Fortinberry - Chapter 5 (PT Apps) Flashcards
Equipment and Devices
Which of the following is a contraindication to ultrasound at 1.5 watts/cm with a 1 MHz sound head?
Over a recent fracture site
Over uncemented metal implant
Over a recently surgically repaired tendon
Over quadriceps muscle belly
Over a recently surgically repaired tendon
While obtaining history from a 62-year-old woman weighing 147 pounds, the therapist discovers that the patient has a history of RA. The order for outpatient physical therapy includes continuous traction due to an L2 disc protrusion. What is the best course of action for the therapist?
a. Follow the order
b. Consult with the physician because RA is a contraindication
c. Apply intermittent traction instead of continuous traction
d. Use continuous traction with the weight setting at 110 pounds
b. Consult with the physician because RA is a contraindication
A 25-year-old woman has been referred to a physical therapist by an orthopedist because of low back pain. The therapist is performing an ultrasound at the L3 level of the posterior back when the patient suddenly informs the therapist that she is looking forward to having her third child. On further investigation, the therapist discovers that the patient is in the first trimester of the pregnancy. Which of the following is the best course of action for the therapist?
a. Change the settings of the ultrasound from continuous to pulsed
b. Continue with the continuous setting because first-trimester pregnancy is not a contraindication
c. Cease treatment, notify the patient’s orthopedic physician, and document the mistake
d. Send the patient to the gynecologist for an immediate sonogram
c. Cease treatment, notify the patient’s orthopedic physician, and document the mistake
The therapist routinely places ice on the ankle of a patient with an acute ankle sprain. Ice application has many therapeutic benefits. Which of the following is the body’s first response to application of ice?
Vasoconstriction of local blood vessels
Decreased nerve conduction velocity
Decreased local sensitivity
Complaints of pain
Vasoconstriction of local blood vessels
Which of the following theories support the use of a TENS unit for sensory level pain control?
Gate control theory
Sensory interaction theory
Central summation theory
Sensory integration theory
Gate control theory
Which of the following tissues absorbs the least amount of an ultrasound beam at 1MHz?
Bone
Skin
Muscle
Blood
Blood
The therapist decides to use ES to increase a patient’s quadriceps strength. Which of the following is the best protocol?
a. Electrodes placed over the superior/lateral quadriceps and the vastus medialis obliquus; stimulation on for 15 seconds, then off for 15 seconds
b. Electrodes over the femoral vein in the proximal quadriceps and the vastus medialis obliquus; stimulation on for 50 seconds, then off for 10 seconds
c. Electrodes over the vastus medialis obliquus and superior/lateral quadriceps; stimulation frequency set between 50 and 80 Hz, pps
d. Electrodes over the femoral nerve in the proximal quadriceps and the vastus medialis obliquus; stimulation frequency set between 50 and 80 Hz pps
c. Electrodes over the vastus medialis obliquus and superior/lateral quadriceps; stimulation frequency set between 50 and 80 Hz, pps
A therapist should consider using a form of treatment other than moist heat application on the posterior lumbar region of all of the following patient except
a. Patient with a history of hemophilia
b. Patient with a history of malignant cancer under the site of heat application
c. Patient with a history of Raynaud’s phenomenon
d. Patient with a history of including many years of steroid therapy
c. Patient with a history of Raynaud’s phenomenon
A 50-year-old woman has been receiving treatment in the hospital for increased edema in the right UE. The therapist has treated the patient for the past 3 weeks with an intermittent compression pump equipped with a multi-compartment compression sleeve. The patient’s average blood pressure is 135/80 mmHg. The daily sessions are 3 hours in duration. The pump is set at 50 mmHg, 40mmHg, and 30 mmHg (distal to proximal) for 30 seconds, on and off for 15 seconds. The therapist decides to change the parameters. Of the following changes, which is the most likely to increase the efficiency of treatment?
