Theme 6 Flashcards

Retrieval practice

1
Q

The dutch guideline stroke uses three conceptual frameworks in clinical reasoning with a stroke patient.
Name those three and explain why they are important

A

First the ICF: The physical therapy process aims to optimize the patient’s condition in terms of impairments of body functions, limitations of activities, and restrictions of participation, while also addressing the context of the patient’s health problem. the ICF can help physical therapists in structuring and
presenting the stroke patient’s functional performance from a wider perspective.
Second time course: Recovery after a stroke is not linear, but follows a curve, with most of the recovery taking place during the first days to months. This line can help you to estimate if the patient is on track or deviating from this line of time and then you can ask why.
Physical therapeutical process: The methodical approach to physical therapy consists of eight
steps which can give you guidance in your performance.

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2
Q

What are the main important facts in the definition of stroke by the WHO.

A

rapidly developing signs (FAST), Focal disturbance in the brain, more than 24 houres

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3
Q

Describe the 4 characters of the acronym FAST. Elaborate on the reason why knowing this in the general population is important.

A

FAST is an acronym used as a mnemonic to help detect and enhance responsiveness to the needs of a person having a stroke. The acronym stands for Facial drooping, Arm weakness, Speech difficulties and Time to call emergency services.

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4
Q

Describe the natural course of a stroke in 4 phases.

A

Hyperacute phase 24 houres, early rehabilitation phase 3 months, late rehabilitation phase 6 months and the chronic phase after 6 months.

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5
Q

Name the eight steps of the physical therapeutic process with a stroke patient. Explain also why this is important to know.

A

Diagnostic process: 1 Presentation, defining the patients problem, screening and informing the patient. 2 History taking 3 Physical therapy examination 4 establishing a physiotherapy diagnosis and indication.
Therapeutic process: 5 Treatment plan 6 implementation of the treatment plan.
Evaluation and monitoring: 7 Evaluation 8 Conclusion
Knowing this process is important for your performance. By taking these steps you are working in a methodical way and by knowing what is in it it can help you to formulate criteria for the process. For example after the diagnostic process I am able to define the patients main problem (THE WHAT)

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6
Q

Describe the domains of functional disorders and explain why they are important.

A

There are three domains of functional disorders. Somatosensoric, Neuropsylogical (cognitive) and psychological (socio emotional). With those domains you are dividing the functions in domains and that gives a structure. But it is also important to decide which professionals are needed to treat this patient.

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7
Q

Explain the old and new paradigm in treating patients with a stroke.

A

In the past, a static central nervous system was assumed. Now one starts from a plastic central nervous system. The nervous system adapts by learning, by motor learning. Principles such as symmetry and tone normalization (principles from NDT) have therefore been abandoned and functional training that has task specificity has been replaced. The intensity of training is also important and variation in training is also important to allow the plastic brain to adapt, to learn.

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8
Q

Name the advantage of a stroke unit in a hospital. Ex.plain what the reason could be of these advantages

A

Systematic literature reviews have shown that patients benefit from very rapid admission to a hospital stroke unit, which specializes in the treatment of patients with a stroke. Treatment at a hospital stroke unit considerably reduces the risk of death and of ADLdependence compared to treatment at non-specialized treatment
centers.
There are indications that it is the combination of the quality of coordinated interdisciplinary collaboration (also known as multidisciplinary collaboration) and the practice of establishing shared functional goals for treatment (goal setting) which determines
the outcome in terms of ADL-independence and the mortality risk among patients admitted to a stroke unit. they are following.

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9
Q

What is the legal status of this an other guideline.

A

It is the best evidence for this moment and is the consensus of the physiotherapist. You can deviate from the guideline because the guideline is about an average patient. But you are obliged to do this with sound arguments and you have to explain this in your patientjournal.

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10
Q

Explain why thinking in fundamental movement skills is to restricted in (stroke) patients.

A

The problem in a stroke patient is caused by brain damage. The impairment is in the brains and not directly in the leg or arm (this can develop but is not the main cause) So in are therapy we have to influence the brain. The brain is the main focus of our therapy. Think about motor learning and the motor learning principles.

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11
Q

50% of the patients will be discharged from the hospital to the home. What are important treatment goals for those patients.

