Diagnosis Specific Information Flashcards

1
Q

Key information regarding visual search for people with ASD

A

-more attention to the distant road ahead than close up
- Less time focused on sides of roads
– Last time on pedestrians, signs, red lights
– No differences and UFOV scores observed

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2
Q

Key factors for drivers education for individuals with ASD

A

– Teach to the learning preferences of individuals with ASD
– Minimize anxiety provoking situations
– Provide longer driver training period

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3
Q

Suggested IQ per AMA

A

70+

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4
Q

Behavior patterns that may occur with stress

A

– Indifference and an attention due to absorption in problems
– Despondency, depression and psycho motor retardation, which slows the reflexes
– Antagonism and impulsiveness or open aggressiveness with loss of judgment and caution

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5
Q

For personality characteristics with an increased risk of accidents

A

– Paranoid thinking
– Suicidal tendencies
– Impulsiveness
– Violent or aggressive behavior against others

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6
Q

Psychiatric reasons to deny driving privilege per paper from the VA

A

– Intellectual impairment
– Impaired reality testing
– Suicidal or homicidel inclinations
– Alcohol and drug abuses

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7
Q

Recommendations for persons with suicidal or homicidal inclinations

A

– Hospitalized for self-inflicted injury or involved in three accidents in one year or multiple tickets within a given. Should under go re-examination and file a medical report
– Anyone proven to have used vehicle to perpetrate consciously intended destructive or self-destructive act should be barred from driving permanently or at least five years

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8
Q

Difference in driving habits of older adults

A
  • more hesitant and drive slower
  • drive less frequently, especially for night and winter
  • accident rates are higher based on miles driven
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9
Q

Worst problems older drivers face

A

Headlight glare
Night time driving
Being tired/upset
Rain/ fog
Rush hour driving
Long distance driving
Snow, sleet, or slush

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10
Q

Most frequent causes of accidents for older adults

A

Left turns
Merging with traffic
Intersections

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11
Q

Most frequent violations for older adults

A

Failure to yield left turn
Failure to yield to approaching vehicle
Improper vehicle following
Failure to stop for school bus
Failure to stop for stop sign and red lights

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12
Q

Strategies to improve vehicle safety for older adults

A

Improve mirrors-larger and location
Blind spot mirrors
Collision avoidance warning system
Rear view cameras

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13
Q

Tips for vehicle selection for older adults

A

Mid size, suv or crossover
Four doors
Full power for all systems

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14
Q

Education options for older adults

A

Carfit
AAA
AARP
VA
national safety counsel

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15
Q

Senescence

A

Normal aging of cells and body structures

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16
Q

Common syndromes in older adults

A

Acute delirium
Malnutrition
Dementia
Depression
Falls
Polypharmacy
Urinary incontinence
Frailty
Constipation
Sensory problems

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17
Q

Common diseases/disorders in older adults

A

Cancer
Parkinson’s
Heart disease
Hypertension
Osteoarthritis
Prostate disease
Osteoporosis
DM
Hip fracture
Infection
Thyroid disease
Pressure sores
Dental/oral disease
Sleep problems

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18
Q

Definition of forgetfulness

A

Diff recalling recent events if not regularly rehearsed

Normal aging. Memory loss (info that can’t be stored or recalled) not normal.

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19
Q

Visuospatial abilities on older adults

A

Some impairments with age and possibly sense of direction
Greater risk of getting lost, usually not severe enough to impact driving in familiar areas

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20
Q

Reaction time changes in older adults

A

10-30% longer for 70 years+ compared to young adults
May over compensate by using excessive caution

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21
Q

Most frequent Errors for older adults

A

Failure to yield right of way
Turning
Running lights
Improperly changing lanes
Improper passing
Improper highway driving – proper speed/slowing unexpectedly/demonstrating uncertainty and unfamiliar areas

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22
Q

Situations when older drivers demonstrate slowed reaction time

A

When required to initiate movement in which there is no opportunity to prepare a response
When faced with two or more choices of action
When anticipated driving actions must be rapidly altered
When the complexity of the driving situation increases

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23
Q

People with dementia are more likely to crash then healthy older adults due to deficits in which three areas

A

Attentional skills
Divided attentional skills
Selective attention

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24
Q

Evidence-based consensus statements regarding dementia

A

-An individual with moderate to severe dementia should not drive
-Those with very mild or mild dementia may be appropriately referred for further testing when risk factors for unsafe driving are present
– If the patient has a ner degenerative dementia mobility counseling should start immediately, anticipating driver sensation
- regardless of driving assessment outcome diagnosis of dementia should include planning exploration of alternative transportation options and begin using them to increase familiarity
– Regardless of diagnosis assessment and recommendations for optimal And safest community mobility should be provided
-self reporting driving capability may be in accurate; observe occupational performance
-call piloting is an indication that patient should stop active driving. Navigational assistance is OK
-Oh tees need to know legal and ethical obligations related to driving and community mobility

