Skills 110 Finals Written Exam Flashcards

(159 cards)

1
Q

Signs

A

Objective and related to the
health condition. Observable
conditions

*Rashes
*Wheezing
*Red, scaly inflamed skin
*Edema
*Joint tenderness
*Cloudy lenses in eyes

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2
Q

Symptoms

A

Subjective feelings or
sensations experienced by the
patient.

  • Shortness of breath
  • Headache
    *Fatigue
    *Congested
    *Itching
    *Joint pain and stiffness
    *Blurry vision
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3
Q

Wave of blood in an artery created by the contraction
of the ventricles in the heart

A

pulse rate

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4
Q

normal pulse rate levels

A

Adults (11+)  60-100 bpm
Children (1-10)  80-100 bpm
Infants (1-12 mon)  100-120 bpm
Neonates (1-28 days)  120-160 bpm

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5
Q

points of assessment for pulse rate

A

Apical
Temporal
Brachial
Carotid
Radial
Femoral
Popliteal
Pedal

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6
Q

counting and documenting PR

A

15 seconds x 4
◦ OR
30 seconds x 2
◦ OR
Full 60 seconds if pulse is irregular
◦ (or if it is your first time taking this patient’s pulse)

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7
Q

If a pulse is irregular, how long do you measure the pulse?

A

60 secs

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8
Q

how to find target heartrate

A

maximum HR = 220 - age
THR = 50-85% of Max. HR

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9
Q

pulse rate red flags

A

o Irregular pulse (Arrhythmia)
o Weak pulse
o Resting pulse rate below 60 (Bradycardia)
o Resting pulse rate above 100 (Tachycardia)
o Recovery heart rate after cardiac exercise is <12 bpm

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10
Q

The measure of breathing, Each cycle has one inspiration and one expiration

A

respiratory rate

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11
Q

RR pain ratings

A

“0” = breathless with strenuous exercise  “4” = becomes breathless
with dressing

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12
Q

RR normal ranges

A

Neonates  40-60
Infants  25-60
Children  15-30
Adults  12-20

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13
Q

RR red flags

A

 Shortness of breath without much exertion
 Irregular breathing pattern
 Noisy breathing
 Pain with breathing

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14
Q

Measures arterial blood oxygenation

A

pulse oximetry

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15
Q

normal pulse oximeter readings

A

Normal = 96 – 100%

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16
Q

pulse oximeter red flags

A

Below 85 – severe hypoxia

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17
Q

Measures the force the blood exerts against a vessel wall.

Affected by:
◦ Blood volume
◦ Vessel size
◦ Vessel compliance

A

blood pressure

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18
Q

Korotkoff’s Sounds:
◦ Series of sounds as a result of:
◦ ___1__ – ventricular contraction
◦ ___2__ – ventricular relaxation

A
  1. systole
  2. diastole
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19
Q

blood pressure normal levels

A
  • normal = 120/80
  • elevated = 120-129/ less than 80
  • high blood pressure stage 1 = 139-140/ 80-89
  • high blood pressure stage 2 = 140+/90+
    -hypertensive crisis = 180+/120+
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20
Q

BP red flags

A

◦ Systolic over 250
◦ Diastolic over 115
◦ Drop of systolic pressure more than 10 mmHg from baseline
◦ Failure of the systolic pressure to increase with increasing
workload

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21
Q

How long does it take BP to return to normal after exercise?

A

3-5 mins

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22
Q

Which arm SHOULD BP be taken in?

A

left

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23
Q

pain descriptors

A

◦ Muscle – cramping, dull,
aching
◦ Nerve – sharp, bright,
lighting-like
◦ Nerve root – sharp,
shooting
◦ Vasculature – throbbing,
diffuse, crushing
◦ Bone – Deep, nagging, dull
◦ Sympathetic n. – burning,
stinging, aching
Visceral pain – pain from internal organs
◦ Can refer to other body parts:

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24
Q

“Alert and Oriented x____”

A

◦ A & O x1 – person
◦ A & O x2 – person and place
◦ A & O x3 – person, place, and time= Normal
◦ A & O x4 – person, place, time, and event= Normal