a. Place the patient in a seated position with the right UE in a dependent position versus supine and elevated
b. Increase the maximal pressure from 50 mmHg to 60 mmHg
c. Change the on/off time to 15 seconds on and 45 seconds off
d. Equalize the sleeve compartments versus having greater pressure distally
b. Increase the maximal pressure from 50 mmHg to 60 mmHg
A therapist chose to work with her patient using fluidotherapy rather than paraffin wax. The patient has a lack of ROM and also needs to decrease hypersensitivity. There are no open wounds on the hand to be treated. Which of the following would not be an advantage of using fluidotherapy versus paraffin wax in the above scenario?
a. The therapist can assist ROM manually while the patient has his hand in the fluidotherapy and not while in the paraffin wax
b. The fluidotherapy can be used to assist in desensitization by adjusting air intensity
c. The fluidotherapy can be provided at the same time as dynamic splinting, and this cannot be done while in paraffin wax
d. The fingers can be bound, to assist gaining finger flexion, with tape while in fluidotherapy and not in paraffin wax
d. The fingers can be bound, to assist gaining finger flexion, with tape while in fluidotherapy and not in paraffin wax
A therapist is treating a 35-year-old man who has suffered loss of motor control in the right LE due to peripheral neuropathy. The therapist applies biofeedback electrodes to the right quadricep in an effort to increase control and strength of this muscle group. The biofeedback can help achieve this goal in all of the following ways except
a. Providing visual input for the patient to know how hard he is contracting the right quadricep
b. Assisting the patient in recruitment of more motor units in the right quadricep
c. Providing a measure of torque in the right quadricep
d. Providing the therapist input on the patient’s ability and effort in contracting the right quadricep
c. Providing a measure of torque in the right quadricep
A patient is receiving electrical stimulation for muscle strengthening of the left quadricep. One electrode from one lead wire, 4 x 4 inches in size, is placed on the anterior proximal portion of the left quadricep. Each of the two other electrodes from one lead wire are 2 x 2 inches in size. One of the electrodes is placed on the inferior medial side of the left quadricep and one on the inferior lateral side of the left quadricep. This is an example of what type of electrode configuration?
Monopolar
Bipolar
Tripolar
Quadripolar
Bipolar
In comparing the use of cold pack and hot pack treatments, which of the following statements is false?
a. Cold packs penetrate more deeply than hot packs
b. Cold increases the viscosity of fluid and heat decreases the viscosity of fluid
c. Cold decreases spasm by decreasing sensitivity to muscle spindles and heat decreases spasm by decreasing nerve conduction velocity
d. Cold decreases the rate of oxygen uptake, and heat increases the rate of oxygen uptake
c. Cold decreases spasm by decreasing sensitivity to muscle spindles and heat decreases spasm by decreasing nerve conduction velocity
A patient is being treated with iontophoresis, diving dexamethasone, for inflammation around the lateral epicondyle of the left elbow. The therapist is careful when setting the parameters and with cleaning the site of electrode application to prevent a possible blister. This possibility is not as strong with some other forms of electrical stimulation, but with iontophoresis using a form of __, precautions must be taken to ensure that the patient does not receive mild burns or blisters during the treatment session.
Alternating current
Direct current
Pulsed current
TENS
Direct current
A 63-year-old woman presents to physical therapy with a diagnosis of herpes zoster. The physician informs the PT that the L5 dorsal root is involved and that the TENS unit should be used to help control the pain. Where should the TENS unit electrodes be placed?
Posterior thigh
Lateral hip/greater trochanter area
Anterior thigh
Anterolateral tibia
Anterolateral tibia
A physician has ordered ES to a 43-year-old male with complaints of SCM spasms. What is the appropriate course of action by the PT?
a. Begin intervention with low frequency, high phase duration ES
b. ES in this area is a contraindication. Contact physician to discuss alternative interventions
c. Begin intervention with high frequency, low phase duration ES
d. Use ultrasound only and do not contact the physician
b. ES in this area is a contraindication. Contact physician to discuss alternative interventions
The PT has decided to use FES in order to help an SCI patient ambulate. What is the lowest SCI level that FES would be considered?