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25
Q

Community mobility education for people with dementia should include:

A

Resources For community mobility
Senior driving friendly places
Valet parking
Full service gas stations and grocery stores
Application for disabled parking permit
Involve family as much as possible

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26
Q

10 warning signs of Alzheimer’s disease

A

Recent memory loss
Difficulty performing familiar tasks
Problems with language
Disorientation of time and place
Poor or decreased judgment
Problems with abstract thinking
Misplacing things
Changes in personality
Changes in mood or behavior
Lots of initiative

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27
Q

Definition of dementia

A

Significant decline in at least 3/5 areas
-Memory
– Language
– Reasoning
– Visual spatial ability
– Personality traits

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28
Q

Driving implications for people with dementia/Alzheimer’s disease

A

-Lost in a car, especially not their own – confusion with primary controls seem uncoordinated with gas/brake pedals
– Forget directions
– Assess in unfamiliar areas and a typical paths they would normally take. May become confused in unfamiliar surroundings
– Conversation may distract them
– Very early stages, restrict to certain streets or routes or times of day. Prepare client and family for driving cessation within 3 to 8 months
– If has already gotten lost, should stop driving immediately. At risk for being lost with subsequent injuries or death

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29
Q

Motor problems with Alzheimer’s disease

A

Loss of gross motor skills and coordination
Loss of balance
Loss of fine motor skills
Problems with walking, stumbling or shuffling the feet
May have lost a range of motion

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30
Q

Sensory problems for people with Alzheimer’s disease

A

Loss of sensory awareness, sensory processing, spatial relations
May lose binocular vision

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31
Q

Stages of cognitive decline

A

-Normal
-Forgetfulness: no objective evidence of impairment, reports for getting simple things, no problems with ADLs
-Borderline Alzheimer’s disease: objective evidence hard to obtain, family confirms problems. May get lost, job performance declines, difficulty with conversation. No problems with ADLs
-Mild Alzheimer’s disease: objective evidence of cognitive deficit, difficulty with finances/shopping, difficulty with concentrating. No consistent problems with ADLs
-moderate Alzheimer’s disease: objective evidence of dementia, inability to recall address/phone number/names of family members. ADLs beginning to be affected
-Moderately severe Alzheimer’s: difficulty in remembering name of primary caregiver, not oriented to time and place, semi-dependent on most ADLs may eat if food is placed on plate.
-Severe Alzheimer’s no longer completing voluntary activities. Verbal/psycho motor skills severely limited or lost. Stupor or coma possible. Totally dependent in all ADLs.

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32
Q

Michon’s’s model of driving, area most affected with dementia

A

Strategic

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33
Q

Tests and “cut off’s “for dementia

A

Clock drug test, freund clock scoring: any incorrect or missing elements
Snellgrove maze test: >60 seconds or any errors
Trail making test part B: >180 seconds
Brief cognitive assessment tool: 34-43 =MCI; 25 -33 = mild dementia; 0 -24 = moderate to severe dementia
MMSE: score of < 24
Short blessed test: 10+
Moca: <26 = MCI; 18/30 or less = potential driving retirement
Consider red flags in driving history

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34
Q

Consensus statements on Parkinson’s

A

-Mild motor disability and no or few risk factors may be fit to drive
-Newly diagnosed recommended to plan baseline comprehensive evaluation, consider annual evaluation’s, plan for driving cessation, develop a plan for alternative transportation, start conversations with family about retiring from driving
-Severe motor impairment and multiple risk factors should cease driving , be report to licensing agency as allowed, address alternative transportation
-Mild to moderate motor disability and few risk factors strongly recommend driving evaluation, begin conversations regarding driving retirement, develop mobility plan for driving cessation

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35
Q

Risk factors for driving with Parkinson’s

A

Decreased processing speed
High risk score on UFOV
Scoring 180+ seconds on trails B
Impaired contrast sensitivity
Scoring more than seven seconds on rapid pace walk

Over 70 years old
Tendency to fall
Reaction time greater than the norm
On multiple medication’s for Parkinson’s

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36
Q

Considering Michon’s’s model which skills are best to look at for those with Parkinson’s