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25
All of the following are factors that affect body temperature except: Drinking hot tea 15 minutes before having body temperature measured Age Time of day Cardiopulmonary disease
cardiopulmonary disease
26
Which of the following is true regarding pain assessment in patient care? Pain assessment is an objective measurement of the patient's experience. Responses to pain are similar across all social and cultural groups. Pain assessment is rarely useful in determining the underlying source of pain. Pain is always abnormal and can be a valuable indicator of a serious problem.
Pain is always abnormal and can be a valuable indicator of a serious problem.
27
All of the following are sites for measuring pulse rate except: Radial Ulnar Brachial Dorsal pedal
ulnar
28
Which of the following is NOT true about blood pressure? High stress will increase blood pressure. Younger patients have lower blood pressure. Arm position is not important when measuring blood pressure. Diastolic pressure may remain unchanged during exercise.
Arm position is not important when measuring blood pressure.
29
Pulse oximetry accuracy can be hampered by all of the following except: Carbon monoxide inhalation Poor circulation Diameter of finger Nail polish
poor circulation
30
Which of the following would be normal vital sign measurements for an adult? Pulse 82, BP 148/80, RR 20 Pulse 71, BP 117/70, RR 14 Pulse 65, BP 154/82, RR 10 Pulse 112, BP 125/96, RR 22
Pulse 71, BP 117/70, RR 14
31
Cycle of Contamination and Infection
1. Infectious agent 2. Reservoir for organism 3. Method of exit 4. Method of transmission 5. Method of entry into a new host 6. Susceptible host
32
Contact (Infection Transmission)
◦ Direct – body to body surface contact ◦ Indirect – contact with an intermediate object
33
Droplet (Infection Transmission)
◦ Result of coughing, sneezing, suctioning, etc ◦ Particles can travel about 3’
34
Airborne (Infection Transmission)
◦ Small particles can be widely dispersed and suspended in air for long periods of time ◦ About 6’ travel – hence “6 feet rule” for social distancing
35
Contact-Based Precautions
* Gloves * Gown maybe * Private room preferred * Dedicated equipment if possible
36
Droplet-Based Precautions
* Shield, * Mask * Gloves * Gowns often needed * private room prefered
37
Airborne-Based Precautions
* mask (K2 or N95 mask) * Private room with negative air pressure * Particulate respirator no visitors :(
38
Airborne + Contact Precautions
-gown -gloves -mask and respirator (K2 or N95 mask) no visitors :(
39
MRSA and C-diff should use what type of precautions?
contact
40
chickenpox is an example for which type of precaution?
airborne + contact
41
Hand washing should be performed... after contact with secretions. before and after patient contact. after removing gloves. All of the above
All of the abover
42
PUT THESE IN ORDER The following are steps for the cycle of cross-contamination and infection. Put the steps in order by matching them to numbers 1 (the first step) to 6 (the last step). Infectious Agent Reservoir for Organism Method of Exit for the Organism Method of Transmission of the Organism Method of Entry of the Organism into the New Host Susceptible Host
Infectious agent Reservoir for organism Method of exit Method of transmission Method of entry into a new host Susceptible host
43
What are the two "contact" methods of infection transmission? Specific and Nonspecific General and Specific Direct and Indirect Contact and Airborne
direct and indirect
44
Universal design
concept of designing building that is usable by all without the need for adaptation. -----ADA enforced compliance with Standards for Accessible Design
45
*Important Dimensions*
36” clear width for wheelchair 60” clear turning diameter for turning a wheelchair 15” to 48” forward reach 9” to 54” side reach 28” to 34” high table and counter tops 32” to 34” wide for doorways 34” to 38” for handrails 33” to 36” for grab bars
46
public doorways
All controls, door handles, etc. operable with a fist 32-34"
47
ramps
◦ 1:20 path of travel maximum slope for outside ramps ◦ For every inch of height, there are 20 inches of ramp length ◦ 1:12 ramps for minimum ramp grade ◦ For every inch of height, there are 12 inches of ramp length ◦ At least 36” wide
48
What is the universal symbol that a building or space is accessible?
Blue square sign with a person in a wheelchair.
49
Why is accessibility important?
Ban discrimination based on disability Remove employment and access barriers Improve opportunities for employment Designate transportation access
50
The Americans with Disabilities Act is designed to do all of the following, except: Remove employment and access barriers Designate transportation access to limited modes of transportation Improve opportunities for employment Ban discrimination based on disability
Designate transportation access to limited modes of transportation
51
"Universal design" means... All existing buildings should be barrier free Using the same floor plans for all buildings with similar purposes Creating environments without barriers for the elderly Creating a building accessible and free of barriers for people of all ages