A

The patient can do his personal care.
The patient can do as much as possible of his ADL as formulated in the helpquestion (or helpquestion of the partner f. ex) related to his prognosis.
The patient is involved in a movement program to prevent a second CVA
The patients general health is monitored by the pt to inform the gp
The progress of the patient is monitored by measurement instruments.

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12
Q

What is transdisciplinairy care. What is the advantage of it and what is the disadvantage.

A

It is care in which the borders between professions are vanishing so every professional can do a part of the job of an other. Advantage every professional takes in account the whole health situation of the patient and not only his or hers part. Disadvantage is the danger that professionals are passing their knowledge border.

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13
Q

Intensity of training is a parameter. What is an important characteristic of the training of a stroke patient and what is the effect of it.

A

Intensity has to be high. High intensity training is related to more rapid recovery of selective movements, comfortable walking speed, walking distance and so on.

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14
Q

Explain the concept of training specificity of a CVA pt.

A

It is important to train ADL task in a specific manner in the context that resembles the situation in which the task has to be performed.

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15
Q

“Lost brain tissue won’t come back.” Why is this statement true or not true?

A

Comment: neurogenic neuron formation (neurogenesis) has recently been demonstrated.The statement is not particularly positive;even if the lesion persists, the brain has other strategies to cope with the effects of a local lesion: to some extent, lost brain tissue does not have to come back to achieve functional recovery.

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16
Q

Statement: “No further recovery is to be expected after six months.”Is this right or wrong and why?

A

Numerous examples show the opposite.Research withforced useshows that the mobility and muscle strength of a paralyzed arm can also increase considerably years after the stroke.
There are aphasia patients who start talking again after two years, there are patients with outbursts of anger that they get under control in the long run.

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17
Q

Statement: “Rehabilitation in a stroke patient can be seen as a learning process with the sensormotory circle as the basis for learning an action/acitivity”
Explain why this statement is important to remember for the treatment of a stroke patient.

A

A CVA can cause failure of a brain area, activities in the extremities can become limited. The cause of this limitation lies mainly in the brain. The brain has a plasticity whereby either brain cells around the leasie take over the function or other areas in the brain take over the function and this is done by (senso) motor learning. By offering learning stimuli (performing the activity may be with some help or facilitation), the patient simulates learning not only by making the movement but also by the reafference that the movement causes.

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18
Q

Describe why torso muscles are affected less than muscles distal to the extremities.

A

In most stroke patients there is no significant failure of the trunk muscles. This is because these fundamental muscle groups are bilaterally innervated. This is essential, given that these muscle groups main function is as a good ‘suspension system’ for the organs and also have a supporting function for breathing.

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19
Q

There are different domains in the deficits in functions with a stroke patient. Explain why one is called the somatosensory domain and explain why it is so important for the therapy in stroke patients.

A

The term ‘sensor-motor’ is a combination of sensory and motor. Sensory motor disorders lead to reduced motor functioning. And visa versa. “One thing is clear: plastic changes occur when information flows through the nervous system: there are stimuli and there is action .” Van Cranenburgh, 2019, §.3.1)

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20
Q

Explain what spasticity is.

A

Spasticity
Central tone disregulation (CTD) is characteristic of a Stroke. Spasticity is an expression of tonus disregulation that we often see as a result of a stroke. Spasticity occurs when an increased resistance is felt with passive movement in combination with an increased myotatic reflex activity (Lance 1980).
Spasticity is negatively influenced by fatigue, pain, speed and stress. Under the influence of these stressors, spasticity will be more prominent and will adversely affect functioning.

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21
Q

Describe the Ashworth scale for spasticity. he Ashworth scale is a test in which the tone is manually examined passively

A

The test uses a 5-point scale:
1.
not increased tone;

2.
slightly raised tone: a catch followed by minimal resistance for the rest of the range of motion (ROM);

3.
moderately increased tone: a clear resistance during the ROM;

4.
sharp increase in tone: strong resistance and passive movement are difficult;

5.
rigidity: passive redress is virtually impossible

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22
Q

Describe the test of Tardieu for spasticity.

A

The Tardieu measures the stretch speed in relation to the muscular response (also called catch). This determines the dynamic component of the muscle length. R1 is the catch that is felt when moving fast and R2 is the catch that is felt when moving slowly. This clinimetric finding is clinically relevant because the speed-dependent effect is included in the test. Spasticity is known to have a negative influence on the degree of spasticity.