A

Operational and tactical combat changes here indicate need for concern

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37
Q

Tools to assess processing speed for Parkinson’s disease

A

MVPT
Task shifting on BCAT
Trails making a and B

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38
Q

Assessment tools for reaction time for Parkinson’s disease

A

Brake reaction time test
Alternating foot tap test
Timed up and go
Rapid pace walk
Chair rise

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39
Q

Considerations for cognition and Parkinson’s disease

A

Impaired cognition is red flag for continued driving. Can be referred to DRS with moderately intact cognition, ability to self correct and utilize compensatory techniques, absence of dementia

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40
Q

Visual skills to pay particular attention to with Parkinson’s

A

Succades and pursuits
Contrast sensitivity
Confrontational field of view
Are intact cognition and ability to use compensatory techniques

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41
Q

Symptoms of Parkinson’s

A

– Tremor or shaking, pill rolling
– Small hand writing, words crowded together
– Loss of smell
– Trouble sleeping; thrashing, kicking, or punching while in deep sleep
-Trouble moving or walking; arms don’t swing when walking, shuffling gait, rigidity, pain in shoulders or hips, Brady kinesia
– Constipation
– A soft or a low voice
– Masked face
– Dizziness and fainting
-impaired posture and balance; stooping, leaning, or slouching
– Cognitive impairment(Including spatial awareness/proprioception)
– Changes an ocular motor movements impacting vision processing

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42
Q

Implications for driving with Parkinson’s

A

– Medications may have adverse side effects
– Visual scanning, awareness of blind spots, moving into lanes
– Coordination for turns, parking, lane changes or pedal management; sustained breaking, smooth acceleration
– Processing, decision-making, reaction, timing
– Large portion of people with Parkinson’s stop driving by five years of the disease
-Impaired contrast sensitivity; has been shown to be a good predictor of crash risk for people with Parkinson’s
– Falling asleep is a common risk

– Noticing differences in contrast
– Difficulty with depth perception

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43
Q

Examples of driver training or evaluation for adaptive devices, compensatory strategies, or restrictions For Parkinson’s

A

– Resistive steering to diminish effects of tremors
– Special rearview and outside mirrors to enhance vision due to limited trunk rotation, rigidity, or tremors
– Develop habit of relaxation time prior to driving to reduce stress
– Use a longer than normal following distances
– Refrain from driving an inclement weather or at night
– Plan driving trips to give plenty of time to get to destinations without being a hurry
– Plan to adjust for good and bad days

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44
Q

Motor assessments to pay particular attention to with Parkinson’s

A

Coordination for timing, fluidity, and planning: rapid pace walk and chair rise test

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45
Q

How often to reevaluate Parkinson’s

A

Every six months or sooner based on decline

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46
Q

How many people who drive prior to CVA cease driving after CVA

A

58%

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47
Q

 Cognitive difficulties with right CVA

A

– Poor planning due to inadequate scanning
– Inability to shift according to changing demands of driving task
– Distractibility
– Poor judgment And insight
– Confusion
– Reduced awareness of traffic conditions
– Impaired left right discrimination
– Inadequate use of space
– Poor time and space management
– Decreased flexibility in thinking

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48
Q

Differences/recommendations in driver training with right sided CVA compared to left CVA

A

-decreased performance and complex visual searching tasks
-Less likely to pass driver training program
– Required twice as many sessions for successful training

-Instruct by showing not just telling
– Remove excess of stimuli at first
- schedule short training sessions

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49
Q

Went to refer to DRS regarding pain

A

When pain is limiting performance. DRS can consider a specialty adaptations, such as mirrors, adaptive equipment, etc. could improve performance

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50
Q

How many TBIs involve visual disturbances

A

65%

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51
Q

Visual disturbances caused by TBI

A

– Impaired accommodation
– Change in visual field
– Binocular dysfunction
– Visual information processing disorder

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52
Q

Symptoms of a right CVA other than cognition

A

– Left hemi with possible sensory deficits
– Vision: visual acuity, homonymous hemianopsia, left visual field neglect
– Unilateral neglect of affected side
– Difficulty in scanning visual space; visual perceptual deficits
– Apraxia
– Difficulty crossing midline of body

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53
Q

Implications for driving with right CVA

A

– Deviates to left of Lane
– May not look to left at stop, yield, right on red
– Does not always get into left turn lane for a left turn
– May do lane changes without checking left mirror or head check
– Denies errors
– Is overconfident and impulsive
– Has unrealistic goals
– Typically cannot be trusted to do something that they shouldn’t
- high frustration due to performance not improving despite repetition