Creating a building accessible and free of barriers for people of all ages
52
When completing a home visit, considerations in the bathroom should include all of the following, except... Toilet grab bars placed horizontally at least 50 inches from the floor Non-skid surfaces in tub or shower Height of toilet seat Width of door frame
Toilet grab bars placed horizontally at least 50 inches from the floor ----requirement for grab rails is 33-36"
53
To determine the most accessible exterior entrance, important factors to consider include all of the following, except... Most level surface Fewest number of stairs Availability to neighbor's house Closest to where car will be parked
Availability to neighbor's house
54
When presenting Mrs. Jones at a team meeting, it would NOT be acceptable to say... "She requires mod assist with bed mobility activities." "She transfers from bed to wheelchair with max assist of 2." "She is wheelchair bound at this time." "She is 6 days post total hip replacement."
"She is wheelchair bound at this time."
55
Which of the following is NOT a general body mechanics guideline? Position yourself close to the load. When possible, push rather than pull. Bend the hips and knees. Inhale during exertion
Inhale during exertion
56
Lumbar lordosis is caused by which of the following? Anterior pelvic tilt Posterior pelvic tilt Lateral pelvic tilt Flexion of the lumbar spine
Anterior pelvic tilt
57
Which of the following statements is NOT true about the center of mass (CoM)? The CoM is often referred to as the "center of gravity" (CoG). The CoM never changes position. The CoM is generally slightly higher in men than in women. In the standing position, the CoM is located slightly anterior to S2.
The CoM never changes position.
58
Pressure ulcers (decubitus ulcers)
 Result of prolonged pressure on tissue caught between 2 firm surfaces such as a bony prominence and the seat of a chair  When pressure is applied to an area, the circulation is decreased and the tissues do not receive the amount of oxygen or nutrients that they need.
59
One week in bed can cause _____% loss in strength?
20%
60
When laying supine, name 5 places prone for pressure ulcers.
Back of head, shoulder, elbow, buttocks, heel areas prone to ulcers; prone or supine-----back of the head, shoulder, elbow, ribcage, hip, buttock, leg knees, heel, toe, scapula, sacrum
61
Death of tissue is called?
Necrosis or Necrotic
62
What stage of a wound or pressure ulcer is actual damage to the skin?
Stage III
63
preventing pressure ulcers
* Proper positioning * Keep skin dry and clean * Keep bed linens wrinkle free * Frequent skin inspections * Minimize friction/shearing when moving patient * High protein diet * Adequate hydration *Use of pressure reducing devices
64
Your patient is a 14-year-old girl who was in a motor vehicle accident (MVA) and is now comatose in the ICU. You are working with the patient's family regarding appropriate positioning for this patient. Which of the following would be most appropriate to tell them? "She should have a pillow under her heels while she is in supine." "The patient needs to be repositioned every 3 hours when she is lying in bed." "Her inability to move independently makes her more vulnerable to skin breakdown." "You can add more pillows if you think she is uncomfortable."
"Her inability to move independently makes her more vulnerable to skin breakdown." -might be wrong idk
65
Inattentiveness to proper positioning and position changes can lead to contracture. What is a contracture? Softening of a solid region by soaking Morphological changes indicative of cellular death Shortening or tightening of soft tissue that prevents normal movement A deficiency of blood in a body part due to functional constriction
Shortening or tightening of soft tissue that prevents normal movement
66
Pressure injuries are often caused by bony prominences. All of the following are bony prominences that need to be monitored while a patient is positioned in supine, except... Sacrum Great trochanter Spine of scapula Posterior calcaneous
Great trochanter
67
Draping is used to allow exposure of a body area to be treated. Which of the following is true about draping? Drape material should not restrict movement or access to the area to be treated A patient may help adjust drape material. All of the above. Draping protects a patient's privacy during treatment
All of the above.
68
Some individuals require special care when positioning, and may not be able to remain in positions for more than a few minutes. Indicators that someone may be one of these patients include all of the following, except... Difficulty complying with instructions to remain in a particular position Inability to sense the need for a position change Frequent phone calls from family and friends Circulation or respiratory impairments
Circulation or respiratory impairments
69
1. T/F When able, always pull the load, rather than push the load. 2. T/F Kneel versus bending over when working in lower positions. 3. T/F Transfer patients to the weak side (normally). 4. T/F It is ok to grab patients arms to transfer or move them. 5. T/F Always use a gait belt unless a precaution prevents it. 6. T/F If a patient is too big, it is not ok to connect 2 gait belts together.