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23
Q

Name the spastic pattern in the shoulder, elbow, wrist and hand (so the whole upper extremity)

A

upper extremity:
1.
shoulder: retraction, endorotation and depression;

2.
elbow: flexion and pronation;

3.
wrist: palm flexion and ulnar deviation;

4.
fingers: flexion;

5.
thumb: adduction and flexion

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24
Q

Name the spastic pattern of the lower extremity

A

Lower extremity:
1.
hip: retraction, endorotation and elevation;

2.
knee: extension and endorotation;

3.
single: plantar flexion and inversion;

4.
toes: claws or flexion

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25
Q

Sometimes term like spasticity and hypertonia are used as synomyms. Basicly that is wrong. So explain the difference between hyperonia and spasticity.

A

Hypertonia is an increased basic tension in some or the total musculature, without there being an increased resistance with passive movement (think about the spasticy test Ashworth and Tardieu) and an increased myotatic reflex activity (for example an increase in the tone in the trapezius descendens in the case of work stress). In practice, hypertonia and spasticity are sometimes considered synonymous, but this is not correct.

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26
Q

Describe what rigidity is (Seen a lot with Parkinsons disease)

A

Rigidity is a form of central tone dysregulation that manifests itself through an increased tone in both the agonist and the antagonist. This expression of tone disregulation is often the case with subcortical lesions. The basic nuclei also lie in the subcortical structures. That is why the Parkinson’s patient speaks of rigidity.

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27
Q

Research often uses the dependent and the independent variable. Explain the difference

A

In research, people often have a hypothesis that they want to confirm. For example, therapy A has a certain effect on the outcome. For example, strength training with a certain dosage has an effect on strength. In this case, one wants to demonstrate a causal effect between strength training and the degree of strength. The degree of strength here depends on the strength training that has been determined in advance. In short, the strength training is the independent variable and the strength as an outcome is the dependent variable.

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28
Q

Jane has to write a case report about a patient. Her PIO question is: what is the effect of exercise therapy in the form of stability training on the stability of the knee measured with the Y balance test in a patient with patellafemoral pain complaints. Explain what the dependent and what the independent variable is.

A

Exercise therapy in the form of stability training is the independent variable because this training has an effect on the dependent variable namely the knee stability measured with the Y balance test. In short, the result on the Y balance test depends on this training. (if the underlying theory is correct that this exercise therapy influences stability (because that is Jane’s hypothesis))

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29
Q

Jane is doing another research. Jane compares the Bobath method and the eclectic method in the treatment of stroke on the degree of ADL independence measured with the Barthel index. Her PICO question is. What is the effect of exercise therapy according to the Bobath method compared to the eclectic exercise therapy method in stroke patients with left hemiplegia on ADL activity after 6 months measured with the Barthel index.
Explain what the independent and what the dependent variables are.

A

In this case Jane looks at the effect of the Bobath method on ADL activity (measured with the Barhel index) so the Bobath method has an effect on the outcome ADL. This makes the Bobath method the independent variable and the outcome depends on this method, so is the dependent variable.
This also applies to the eclectic method, so it must have a causal effect on ADL. The eclectic method is the independent variable with an effect on the dependent variable the ADL activity measured with the Barthel index.

30
Q

In the case report, Jane measures the stability with the Y balance test and that is in centimeters. Explain what level of the dependent variable is expressed (nominal, ordinal etc)

A

This is a ratio scale, because the interval 1 and 2 cm is equal to the difference between 21 and 22 cm and 2 is exactly twice as much as 1, which means that 0 is also 0. (at temperature you can’t say that 40 degrees is twice as hot as 20 degrees)

31
Q

In her second study, the outcome (the dependent variable) is the score on the Barthel index. Explain the level of this variable.

A

This is the ordinal level. After all, the scores vary from a two-point to a four-point scale, namely 0-1 and 0, 1, 2, 3 as a possible score. There is also a sequence in the score 0 is worse than 1 and 1 is worse than 2 and so on. However, the difference between 0 and 1 and 1 and 2 is not exactly the same as is necessary for an interval scale. In short, there is a sequence but without equal intervals and that is an ordinal scale.

32
Q

Now Jane also wants to analyze the difference in effect measured with the Barthel index between men and women. They are now also a variable in research. Explain what this variable (dependent or independent) is and what the measurement level of this variable is.