T3-T4
T8-T9
T11-T12
L3-L4
T11-T12
A PT is using a cold pack to decrease inflammation after a therapeutic exercise session. Which of the following areas needs to be monitored most closely during the ice pack application?
Lateral knee
Lumbar area
Quadriceps area
AC joint
Lateral knee
In which of the following patient conditions would it be safe to apply spinal traction to help decompress a spinal nerve root?
Acute RA
DJD
Osteoporosis
Spinal tumor
DJD
Which of the following best describes the patient’s position when administering positional traction?
a. Hanging upside down on an inversion table (or with inversion boots)
b. Hanging by the hands (right side up) from an overhead bar
c. Side-lying with a pillow placed under one side of the lumbar spine
d. Sitting with head in a halter that is attached to an over-the-door traction
c. Side-lying with a pillow placed under one side of the lumbar spine
You plan to administer lumbar traction to a patient who has back pain and nerve root impingement. You determine from your history that this patient has no contraindications to the use of traction. What other piece of information do you need to obtain from this patient in order to determine the appropriate intensity for your traction treatment?
Age
Body weight
Medications currently taken
Pain rating
Body weight
Before a lumbar traction treatment, your patient tells you that his pain is localized in his low back and right buttock. Your examination indicates a medium-sized herniated disk. The day after the traction treatment, he tells you that his back pain has diminished, but he now has deep aching and numbness down the posterior aspect of his right LE. In addition, you are no longer able to elicit his Achilles tendon reflex. Based on these responses, you should
a. Increase the intensity of the traction during the next treatment session
b. Reduce the intensity of the traction during the next treatment session
c. Swing from a static to an intermittent mode of traction application
d. Discontinue the traction treatments
d. Discontinue the traction treatments
You administer cervical traction to a patient in your clinic to help stretch the tight soft tissues along the posterior aspect of her neck. She responds well to the initial treatment so you arrange for her to lease a home cervical traction unit to continue this treatment on a daily basis. In what position would you instruct her to place the traction unit to produce the optimal effect?
a. At a downward angle that pulls her neck into slight extension
b. At an upward angle that slightly flexes her neck
c. At an upward angle that fully flexes her neck
d. Lying flat with no angle (no extension or flexion)
b. At an upward angle that slightly flexes her neck
When the goal of a lumbar traction is to cause distraction of the vertebrae, the magnitude is to cause distraction of the vertebrae, the magnitude of the traction force should approximate what percent of the patient’s body weight?
10%
25%
50%
75%
50%
Which of the following is not a physiologic benefit associated with the use of CPM?
a. Prevents muscle atrophy by stimulating a normal concentric contraction
b. Prevents adhesions by orienting collagen fibers as they heal
c. Reduced edema by facilitating the movement of fluid in and out of the joint
d. Reduced pain via the stimulation of joint mechanoreceptors
a. Prevents muscle atrophy by stimulating a normal concentric contraction
A patient with venous insufficiency in his lower extremities is referred for instruction on the use of a pneumatic compression pump at home. What inflation pressure and the treatment time will you use to initiate this compression treatment?
a. Continuous pressure equal to the patient’s diastolic BP for 20-30 minutes
b. Continuous pressure between 30 and 50 mmHg for 20-30 minute
c. Intermittent pressure no higher than 30 mmHg for one hour
d. Intermittent pressure between 40 and 80 mmHg for 2 hours
d. Intermittent pressure between 40 and 80 mmHg for 2 hours
Which of the following conditions would contraindicate the use of an intermittent pneumatic compression pump?