1. False 2. True 3. False 4. False 5. True 6. False
70
Dependency Levels
◦ Level 4 – Total dependence ◦ Level 3 – Extensive assistance ◦ Level 2 – Limited Assistance ◦ Level 1 – Supervision ◦ Level 0 - Independent
71
Dependent Transfers
Hoyer, 2 person lift, squat-pivot, use of draw sheet
72
One Person Lift (sit/squat pivot)
Used when patient is unable to stand or use a sliding board
73
assistance levels
Dependent (100%) Maximum assistance (max.) (>50%) Moderate assistance (mod.)(25%-50%) Minimum assistance (min.)(<25%) Contact Guard assistance (CGA) Stand By assistance (SBA) Independent (I, Ind.)
74
Horizontal and Vertical Transfers
Squat Pivot (less assistance) Standing Pivot Transfers ◦ Dependent, assisted, standby, independent Sitting ◦ Anteroposterior Transfers ◦ Sliding Board Transfers ◦ Dependent, assisted, standby, independent
75
Anterior-Posterior Transfer
Straight on ◦ Chair is facing toward the surface they are transferring to ◦ Often used by patient’s with bilateral amputations or SCI ◦ Must have good UE strength and hamstring length
76
Transfer patient to ________
strong side
77
Which of the following statements is NOT a general precaution during transfers? Guard the patient using clothing or grasping an arm. The patient's footwear should be suitable for the transfer. Predetermine the patient's physical and mental capabilities. Be alert for any unexpected events that may occur during the transfer.
Guard the patient using clothing or grasping an arm.
78
A variety of terms are used to document the amount of assistance that a patient requires. Match the term to the number indicating the level of assistance from 1 (least assist) to 5 (most assist). Stand by Assist (SBA) Contact Guard Assist (CGA) Minimal Assist (min A) Moderate Assist (mod A) Maximal Assist (max A)
1 2 3 4 5
79
Which of the following is most strongly related to injuries sustained when guarding or transferring patients? The age and/or weight of the person completing the transfer The diagnosis of the patient being transferred The number of repetitions of the transfer being completed The occurrence of unexpected position changes during the transfer
The number of repetitions of the transfer being completed
80
All of the following are true about sliding board transfers, except: The wheelchair armrest should be removed prior to the transfer Caster wheels should be turned forward prior to the transfer The sliding board is used to assist the patient in coming to stand The sliding board is used to assist patients who are unable to stand
The sliding board is used to assist the patient in coming to stand
81
Your patient has been working on transferring from the floor into his wheelchair using his upper body. He is having great difficulty with the task, primarily because his arms are not very strong. You are going to call the PT and suggest a change to the transfer training. What would make the transfer easier for the patient? Place a pillow on the floor for him to climb onto first. Place a stool beside the wheelchair to give him an additional support surface. Place a stool in front of the wheelchair for him to move onto first. Tip the wheelchair forward to make it easier for him to reach.
Place a stool in front of the wheelchair for him to move onto first.
82
wheelchair fitting
Seat Width 1. Widest point 2. Hip width 3. Chest width Measure widest point and add 2 inches 4. Seat height – heel to popliteal fold (+ 2”) 5. Seat depth (most accurate in supine) – posterior buttock to popliteal fold (– 2”) 6. Armrest height – seat to olecranon process (+1”) 7. Back height – seat to floor of axilla (-4”)
83
Confirming the fit of a wheelchair
◦ Does the patient’s posture appear symmetrical? ◦ Is the patient’s position approximately 90-90-90? ◦ Are the patient’s hips fully back in the wheelchair with the knees at or slightly above the level of the hips? ◦ Are the patient’s normal spinal curves being maintained?
84
wheelchair QUICK FIT
◦ Seat width – (or an open hand) with palm toward hips, between hips and sides of wheelchair ◦ Seat depth – horizontal fingers between popliteal fold and front edge of chair ◦ Seat height – horizontal (vertical) fingers between the underside of the patient’s distal thigh and the surface of the front of the seat ◦ Armrest height – sweep vertical fingers between the underside of the patient’s forearm and the top of the drive wheel ◦ Leg rest length – sweep vertical fingers between the floor and the footrest ◦ Seat back height – vertical fingers between the top of the wheelchair back and the patient’s axilla ◦ Slide fingers between positioning straps and the patient’s body
85
On an amputee wheelchair the axle should be placed _____ posteriorly and why?
2” and for improved stability and prevent tipping.
86
What angle should the patient be sitting at in a wheelchair? (hips, knees, ankles)
90-90-90
87
When measuring seat width, one measures the widest points and adds/subtracts what?
Add 2”
88
When measuring armrest height, one measures what?
Olecranon to seat and add 1”
89
Explain how you do a quick fit for seat width.
