so stretched that you are unable to penetrate the tissue. Rule of thumb: The deeper the tissues the less stretch needed
• Sheathed tendons should be treated in a stretched position.
• Tissue is moved as one unit to the “stretch point” without ever sliding over the skin (to stretch and separate fibers) this is why we remove the oil.
• Accurate palpation
• Use short strokes less than 1-2 cm (think using an eraser)
• Check in with client before one minute is up to see if the pain is lessening or increasing. Make necessary adjustments to stop or continue frictions
• Palpable softening or 1-2 minutes
• Stretch
• Ice if inflammation response is initiated

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5
Q

What is a Framing General Massage Technique?

A

• Serves to frame and connect the other techniques
• Is the principal palpation tool
• Imparts a sense of structure to the sequence
• Is chosen with the outcomes of the intervention in mind

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6
Q

What are the differences between general and specific massage techniques?

A

General massage techniques:
• Have a large amplitude
• Use a broad contact surface
• Engage and provide information about a large area or a large group of tissues E.g., effleurage
• Allow for palpation of connected areas
• Will change client state of well-being

Specific massage techniques:
• Have a small amplitude
• Use a small contact surface
• Engage and provide information about a small area or a small group of tissues E.g., specific compression
• Might be as much as a 15 minute intervention

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7
Q

We apply general techniques before specific ones in order to?

A

• Get a full palpatory scan of the tissues in a region
• Identify imbalances in the tissues that you may have missed during the client examination
• Assess the broader manifestations of a local problem

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8
Q

We apply superficial techniques before deeper ones in order to?

A

• Allow client to accommodate to your touch
• Enable you to palpate with your hands in most
relaxed and sensitive position
• Start treatment at most superficial layer of tissues with a problem (e.g., elevated resting tension) before trying to treat deeper layers

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9
Q

We apply massage techniques from the periphery to the center of the region, when you are treating?

A

• A circumscribed area of local pathology
• An area of local swelling
• Specifically used when treating acute and subacute
local injuries or scar tissue and when approaching areas
of apprehension or pain.
• Moving back to periphery reduces possibility of
kickback pain.
• Several treatments may be necessary before we treat
central area

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10
Q

If the outcome is to enhance return of lymph or venous blood we should use?

A

• Use centripetal pressure
• Use assistance of gravity when possible
• Begin proximally, proceed distally, return proximally, and repeat
• Maximize relaxation of proximal muscle groups

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11
Q

We apply massage techniques. from Proximal Distal to
proximal, What is the purpose of P-D-P?

A

• Restrictions and muscle tone are reduced to allow more efficient venous and lymphatic return from distal parts of the limb
If the outcome is to enhance return of lymph or venous blood:
- Use centripetal pressure
- Use assistance of gravity when possible
- Begin proximally, proceed distally, return
proximally, and repeat
- Maximize relaxation of proximal muscle groups
• With acute injury the injury site is considered
distal
• Does not necessarily apply to non-circulatory

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12
Q

You should address agonist, antagonist, and synergist groups, especially if you are applying?

A

• Neuromuscular techniques
• Connective tissue techniques
• Specific techniques with higher force in small areas or for long periods

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13
Q

What type of technique engages only the skin and may produce reflex effects but no mechanical effects?

A

SUPERFICIAL REFLEX TECHNIQUES

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14
Q

What type of technique produce mechanical effects on the lymphatics?

A

SUPERFICIAL FLUID TECHNIQUES

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15
Q

What type of technique
• Produces substantial tissue or joint motion without effort on the part of the client
• Engages multiple tissues and structures and have wide-ranging effects on fluid flow, connective tissue, and the
neural control of muscle tone

A

PASSIVE MOVEMENT TECHNIQUES

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16
Q

What type of technique
• Deform and release tissues quickly
• Engage different tissues depending on the force with which therapists apply them
• May also produce useful reflex neuromuscular effects

A

PERCUSSIVE TECHNIQUES

17
Q

What are examples of NEUROMUSCULAR TECHNIQUES?

A

• Broad compression
• Specific compression
• Muscle stripping

18
Q

What are examples of CONNECTIVE TISSUE TECHNIQUES?

A

• Skin Rolling
• Myofascial Release Techniques
• Direct Myofascial
• Frictions

19
Q

What is an example of MUSCLE ENERGY TECHNIQUES?

A

PIR (Post-Isometric Relaxation)

20
Q

What are examples of PROPRIOCEPTIVE TECHNIQUES?

A

➢ GTO
➢ Origin and Insertion (O/I)
➢ Muscle Approximation
➢ Reciprocal Inhibition

21
Q

When performing palpatory assessment you should?

A

• Demonstrate palpatory assessment
• Differentiate between normal and abnormal findings
• Identify the relationship between findings and patient/client presentation

22
Q

WHAT YOU NEED TO INQUIRE ABOUT WHEN PALPATING?

A

• How do I need to palpate for the information I am
seeking?
• Specify the object you want to palpate before you start.

23
Q

Different direction of forces will produce a different effect in tissues. What are some examples of forces?

A

• SHEARING FORCE – perpendicular to patient’s tissue
• DRAG – is more parallel to the patient’s tissue
• When used together for a longer period of time, they become very similar to petrissage

24
Q

What are the principles of palpation?

A

• Rate of palpation
• Pressure of palpation
• Duration of palpation

25
Q

What should we palpate for?

A

• Temperature
• Contour and bulk
• Texture and consistency
• Fluid status
• Resistance to movement
• Barriers
• Tone

26
Q

Therapist encounters different layers of tissue, starting
superficial to deep.
Identifying the characteristics of these layers will help us distinguish between the layers. These characteristics are?

A

• Firmness
• Density
• Texture
• Mobility

27
Q

What are the objects of palpation?

A

•Skin
• Fascia (superficial and deep)
• Muscles
• Fat
• Bone and periosteum
• Pulses and Respiratory
• Rhythm
• Joints
• Nerves

28
Q

What is a barrier?

A

• A barrier is an obstruction: a factor that restricts or changes the quality of free movement.
• Normal soft tissue ROM – Associated with available range
of joints.
• Normal tissue has barriers/resistances, that can limit movement.

29
Q

What is a physiological barrier?

A

Normal resistance that determines the ROM that is available under normal circumstances (the range between the two physiological barriers). The least resistance being in mid range.

30
Q

What is an elastic barrier?

A

Resistance that the therapist feels at the end of passive ROM when they have taken the slack of the tissue.

31
Q

What is an anatomical barrier?

A

Final tissue resistance to normal ROM that the bone,
soft tissue or ligament can provide.

32
Q

What are Restrictive or pathological, barriers in soft tissue?

A

• Occurs when a soft tissue dysfunction is presenting,
while (skin, fascia, muscle, ligament, joint capsule) can be in normal physiological barriers. This can limit ROM.

33
Q

What is the barrier release phenomenon?

A

Therapist palpates a resistance to tissue motion by sustaining pressure until they feel a softening. This will allow the resistance to decrease therefore allowing therapist to move tissue beyond the original barrier without increasing the pressure. Ex. PIR

34
Q

What are emotional barriers?

A

Chronic muscular tension that is a result of unconscious or
conscious emotions.

35
Q

How do you find/palpate barriers?

A

• Moving the joints of a limb through its range of motion, will change the tension of the associated tissues
• Palpation vertically into the tissue, will also give rise to resistance/tissue barriers.