Congestive heart failure
Lymphedema
Recent joint arthroplasty
Venous stasis ulcers
Congestive heart failure
You are treating a patient with acute bicipital tendinitis, so your goal is to reduce inflammation. Two of your treatment choices are iontophoresis and phonophoresis. Which of the following comparative statements regarding these two modalities are true?
a. Both procedures can be performed at home by the patient
b. Both procedures require medications to be suspended in a solution
c. Iontophoresis can deliver medication to deeper tissues than phonophoresis
d. Iontophoresis is more likely to cause skin irritation than phonophoresis
a. Both procedures can be performed at home by the patient
If you are using dexamethasone to an inflamed tissue, which of the following would be the most appropriate treatment parameters?
a. Active electrode; intensity = 1.5 mAmps; treatment time = 30 minutes
b. Active electrode; intensity = 2 mAmps; treatment time = 20 minutes
c. Active electrode; intensity = 4 mAmps; treatment time = 10 minutes
d. Active electrode; intensity = 8 mAmps; treatment time = 5 minutes
b. Active electrode; intensity = 2 mAmps; treatment time = 20 minutes
If you want ions into the tissue, as in the application of iontophoresis, what type of electrical current will you need to use?
Continuous biphasic
Continuous monophasic
Pulsed biphasic
Pulsed monophasic
Continuous monophasic
You have a patient with a diabetic ulcer that has not responded well to conventional treatment, so you think he might be a good candidate for ES. Which type of ES would most likely facilitate wound healing?
a. High-volt using a pulsed monophasic waveform
b. Interferential (medium frequency)
c. Iontophoresis using a continuous monophasic waveform
d. TENS using a pulsed biphasic waveform
a. High-volt using a pulsed monophasic waveform
You are treating a patient who is recovering from a muscle strain and you want to help increase the blood flow to that muscle as well as enhance its extensibility. Which thermal agent is most likely to produce these effects in muscle tissue?
Hot pack
Infrared radiation
Pulsed ultrasound
SWD
SWD
You decide to use sensory-level (i.e., conventional) TENS to provide some relief for incisional pain in your patient who recently underwent knee surgery. The physiological mechanism by which this form of TENS is thought to provide is known as __ inhibition.
Autogenic
Descending
Presynaptic
Reciprocal
Presynaptic
You want to use NMES to facilitate AROMs in a patient who is recovering from a fractured wrist. The patient has bony union but is limited by soft tissue tightness in her wrist flexors and extensors because of her immobilization. Which of the following stimulation parameters would you recommend?
a. Reciprocal stimulation mode using a frequency of 40 Hz and high enough intensity to elicit a full muscle contraction
b. Reciprocal stimulation mode using a frequency of 2 Hz and high enough intensity to elicit an observable muscle twitch
c. Synchronous stimulation mode suing a frequency of 100 Hz with high enough intensity to elicit a comfortable sensory response
d. Synchronous stimulation mode using a frequency of Hz with intensity as high as the patient can tolerate
a. Reciprocal stimulation mode using a frequency of 40 Hz and high enough intensity to elicit a full muscle contraction
You have a patient with subacute RA in her hands who also has a history of Raynaud’s disease. Which of the following modalities would be contraindicated for this patient?
Cold pack
Fluidotherapy
Paraffin wax bath
UV light
Cold pack
You plan to administer a combination of US and ES to a patient who is experiencing muscle spasm in her upper trapezius and posterior neck muscles following a recent whiplash injury. To perform this type of treatment, what type of electrode setup would you use?
a. Bipolar technique using a dispersive pad that equal to the size of the soundhead
b. Monopolar technique using a dispersive pad that is much larger than the soundhead
c. Monopolar technique using a dispersive pad that is much smaller than the soundhead
d. Quadripolar technique using 2 soundheads and 2 equal-sized dispersive pads
b. Monopolar technique using a dispersive pad that is much larger than the soundhead
You are treating a 12-year old patient with Osgood Schlatter disease and want to apply a modality treatment over his tibial tuberosity to help relieve his pain. Which of the following should you probably avoid using in a patient his age?