Use 2 fingers or vertical hands between patient and wheelchair.
90
How long should it take to confirm the fit of a wheelchair? 1-2 minutes 5-10 minutes 15-20 minutes 45-50 minutes
1-2 mins
91
he postural support system of the wheelchair includes: (check all that apply) Seat surface Back surface Upper extremity supports Lower extremity supports Pelvic belt
all of the above
92
If the seat of the wheelchair is too wide, the user may experience... Difficulty propelling the wheelchair Excessive pressure on the greater trochanters Excessive forward trunk inclination All of the above
Difficulty propelling the wheelchair
93
When educating a patient about reaching forward towards the floor while sitting in a wheelchair, you should instruct them to... Unlock their wheels Make sure their anti-tip extensions are in place Turn castor wheels forward Not lean forward when in a wheelchair
Turn castor wheels forward
94
Most wheelchair users benefit from a seating system that is... Soft Firm A sling Triangular
firm
95
Gait cycle: phases, components
Stance phase - the period of time when the limb under consideration is in contact with the floor Swing phase - the period of time when the limb under consideration is not in contact with the floor Double support - when both feet are in contact with the ground at the same time (occurs twice in the cycle) Single support - the period of time when only one foot is in contact with the ground
96
gait cycle
(stride duration)- the activity that occurs between the time the heel of one extremity touches the floor and the time the same foot touches the floor again (1 sec.)
97
important gait terms
Nonsupport - A period of time when neither foot is in contact with the ground Cadence - steps per minute (113 steps/min) Velocity - time taken to walk a set distance (82 m/min)– consider “speed” of gait Stride length - the distance of the gait cycle Step length - distance between heel strike of one limb and heel strike of the other limb Stride or step width - the distance between the two feet, measured from the mid-points of the heels (2-4 inches) COG – Center of gravity – point in body from which weight is equally distributed. Sacral vertebrae 2 (S2)
98
The gait cycle can be divided into two phases:
Stance phase is approximately 60% of the Gait cycle. --1. Heel Strike 2. Foot Flat 3. Mid-stance 4. Heel off 5. Toe Off Swing phase is appropriately 40% of the gait cycle. --Has 3 parts: acceleration, mid-swing, deceleration ------One “gait cycle” refers to the movement of one lower limb moving through both stance and swing phase. The limb we are talking about is called the reference limb.
99
1. Heel strike –
first moment of foot-floor contact for the reference limb
100
2. Foot flat –
the whole foot comes into contact with the floor --Shock absorption
101
3. Mid-stance –
the body is carried forward over the stance limb and the opposite is in the swing phase. The body’s COG passes from behind to in front of the stance foot and it rises to its highest point.
102
4. Heel off –
heel leaves the supporting surface this is followed by push off
103
5. Toe off –
last contact with the ground before swing phase begins
104
the swing phase accounts for ___ % of the gait cycle
40
105
1. Acceleration
◦ Begins once the toe leaves the ground ◦ Continues until mid-swing or the point at which the swinging is directly under the body ◦ Movements include ◦ Active hip flexion ◦ Active knee flexion
106
2. Mid-swing
◦ The reference limb passes directly beneath the body
107
3. Deceleration
Occurs after mid-swing when the tibia passes beyond the perpendicular and the knee is extending in preparation for heel strike ◦ Movements include ◦ Knee extends ◦ Ankle moves into dorsiflexion
108
gait measuments
Width of walking base – 2-4” Degree of toe out – 7°
109
Your patient is beginning to walk after a severe brain injury. You observe that he hikes his right hip when he advances the right leg. The PT has asked you to work on that gait deviation. Which of the following is the most appropriate reason to address this gait deviation? It draws attention to his gait. The resulting gait is less efficient. It makes assistive device selection more challenging. All of the above.
The resulting gait is less efficient.
110
Review of WB Terminology
◦ FWB- full weight bearing ◦ PWB- partial weight bearing ◦ NWB- non-weight bearing ◦ WBAT- Weight bearing as tolerated
111
The more stable a device is, the less mobile it is and vice versa.
:)
112
Types of Assistive Devices Listed in order from most to least stable
1. Body Weight Support (BWS) 2. Parallel bars 3. Walkers * Standard walker, Front-wheel walker (FWW), Walkane or hemicane * Rollator ◦ Modifications, such as a platform attachment 4. Axillary crutches 5. Forearm crutches 6. Canes  Large-base quad cane  Small-based quad cane  Single point cane
113
BWS – Body Weight Support
◦↓ risk of falls ◦ ↓’s demands on patient and therapist ◦ Allows easier facilitation of reciprocal movement ◦ Treadmill and over ground ◦ Can reduce arm swing ◦ Can’t determine exact amount of body weight that is supported
114
Parallel Bars