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54
Q

Symptoms of left CVA

A

– Right hemi with possible sensory deficits
-Right homonymous hemianopsia or field cuts
– Aphasia
– Apraxia
– Compulsive or slowness
– Poor left/right discrimination
– Impaired thought processes
– Emotional lability
– Risk for depression
– Intact visual perceptual skills allow learning when communication is impaired
– Memory impairment

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55
Q

Deficits with attention in brain injury

A

– Cannot process information to make decisions or judgments with impaired attention to environment
– Distractibility
– Impaired attention and concentration impacts learning

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56
Q

Common possible symptoms with brain injury

A

– Attention and concentration
– Memory and orientation
– Slowed information processing
-problems with judgment
– Problem-solving difficulties
– Loss of initiative
– Emotional problems
– Loss of capacity for social perceptiveness

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57
Q

How impaired memory and orientation impact driving with brain injury

A

Short term memory is most affected, affects where a person is going and why
Negatively impacts learning and assimilation of new information, difficult for teaching new drivers

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58
Q

How slowed information processing affects driving with brain injury

A

Delayed response time and slowed visual motor coordination

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59
Q

How problems with Judgement impact driving with brain injury

A

Poor safety awareness
Impulsiveness
Impaired insight

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60
Q

How problem-solving difficulties impact driving with brain injury

A

Difficulty recognizing errors
Difficulties with transfers
Difficulty with choosing a strategy, prioritizing, and flexibility

61
Q

Emotional problems with brain injury

A

Irritability
Immaturity, silliness
Apathy
Loss of emotional control/emotional lability
Problem with self control and self-discipline, lose his temper easily

62
Q

big indicators for recovery and appropriateness to drive

A

Retrograde amnesia
Post traumatic amnesia

63
Q

Key considerations for driving assessment/training for brain injury

A

– Fully comprehensive evaluation including full assessment of cognition, vision, perception, motor skills
– Look closely at thought processes during driving and risk taking potential
– Look closely at fatigue. Not uncommon to get tired after 20–30 minutes of driving, consider cognitive fatigue
-critical to require consistency of performance over a prolonged period of time without assist to demonstrate ability to compensate for deficits

64
Q

Levels of cognitive function

A

No response
Generalized response: inconsistent and non-purposeful response to stimuli
Localized response is: specific but inconsistent response to stimuli, may follow simple commands
Confused -agitated: easily agitated, short attention span, no short term memory
 Confused – inappropriate: responds to simple commands, easily agitated and unfamiliar situations, ADL with assistance
Confused -appropriate: independent in ADL but dependent on external input for direction, follow simple directions, minimal supervision for safety required
Automatic – appropriate: appropriate and oriented with unfamiliar environment, minimal supervision required, ADLs independently, impaired judgment
Purposeful- appropriate: alert and oriented, able to recall and integrate events, no supervision required, able to tolerate stress

65
Q

Implications for driving and considerations for driving assessment for people with amputations

A

-Should not drive with prosthetic limb due to lack of sensation for feedback on pedals
– Requires automatic transmission, may need power steering if steering one handed.
-pedal guard required in some cases, especially if wearing right prosthesis
– Consider if better to wear prosthesis or to remove during driving
-Consider cause of amputation and other comorbidities/possible deficits
– Strength and range of motion measurements should be completed including on residual limb
– Carefully consider future needs, potential for a future further amputations?
– Consider if hand controls would be better than left foot accelerator due to habits/motor patterns
-Assess pain
– Consider mobility and mobility device/transportation
– Consider need for chest strap and/or cushions to assist with stability and positioning
– Consider impact of prosthetic on transfers and sitting balance

66
Q

Commonly seen types of arthritis

A

Rheumatoid arthritis
Osteoarthritis
Juvenile rheumatoid arthritis

67
Q

Explanation of juvenile rheumatoid arthritis/symptoms

A

Swelling, tenderness, pain involving one or more joint
Impaired grossth and development, limitation of movement, ankylosis , flexion contracture of joints
Ambulation becomes limited with aging and me eventually become wheelchair-bound
Severe hand deformities may develop

68
Q

Implications for driving with arthritis

A

Limited are OM of neck: may need additional mirrors or relocation of outside mirrors forward
May need adaptations for opening and closing door or operating doorhandles
Wheelchair storage
Automatic/power everything due to impaired mobility and weakness
Energy conservation: cruise control, Driving habits/routines
May required customized steering devices to accommodate hand deformity’s and avoid prolonged grasp
Style pull a belt or loopo ( tension adjuster) to assist with seat belt
May need assisted device to release buckle for seatbelt
Gear selector may require adaptation
Consider key extensions
May require pedal extensions
Check contra indications for driving with medications