Ice massage
Iontophoresis
TENS
Ultrasound
Ultrasound
You have an older patient with balance problems who you think would benefit from walking in a therapeutic pool. However, this patient also has some LE edema associated with venous insufficiency. What effect might the pool therapy have on her edema?
a. The hydrostatic pressure exerted by the water should reduce her edema
b. The relaxing effect of the water is likely to slow her circulation and diminish her edema
c. Her edema will probably worsen because therapeutic pools are usually heated to at least 100 degrees F
d. It should have no effect on her edema because walking in water is not that strenuous
a. The hydrostatic pressure exerted by the water should reduce her edema
You are treating a patient who is recovering from Guillain Barre syndrome and is still experiencing considerable weakness and fatigue in her LE muscles. You want to use some ES to help facilitate the strength of her muscle contractions. What type of duty cycle would be most appropriate for a patient like this?
10 seconds on, 50 seconds off
10 seconds on, 15 seconds off
15 seconds on, 15 seconds off
15 seconds on, 5 seconds off
10 seconds on, 50 seconds off
You have placed equal-sized electrodes over the dorsal aspect of a patient’s proximal and distal forearm in order to stimulate his wrist and finger extensor muscles. However, when you first turn the electrical stimulator on, the response you are getting is finger flexion, rather than extension. How would you correct this problem to get the desired motor response?
a. Increase the pulse duration to maximize the intensity
b. Move the electrodes closer together over the muscle belly
c. Switch from a biphasic current to a monophasic current
d. Use a smaller electrode over the distal forearm
b. Move the electrodes closer together over the muscle belly
You are using ES to facilitate the contraction of a muscle that is recovering from a PNI. Because the patient only shows signs of partial innervation at this time, any electrical stimulation treatment will require the use of a stimulator that can produce a
a. High amplitude and long pulse duration
b. High duration (i.e., 5000 Hz)
c. Monophasic waveform of positive polarity
d. Very low intensity in the microamperage range
a. High amplitude and long pulse duration
You are treating a patient with adhesive capsulitis of the glenohumeral joint. You decide to administer some ultrasound in order to increase the extensibility of the patient’s joint capsule before you begin joint mobilization procedures. Which ultrasound parameters are most likely to produce the desired results in this particular tissue?
1 MHz continuous ultrasound
1 MHz pulsed ultrasound
3 MHz continuous ultrasound
3 MHz pulsed ultrasound
1 MHz continuous ultrasound
Which of the following patient conditions would contraindicate the use of most thermal, mechanical, and electrical modalities?
Diabetic neuropathy
Hypertension
Metastatic cancer
Urinary incontinence
Metastatic cancer
Which of the following patients would not be an appropriate candidate for EMG biofeedback training?
a. Individual with tension headaches
b. Older adult with Alzheimer’s dementia
c. Post-stroke patient who needs balance training
d. Quadriplegic patient who has had a recent tendon transfer
b. Older adult with Alzheimer’s dementia
Which of the following physiologic changes would not be associated with the application of superficial heat?
Decreased interstitial fluid
Decreased pain perception
Increased extensibility of collagen tissue
Increased metabolic activity
Decreased interstitial fluid
You are preparing to apply cryotherapy to a patient who has never had it before. In your history, which question would help you determine whether your patient might be hypersensitive to cold?
a. Do your fingers ever go numb when exposed to cold, damp weather?
b. Have you ever had an allergic response to a cold stimulus (i.e., itchy rash or hives)?
c. Have you ever been frostbitten?
d. How often do you wear gloves when you are outside in cold weather?
b. Have you ever had an allergic response to a cold stimulus (i.e., itchy rash or hives)?
If you apply a cold pack or ice massage over a patient’s biceps muscle for 5-10 minutes before a session of resistive exercise, what change would you expect to see in that muscle?
An immediate increase in isometric strength
And immediate decrease in muscle tone and tendon reflex
Elimination of any exercise-induced muscle soreness
Faster recruitment of type II muscle fibers
An immediate increase in isometric strength
Heat modalities are generally contraindicated in the presence of an infectious lesion because they may
a. Increase circulation, which can spread the organism to other parts of the body
b. Increase the rate of cellular mitosis and cause the organism to mutate
c. Mask the pain associated with the lesion, which may cause further tissue damage
d. Reduce the effectiveness of the body’s immune system
a. Increase circulation, which can spread the organism to other parts of the body