◦ Often site of initiation of gait training ◦ Maximum support and stability ◦ Severely limits mobility ◦ Bars should be adjusted to patient’s height ◦ When patient is grasping bars, angle of elbow flexion should be 20° to 30° when patient grasps bars 6 inches anterior to hips. ◦ Bars should be at level of greater trochanter or wrist crease, ulnar styloid, with arm straight along side ◦ Look at these two pictures. Are bars at correct height?
115
Walkers
◦ Maximal support and stability with mobility ◦ Most have 4 legs ◦ Some have wheels ◦ Disadvantages: ◦ Difficult to store and transport ◦ Difficult to use on stairs ◦ Reduces speed of ambulation ◦ Difficult to perform normal gait pattern ◦ Difficult to use in crowded or narrow area
116
Axillary Crutches
◦ Allow greater selection of gait patterns, amb. speed and good stability ◦ Disadvantages ◦ Less stable ◦ can cause injury to vessels under arm ◦ require good standing balance ◦ functional muscle strength of UE and trunk muscles is required ◦ elderly may feel insecure
117
Methods to Fit Axillary Crutches
◦ Use height markings on crutch 77% of patient’s height ◦ Subtract 16 in. from pt’s height ◦ Measure from floor of axilla to 6-8” lateral from heel ◦ In standing: ◦ Position tips of crutches 2 inches out and at least 4-6 inches forward from toes. ◦ Adjust the length of the crutch so that you can get two finger widths between the axilla and the top of the crutch * Adjust hand grip after height using same technique as walker * To check fit: * With crutch positioned ready to walk, there should be 20° to 30° and you should be able to get 2-3 fingers between floor of axilla and top of crutch.
118
When check fitting crutches, there should be a _____ degree angle at the elbows?
20-30
119
Who makes the initial decision on which assistive device to use?
PT
120
Forearm (Lofstrand) Crutches
◦ Easy to store ◦ Stays on forearm when arm is moved ◦ Disadvantages: ◦ Provide less stability ◦ Require good standing balance and good upper body and UE strength ◦ Cuff makes it difficult to remove crutch ◦ Elderly may feel insecure ◦ Fitting ◦ Height of hand piece is measured using same method as for the walker ◦ Forearm cuff should be located 1 to 1½ inches distal to olecranon process when patient grasps hand piece with the cuff on and wrist in in neutral
121
Canes
◦ More functional on stairs, in narrow areas ◦ Can be stored and transported easily ◦ Disadvantages ◦ Provides limited stability ◦ Fitting ◦ Place cane parallel to femur and tibia with tip resting on floor ◦ Patient’s wrist, greater trochanter, ulnar styloid should be even with hand grip ◦ Wrist should be in neutral position ◦ How much elbow flexion should there be with cane in position to walk?
122
Four Point
◦ requires bilateral ambulation devices ◦ slow, but safe pattern ◦ hand, opposite foot, other hand, other foot ◦ R cane, L foot, L cane, R foot
123
Two point
◦ Use one or two ambulation devices ◦ Simultaneous and reciprocal forward placement of device and patient’s opposite LE ◦ Requires coordination ◦ Faster than 4 point, not as stable ◦ R crutch and L foot, L crutch and R foot ◦ R crutch and L foot, L arm and R foot
124
Modified four point or two point
◦ Not “task force” language, but used in other textbooks ◦ Use one ambulation device ◦ Aid is held in the hand opposite to LE requiring assistance ◦ Same sequence as 2 or 4 point
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Three point pattern
◦ bilateral aids (not canes) or walker ◦ used when patient is PWB or NWB on one extremity ◦ less stable, but very fast ◦ energy expenditure is high ◦ patient needs good UE and trunk strength ◦ Device and involved extremity are advanced at same time then uninvolved extremity
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other gait stuff
Step-to – LE advanced only as far as the assistive device Step-through – LE is advanced beyond assistive device Swing-to – Crutches are advanced simultaneously, then legs are simultaneously advance to device Swing-through – Same as above, but feet are advanced beyond device
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precautions four gait patterns
Educate patient about ◦ Remove small rugs or mats that might slide ◦ Avoid waxing floors or use a “nonskid” wax ◦ Immediately wipe fluids from floors ◦ Check ambulation aids weekly for loose nuts, cracks, worn tips, and clean tips ◦ Remove clutter ◦ Keep devices clean with damp cloth ◦ Teach safety specific to device ◦ Wearing house slippers, socks with non-skid soles, or shoes
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Match the device with the number indicating it as "least stable" (1) to "most stable"(4). Walker Single Point Cane Parallel Bars Bilateral Crutches
1. (least stable) Single Point Cane 2. Bilateral Crutches 3. Walker 4. (most stable) Parallel Bars
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Patients with hemiparesis who use a cane on the uninvolved side demonstrate all of the following EXCEPT: Reduced mediolateral and anteroposterior sway Increased walking speed Loss of stability Increased stance time on the affected leg
Loss of stability