69
Q

Common visual symptoms of CP

A

Nystagmus
Oclulomotor deficits
Poor visual acuity
Exotropia/external strabismus
Intermittent exptropia

70
Q

Non-visual symptoms of CP

A

Visual perception
Seizures
Involuntary muscle movements
Imbalance in tone and strength
Quadriplegia or hemiplegia
Startle reflex
Speech deficits

71
Q

Types of CP

A

Spastic paraplegia
Spastic hemiplegia
Spastic quadriplegia
Athetoid
Dystonic (athetoid, ataxic, atonic)

72
Q

Spastic paraplegia description and implications for driving

A

Primarily LE
Vision/visual perceptual deficits

Usually able to drive
Extra time for instruction with much repetition
Needs pedal guards, typically uses hand controls
Consider changing resistance levels to accommodate for tone
Consider reflexes and associated reactions

73
Q

Spastic hemiplegia description and implications for driving

A

One side, LE and UE
Possible aphasia

Don’t use affected side, esp for steering
Can sometimes use affected side for turn signal
May need to restrain affected arm to prevent inference with steering wheel
Consider changing resistance levels to accommodate for tone
Consider reflexes and associated reactions

74
Q

Spastic quadriplegia description and implications

A

All extremities involved, usually one UE works better than all others
Vision/visual perceptual deficits
Non integrated reflexes
Poor bilateral coordination
Poor hand fx

Difficulty controlling coordinated movements for quick reaction
Tone may be deterrent to hand controls
Often needs chest strap
Consider reflexes and associated reactions
Consider changing resistance levels to accommodate for tone

75
Q

Athetoid cp description and implications for driving

A

Uncontrolled movements
Speech/hearing deficits
Fewer visual deficits, but may have difficulty with oculomotor control
Often highly motivated
Attention or other cognitive impairments

Close eval of all types of visual perception
May require extended evaluation
May not have enough control for primary controls
Look closely at startle reflex. May be able to decrease it by learning to anticipate and control level of startle
Try different positions to see affect on ataxia

76
Q

Symptoms of DM

A

Muscular weakness, pain, spasms/cramps
Peripheral neuropathy and poor circulation (amputations)
Lethargy
Dizziness, fainting, alerted consciousness
Hypoglycemic episode
Hearing loss
Mood swings, irritability, depression, restlessness
Long term insulin dependent: diabetic retinopathy, coronary insufficiency leading for CHF, insulin shock

77
Q

Considerations for driving with DM

A

Diabetic retinopathy: may have complete blindness with no pre-symptoms
Alcohol abuse and insulin dependence may be big indicator of no driving
If unstable may need restrictions for time, area, and speed
Meds may cause drowsiness, or low energy levels
Recommend sugar source kept in car
Careful review of sensation in feet (monofilament, 2 point discrimination, tuning fork)

78
Q

Characteristics of achondroplasia

A

Short stature
Hip dislocation
Lordosis
Possible visual deficits
Impaired hand fx
Impaired ROM

79
Q

Considerations for driving with dwarfism

A

Special seating for height, back/leg support, and operation of controls
Extensions for primary/secondary controls, possibly hand controls
W/c storage
Ingress/egress devices/step stool
Stylex pull a belt for seatbelt
May need to move seatbelt buckle, consider good position of belt across chest and lap
May need non standard steering devices
May need reduced effort and diameter steering wheel

80
Q

Fibromyalgia symptoms

A

Pain
Morning stiffness
Sleep disturbance
Intolerance to cold
Parenthesias
Headaches
Fatigue
Urinary urgency

81
Q

Common comorbidities with fibromyalgia

A

Irritable bowel
Migraines
Floppy heart valve
Multiple allergies
Tmjd
Behavioral characteristics (perfectionist, affective disorders)

82
Q

Implications for driving fibromyalgia

A

Consider pain / fatigue with time of day, weather, meds
Consider overall ability to manage pain
May require considerations for seating
Equipment may be beneficial for accommodating chronic pain that impacts movement

83
Q

Friedrich’s ataxia

A

Rare progressive muscular dystrophy that impacts cerebellum and spinal cord
Gradual decrease in ambulating skills
Clumsiness /incoordination due to ataxia
Scoliosis
Slurred speech
Nystagmus and poor night vision
Onset 7 to 13
Diabetes common
Abnormalities in heart beat rhythms