A

A purpose of the study is now to see whether gender as a variable combined with the variable method has an effect on the ADL score.
Jane now also investigates whether gender has an effect on the outcome ADL measured with the Barthel Index (BI). Gender is now an independent variable and the outcome ADL with the BI the dependent variable. Gender is either female or male and this is not changeable so it is nominal.

33
Q

Jane calculates the average of the Barthel index of all participants from both groups. (group 1 treated with the Bobath method, group 2 treated with the eclectic method). For this she uses the total score on the Barthel Index. Explain why using the average is sensible or not sensible.

A

In principle, it is unwise to calculate an average because it is an ordinal measurement scale. However, many researchers calculate the average at 4 or 5 point scales, this is questionable but can be seen in a lot of research.

34
Q

Name the three domains of functional disorders and explain where in the ICF these are classified and explain why it is important to divide the disorders in those domains.

A

Somatosensory

 abnormal tone 
 abnormal reflex activity
 muscle weakness/stiffness
 disrupted sensitivity
 disrupted coordination
 balance problems
Neuropsychological/cognitive
 aphasia
 neglect
 apraxia
 memory disorder
 information processing
 attention/concentration
Psychological/social-emotional
 Mood disorders
 behaviour
 personality
 executive functions
 ………..
It concerns function disorders and we classify them for disorders in the ICF. It is important to subdivide the items so that the best rescuer can be searched for that domain.
35
Q

Name the four treatment domains related to physiotherapy in stroke rehabilitation.

A

Arm hand dexterity, walking skills, ADL (basic and specific), Percieved Quality of life

36
Q

Explain the concept of What How and Why again

A

In the what it is all about the problematic action, in the how you are judging the quality of the performance of the problematic action and in the why you are wundering why the problematic actions is performed with this quality.

37
Q

Explain the motor learning principle “Repetition without repetition”

A

You repeat the same exercise but always in a different way. For example, throw a ball through the hoop. You vary the throw by choosing a light ball, a heavy ball, a large ball, a small ball, by increasing or decreasing the distance, etc.

38
Q

Explain the motor learning principle “ Task specificity”.

A

The task specificity principle means that training a task A specific task can only be learned properly by really training that task. Briefly, learning to stand up from a chair by doeing squats does not teach this, because there are different angles in the joints and different directions of movement. The patient does not learn the specific pattern requested. In addition, by applying the principle of repetition without rehearsal, the patient learns to apply the task flexibly in different contexts and in different ways.

39
Q

Name the focus area in which the functioning problems of a stroke patient are divided and explain why this division is important.

A

Somatosensory functioning, cognitive-neuropsychological functioning and social emotional- psychological functioning. The division is important because the somatosensory functioning is the domain of the physiotherapist. As a physiotherapist you can sometimes have a little attribution in the other divisions but it is more that we have to take them in account during your diagostics and therapeutic actions.

40
Q

Give an example of 5 different somatosensory function deficits (THE WHAT in our reasoning).

A
abnormal tone 
 abnormal reflex activity
 muscle weakness/stiffness
 disrupted sensitivity
 disrupted coordination
 balance problems
 …………..
41
Q

Give an example of 4 different cognitive function deficits.

A
aphasia
 neglect
 apraxia
 memory disorder
 information processing
 attention/concentration
42
Q

Give an example of 4 different social emotional function deficits.

A
Mood disorders
 behaviour
 personality
 executive functions
 ………..
43
Q

In these focus area (somatosensory, cognitive and social emotional) plus and minus symptoms are mentioned. Give a few examples.

A

Motor skill, paralysis as a minus and spasticity as a plus symptom. Sensitivity, anesthesia and hyperesthesia as a minus and plus symptom. Behavior, lack of intitiative and impulsive.

44
Q

Name terms that are used in the WHY within the clinical reasoning.

A

safe, coordinated, goal-oriented, economic, rhythmic, adaptive, selective

45
Q

A patient has difficulties with sitting, you see that the patient is falling a side when sitting and does not catch his/her self. You are afraid that he/she can hurt him/her self. Formulate a hypothesis.

A

The patient has problems with sitting independently on the bed without help of the physiotherapist, it seems unsafe and seems due to a balance and supporting problem. The WHAT, HOW and WHY is recognizable and the situation of sitting is explained

46
Q

In your examination one of the first things you are asking is to perform transfers the so called WHAT. What are you trying to explore.