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Which statement is NOT true about assistive devices? Assistive devices must always be fit while the patient is supine. An incorrect fit will adversely affect a patient's gait pattern. When using a device that is held by just one hand (such as a crutch or cane), generally it should go on the side opposite the affected lower extremity. Platform attachments are used when a person can't bear weight through their wrists and/or hands.
Assistive devices must always be fit while the patient is supine.
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Your patient is a 79 year-old woman who has just had a right total hip arthroplasy (THA). You are going to gait train her with a walker. What is the best position for guarding this patient as she walks? Standing directly behind the patient Standing directly in front of the patient Standing behind and slightly to the left of the patient Standing behind and slightly to the right of the patient
Standing behind and slightly to the right of the patient
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SOAP
subjective objective assessment plan
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Subjective
◦ Includes relevant information reported by the patient ◦ Can be left blank ◦ Information from caregivers/family members goes here. ◦ Ask questions to get more information, ie when did it start, rate it, why? ◦ If pain changes during treatment, can be put in “O” ◦ Provide location and scale ------5/10 in the right hip ◦ Tips for Documenting: ◦ Don’t repeat “patient” after first used in section. ◦ Use quotes if the patient’s actual words make the relevance clearer. ◦ Common verbs used to document information: states, reports, complains of, expresses, describes, denies. ◦ Record relevant information provided by someone else
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Objective
◦ Results of measurements and tests ◦ Description of function ◦ Description of interventions ◦ PTA’s objective observations of patient ◦ Patient education done that day ◦ Should reflect data collected by PT. Can provide comparison to initial evaluation if appropriate. ◦ Tips for Documenting ◦ Documentation should be consistent with initial evaluation in procedure, technique, and how recorded (eg. cm vs inches) ◦ Should paint a picture of the treatment session, so someone else can duplicate the session ◦ Group like information together – intervention descriptions, results of tests and measurements, descriptions of patient functioning ◦ Can use charts or graphs to give a quick picture.
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Handwritten documentation errors
draw a single line through the error, write the correction and initial and date the correction. ◦ Don’t erase, white or black out the error.
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Assesment
◦ Reports on progress toward goals ◦ “What does it mean?” ◦ Significance of data (interpretation) ◦ Recommended changes to POC or discharge ◦ Often the primary section read by physician or third party payer Provides: ◦ Area to note that goals may need to be modified and why ◦ Note response to treatment ◦ Connect changes in pt. functional level to goals ◦ Discrepancies between subjective and objective or other inconsistencies (refer to your data)
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Plan
◦ What will be done in next session ◦ When next session is going to be ◦ If PT consult is needed or anyone else ◦ Info or equipment that is needed ◦ Progress toward discharge ◦ # of visits left ◦ It goals met, or changes needed, etc. ◦ Things patient is to do before next visit ◦ Verbs are in the future tense! ◦ Serves as a reminder to the therapist
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Maintenance Therapy
◦ Patient is no longer making progress ◦ Not skilled service ◦ Did not used to be reimbursable as physical therapy ◦ Medicare does cover services to maintain or manage a beneficiary's current condition when no functional improvement is possible if the services are medically necessary and meet the skilled care requirements.
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When goals need to be changed what does the PTA do?
Notify the PT
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Maintenance therapy a covered service?
Yes
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what ICF disablement model does
Provides standard language world wide Describes what the individual CAN do in relation to function and positive aspects of health Describes what the individual CANNOT do in relation to disability and negative aspects of health Provides standardized coding for disease
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Nagi includes
◦ Pathology ◦ Impairment ◦ Functional Limitation ◦ Disability
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ICF includes
◦ Body structures and function ◦ Activities ◦ Participation ◦ Environmental ◦ Personal
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PTA’s Progress Notes during POC (treatment plan):