84
Q

Friedreichs ataxia implications for driving

A

Needs regular reevaluations
Usually requires stationary hand positions due to ataxia and difficulty with opening/closing hands
May need redundant switches to avoid accidental activation due to tremors
Must learn to stabilize proximal joints to have more control
May easily over steer or over brake, especially with quick reactions
May have difficulty with transfers, many use scooter
Look closely at scanning, tracking, teach to keep eyes moving and use mirrors
Often highly motivated
Watch for drug/alcohol use (decreases ataxia, but also decreases trunk control)

85
Q

Types of MS

A

Relapsing – remitting
Exacerbating – remitting
Remitting – progressive; progressive – relapsing
Primary progressive

86
Q

Early symptoms of MS

A

Tingling/numbness
Double vision
Clumsiness/Falls
Weakness
Ataxia
Sensory loss
Bladder dysfunction
Change in reflexes

87
Q

Vision problems with MS

A

Blurred/double vision most common
Nystagmus
Optic neuritis
Gaze weakness

88
Q

Symptoms of MS

A

Poor coordination
Varying degrees of paralysis
Spasticity
Slowed or slurred speech
Emotional lability or mood swings
Bowel/bladder/sexual dysfunction
Fatigue
Euphoria
Depression
Cognitive fatigue
Vertigo
Symptoms were send by heat, overexertion, resistant exercises

89
Q

Implications for driving with MS

A

Energy conservation!
Wheelchair storage
Air conditioning is a must
May require adaptive equipment due to impaired sensation
Stabilize proximal joints
Redundant switches
Consider cont indications of medications
Reevaluation‘s are important
Evaluate insight in order to self regulate
Short training sessions


90
Q

Description of myotonia congenita myotonic muscular dystrophy

A

Slow progression
Muscles slow to relax after contracting, Stiffen, difficult to move
Myotonia comes on after long periods of rest
Stiffness can be worked off with repeated movement
Stiffness occurs in face, feet, hands, front of neck
Sometimes muscle enlargement in thighs, shoulders, forearms
Other symptoms include bilateral cataracts

91
Q

Description of para myotonia congenita myotonic muscular dystrophy

A

Progression is slow
Affects face, feet, hands, front of neck
Muscle contractions occur with exposure to cold
Repetitive activity worsens the condition
Rare

92
Q

Description of Duchenne muscular dystrophy

A

Onset 2 to 6 year old, males only
First effects pelvis, upper arms, upper legs
Wheelchair usually needed by age 12 years old
Death usually occurs in 20s
May have mild cognitive impairment
Impaired endurance
Contractors possible

93
Q

Implications for driving with Duchenne muscular dystrophy

A

Frequent reevaluation
Consider trunk control
Careful assessment of range of motion and strength
May require extensive adaptive equipment
Ensure good insight
Short training sessions

94
Q

Description of Beckers muscular dystrophy

A

Onset as late as 25 years old
Slow progression
Affects pelvis, upper arms, upper legs first

95
Q

Description of limb – girdle muscular dystrophy

A

Progressive weakness in shoulders and pelvis
Unset late childhood or early adulthood
Cardio pulmonary complications in later stages

96
Q

Description of a fascioscapulohumeral muscular dystrophy

A

Onset teens to early adulthood
Forward sloping of shoulders, difficulty raising arms overhead, difficulty closing eyes
Disease may span decades

97
Q

Description of congenital muscular dystrophy

A

Generalized weakness present in infancy
Joint deformities can develop due to shortening of muscles

98
Q

Description of oculopharyngeal muscular dystrophy

A

Onset 40-70 years old
 drooping of eyelids followed by other signs of eye and facial muscle weakness, difficulty in swallowing
May experience weakness and pelvic and shoulder muscles
Recurrent pneumonia possible

99
Q

Distal muscular dystrophy

A

40–60 years old
Weakness of hand muscles, impaired coordination
May eventually affect muscles of feet and progress to lower arms and legs

100
Q

Description of Emery Dreisfuss muscular dystrophy

A

Onset childhood to early teens
Shortening of muscles of elbows, knees, ankles
Abnormal heart rhythm
First affected our shoulders, upper arms, shins
Joint deformities common

101
Q

Description of polyMyositis

A

Onset infancy to late adult life
Earliest symptoms of weakness and Proxico muscles of hips and shoulder
Difficulty rising from chair, climbing steps, holding arms upright
Inflammation of hips and shoulders
Fatigue with prolonged walking
Weakness develops in matter of weeks or months

102
Q

Description of ALS

A

Onset between 35–65
Progressive, attacks motor neurons in brain, boule region, spinal cord
Generalized weakness and exaggerated reflexes
Cognition remains intact
Spasticity may occur
Impaired speaking, swallowing, breathing
Fatigue

103
Q

Implications for driving with ALS

A

Frequent reevaluations
Consider future with adaptive equipment, consider how fast it is progressing
Short training sessions

104
Q

MyasThenia gravis

A

Auto immune disorder
Weakness of ocular muscles
Dysphasia, dysarthria
Limb weakness
Sometimes rapidly fatal due to respiratory failure/aspiration; sometimes lifespan is a little affected
Excessive fatigue after exertion

105
Q

Charcot– Marie -tooth (Peroneal muscular atrophy)

A

Onset between ages 10–20
Symmetrical weakness in feet and legs, Hand and forearm,
Eventual mild foot deformity , Mild clawing of hands, difficulty in opposing the thumb
Face, trunk, proximal limb muscles usually spared
Sensation loss in feet

106
Q

Kugelberg – Welander disease (Juvenile SMA II)

A

Onset childhood or early adolescence
Proximal muscles affected first; usually leg then shoulder, upper arms, and neck
Frequent falls

107
Q

Characteristics of osteogenesis imperfecta

A

Multiple fractures
Joint instability
Short stature
Limited ambulation, braces/assistive devices/wheelchair
Abnormal bone and joint development

108
Q

Implications for driving with osteogenesis imperfecta

A

Special seat and back cushion for windshield visibility
Reduced effort steering and breaking to avoid stress on bones
Extensions or remote switch is on all secondary controls
Restraint system very important secondary to airbags
Do not evaluate until late teens or when bones have stabilized; person is experiencing less or no fractures
Hand controls usually indicated to avoid stress on legs
Wheelchair storage

109
Q

Symptoms of polio

A

Involve one or more extremity
Proximal muscles affected more
Scoliosis, kyphosis
respiratory muscles can be affected with respiration compromised long-term
Post polio syndrome; further deterioration of overworked muscles after 30+ years from acute phase of illness

110
Q

Implications for driving, polio

A

Adaptive equipment may be simple to complex
May require reduced diameter wheel, reduce effort steering, remote operation of secondary controls
Energy conservation important
Consider car topper or van to save energy of loading wheelchair
Periodic reevaluation’s as a person ages and post polio syndrome develops

111
Q

Definition of complex regional pain syndrome

A

A neurovascular disorder, injury site is the dorsal root ganglion – back to injured nerve

112
Q

Major symptoms of complex regional pain syndrome

A

Pain
Severe edema
Discoloration of lower extremities, cold to touch extremities
Lots of hair on legs, shiny skin
Father by extreme temperatures, very sensitive to sensations
Autonomic dysfunction
Movement disorder
Trophic changes
Auto immune phenomena
Stiffness
Decreased function

113
Q

Stages of complex regional pain syndrome

A

Acute
Dystrophic
Atrophic

114
Q

Description of acute stage of complex regional pain syndrome

A

Three months
Abnormal pain
Vasomotor changes, redness to cyanosis
Increased or decreased skin temperature
Swelling
Decreased mobility
Trophic changes
May experience abnormal hair growth and sweating

115
Q

Description of dystrophic stage of complex regional pain syndrome

A

3 to 6 months post injury
Edema
Decreased passive mobility
Pain spreading of extremity or into another extremity
Sleep disruption
Skin can become a rough and thickened
Tremors, spasms, dramatic dystonia

116
Q

Description of a trophic stage of complex regional pain syndrome

A

After six months
Periarticular swelling and thickening
Contractures
Severe trophic changes including atrophy
Skin thin and shiny, dark or discolored
Skin breakdown is common

117
Q

Symptoms of spina bifida

A

Weakness or paralysis of LE
Sensory loss below level of lesion
Bowel and bladder incontinence
Scoliosis
Impaired trunk control
May have poor motor planning

118
Q

Visual perceptual deficits in Spina Bifida

A

Visual discrimination
Visual closure
Figure ground
Form constancy
Depth perception
Visual orientation in space

119
Q

Visual problems in Spina Bifida

A

Nystagmus
Poor saccadic motions
Lazy eye/exotropia
Poor ocular motor control
Scanning /tracking
Poor fixating, especially at midline

120
Q

Common comorbidities with spina bifida

A

Hydrocephaly
Chiari malformation
Sensory Processing deficits
Cognitive deficits, immaturity, attention, etc.