◦ Document patient’s progress (or lack thereof) and report to the PT ◦ Report if patient needs a change in the POC based on how well they are achieving the goals set by the PT ◦ Assist with the evaluation by gathering subjective data and taking measurements, performing tests and recording measurements. ◦ The interpretation of the data collected is done by the PT. ◦ Use Initial Evaluation as a guideline for documenting changes in patient status in progress notes
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PT’s Initial Evaluation Note:
◦ History, observations, risk factor identification ◦ Subjective data ◦ Information about: Strength, ROM, Functional abilities, Pain, Muscle tone, Communication status, adaptive equipment needs, automatic reactions, abnormal reflexes, level of independence in daily care, alignment, quality of movement, cognitive function ◦ Results of tests and measures ◦ Interpretation of results ◦ PT Diagnosis ◦ PT Goals ◦ Treatment plan (POC) ◦ Name and title of PT
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PT’s Re-evaluation Note
◦ Completed by PT ◦ What services have been provided ◦ Patient status ◦ Results of re-examination
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IV Lines
The purpose is to either hydrate the person, administer IV antibiotics, or provide electrolytes for the patient. If the pump is not flowing then the nurse should be called. Be aware of the IV line when getting the pt. up to the chair or when taking them down to PT. If the tubing is not long enough let the nurse know for an extension.
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Arterial line
◦ Inserted into an artery. Used to draw arterial blood, measure arterial blood pressure, deliver medication
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Swan Ganz Catheter
◦ Pulmonary artery catheterization. Inserted into a large vein (subclavian v., femoral v., internal jugular v.) and moved into the pulmonary artery. Use to monitor cardiac output. ◦ Precautions Do not get anyone up with femoral line. 70 degree limit in flexion for femoral, Life threatening if pulled out, apply pressure and call for help!. Limit shoulder flexion to under 90 degrees for subcl. Limit cervical motion with jug placement.
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Hickman
◦ Implanted into a vein for long-term placement. Used to administer meds (chemotherapy), blood collection, dialysis ◦ Precautions – limit ipsilateral shoulder movements, BP measurements, no aquatic therapy until healed.
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External Urinary Catheter
Non- Invasive catheter that draws urine away from body Male external catheter Female external catheter
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When you enter your patient's ICU room, you notice immediately that the patient has several machines running with various lines and tubes attached to the patient. You are planning to assist the patient to the bedside chair and note that one of the machines (which is connected to an IV line) is on the side of the bed opposite the chair and other monitoring equipment. What should you do? Change your plan and only perform in-bed activities Contact the patient's nurse and ask them to help reposition the IV Defer treatment until the IV is removed Disconnect the line and move the machine to the opposite side of the bed.
Contact the patient's nurse and ask them to help reposition the IV
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This device is inserted into an artery to measure blood pressure and/or obtain blood samples. Arterial Line Swan-Ganz Catheter Oximeter Sphygnomanometer
Arterial Line
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This sleeve is placed over a patient's leg(s) and applies compression to improve venous return. Nasogastric Tube Foley Catheter Venous Compression Tube Sequential Compression Device
Sequential Compression Device
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Types of ROM
◦ PROM - passive - the therapist or another external force moves the body part through the ROM ◦ AAROM - active assisted - the therapist assists the movement ◦ AROM - active - the patient moves the body part without assistance ◦ RROM - resisted - the movement is resisted
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PROM indications
◦ Pain occurs with active contraction ◦ Paralysis or marked weakness ◦ Active contraction is prohibited ◦ Assess joint movement ◦ Counteract negative effects of immobilization ◦ Provide sensory stimulation and awareness ◦ Reduce stress on cardiopulmonary system ◦ To teach movement
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T/F PROM can increase strength.
False
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PROM precautions
◦ If it temporarily increases pain ◦ In patients taking medication for pain or muscle relaxants, because the patient may not be able to respond appropriately and movement may be performed too vigorously ◦ In the region of marked osteoporosis or in conditions where bone fragility is a factor. ◦ When it elicits undesired muscle tone
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Abnormal end feels
◦ Hard – OA ◦ Soft – synovitis, edema ◦ Firm – capsule, muscle, or ligament shortening/tightness ◦ Empty - patient requests movement be stopped, usually secondary to pain, so there is no end feel; bursitis, inflammation