121
Q

Considerations for driving for Spina Bifida

A

Specialized seating
Possible use of hand controls
Usually have to educate even in basics of transfers and wheelchair handling, endurance, other ADLs
May be slow learners
Require more repetition, verbal encouragement, instruction
Positive reinforcement, constructive criticism given with sensitivity and gentleness
Extended evaluation

122
Q

C2–4 spinal cord injuries

A

Trapezius is spared
Generally transportation only/passenger only

123
Q

Muscles intact with C5 SCI

A

Shoulders and biceps


124
Q

Muscles intact with C6 SCI

A

Shoulders, biceps, wrist extensors

125
Q

Muscles intact with C7 SCI

A

Shoulders, pecks, biceps, triceps, wrist extensors
Wrist flexors finger extensors

126
Q

Muscles intact with C8SCI

A

Minimal grasp
Shoulder, pecks, biceps, triceps, wrist extensors, wrist flexors, finger extensors

127
Q

Muscles intact with L4 and below SCI

A

Hip flexors and knee extensors

128
Q

Symptoms of SCI

A

Impaired Bowel and bladder Control
Spasticity, clonus
Respiratory and endurance deficits
Sensory loss
Inability to regulate body temperature
Joint deformities in instabilities
Complete versus complete injuries
Pain, especially at level of injury and below

129
Q

Driving implications with SCI

A

AC/heat required
Consider seat material
Pedal guards/leg straps to prevent interference from spasticity
Extra trunk and chest belts or lateral support pads
Wrist splints may prevent overflow of spasticity to hands when driving
Consider medications
Observe transfer into vehicle and watch them load wheelchair
May benefit from additional mirror system if impaired cervical range of motion
Short sessions for energy conservation
Provide training tasks to challenge balance

130
Q

Description of Arthrogryposis

A

During fetal period muscle development stops and is replaced with fatty tissue

131
Q

Symptoms/problems and Arthrogryposis

A

Multiple contractures throughout arms and legs
Delayed fine and gross motor skills
Weakness
Decreased hand function due to multiple contractures

132
Q

Implications for driving with arthrogryposis

A

Typically require high tech driving system
Vehicle selection can be challenging due to short stature, W/C placing knees add typical height

133
Q

Motor problems common with hearing impairments

A

Poor coordination, poor motor planning

134
Q

Visual/visual perception problems common with hearing impairments

A

Tracking/scanning,
Visual spatial perception
Form constancy
Visual sequential memory

135
Q

Cognitive deficits common with hearing impairments

A

Impaired reading
Visual Distractibility
Difficulty with problem-solving and decision-making

136
Q

Implications for driving with hearing impairments

A

Use interpreter and develop communication plan for behind the wheel
Reduce visual distractions
Provide extra time

137
Q

Common comorbidities with learning disabilities

A

Motor and sensory processing impairments, including vision

138
Q

Implications for driving with learning disabilities

A

Consider possible accommodations during clinical assessment
Reduce distractions
Short sessions
Extended evaluation
Clear concise and easy to understand instructions
Watch for inconsistencies from lesson to lessen
Consider recommending restrictions

139
Q

Considerations for orthopedic conditions and driving

A

Temporary hold on driving during recovery and rehab
Maximize return of all motor performance skills prior to pursuing driving
Hip precautions applied to both feet, crossing foot over is not safe

140
Q

Common comorbidities with ASD

A

Sleep disturbances
ADHD
Anxiety

141
Q

Visual search impairments in ASD

A

Avert eyes from critical information
Take longer to find critical information on Rodeway
Focus in the horizon versus scanning near and far
Experience cognitive overload

142
Q

Visual skills to assess for ASD driving readiness

A

Visual acuity
Visual scanning
Visual fields

143
Q

Cognition to assess in ASD for driving readiness

A

Attention
Divided attention
Processing speed
Ability to learn
Knowledge of rules
Mental flexibility

144
Q

Motor skills to assess for ASD driving readiness

A

Speed and accuracy of eye hand coordination
Reaction times
Rapid pace walk
Nine hole peg test

145
Q

Social challenges in ASD that may impact driving

A

Literal interpretation
Interpreting nonverbal cues

146
Q

Most common driving errors in ASD

A

Speeding tickets
Running red lights
Illegal turns
Visual scanning
Lame maintenance
Adjustment to stimuli

147
Q

Driving habits in people with ASD

A

Drive less
More likely to self restrict

148
Q

Sensory deficits in ASD

A

Processing impairments
Visual spatial scale impairments
Impaired motor planning
Difficulty timing of movement, initiation of movement


149
Q

Executive function deficits in ASD

A

Attention
Problem-solving
Prioritizing
Social behavior
Emotional regulation
Imagination
Planning ahead