A
If the patient can perform this transfer/milestone and if he can t how much help is needed. THINK about these order:
independent
supervised
verbal instructions
facilitating
with help
with an aid
47
Q

You are examining a stroke patient in the hospital on a flat surface. You have asked the patient to walk 10 meters. You see he is walking but he is circumducting the affected leg. That leg is spastic. Formulate a hypothesis

A

The patient can walk out of a standing position on a hospitalfloor for 10 meters. The walking is aselective and uneconomic because their is a spasticity in the leg. It is expressing in the swingphase with a circumduction. (WHAT, HOW, WHY and the context and the starting position)

48
Q

In balance reactions their are two components namely motoric and sensoric (togather sensomotoric). Describe those components.

A

the sensoric component, so the information that is coming in through the senses exists of the visus, the vesitbular system and the propriocepsus. Visus is the most important one. In the motoric part their are different strategies. The reactive (patient is reacting on stimuli), a predictive (Patient is reaching for objects) and proactive (in advance the patient is asked if he can perform the action). Further a fixed support or a change of support can be a strategie.

49
Q

Their are a few important treatment principles. Name and explain them.

A

Intensity of exercise therapy, it is important to have a intensity of training within the border of the possibilities of the patient. You can use spaced practice and interleaving to divide the load.

Task- and context-specificity of training effects, The brain doesn’t know muscles so you have to train task in a context so the specific brain function in the right areas of the brain is trained.

Motor learning principles these our focus on the most effective way of motor learning to cause with a stroke patient reorganisation of the brain.

Neurological exercise concepts like Bobath Brunström PNF and so on are as a concept not effective but you can shop selectively exercises and principles that are stimulating this specific patient towards motor learning

50
Q

In training the stroke patient we have three general strategies we use. Name those three.

A

Motoric strategie, sensoric strategie and the cognitive strategy. (think back to the woman who is getting the mail with those three different strategies)

51
Q

And the the treatment domains of the physiotherapist with a stroke patient: Walking skills, arm/hand dexterity, ADL (and Quality of life) the therapist is using prognostic instruments, which, when and what outcome is the therapist using in the first week.

A

Walking skills, TCT 25pts and the motricity index lower extrimity more or equal 25pts
Arm Hand dexterity, FMA more or equal 1 fingerextension, motricity index more or equal 9 pts
Both on day 2

Bathel index for ADL on day 5 more or equal 7
See flowchart guideline.

52
Q

Try to list other important measurement instrument with stroke with their construct

A

BBS, 10 m walking, TUGT and so on

53
Q

What is the reason that it is better to make an interval prediction than a point prediction within the statistic.

A

A point prediction does not show how certain the prediction is. With an interval prediction you can read the degree of certainty of the prediction by using the width of the interval.

54
Q

Imagine that you have a sample with an average of 182 cm lengt and a standarddeviation of 12 and you have a sample with a length of 184 and a standarddeviation of 6 cm. (n is in both groups) Explain why the average is better suited for the second group than for the first group.

A

In the second group their is relative in comparison to the other group less variation (Hence the SD is lower). So the average resembles the people of the second group better than the first group.

55
Q

A question repeated out of grasple but now in a right way. Firm X needs a product for assembling their product a computer. They want to have a high and constant flow of chips to assemble in the computer. Firm A produces 120 an hour with a standarddeviation of 5
Firm B produces 125 with a standarddeviation of 15. Which firm does Firm X have to choose to make sure that they have the most constant and highest supply of the chips.

A

Firm A, They are in average producing less than Firm B, but Firm B is less constant, hence the standard deviation is much higher and the average not much higher.

56
Q

Researchers performed a RCT for 96 people. They tested two groups one group with a placebo (A) and one with a treatment (B). The outcome is pain on a VAS scale in mm and hopdistance measured in cm.
The difference between the group A and B on the VAS is in average 30 and in a 95% confidence interval 42-30- 18 mm. For the hopdistance the average difference is 20 cm and with the 95% confidence interval it is written like this 42-20- -(minus) 2.
Explain which outcome is not significant.

A

The one with the outcome distance. The 95% confident interval contains a zero. That means that no difference between group A en B on the single leg hop is in the confidence interval. So there will be samples with no difference. So this outcome is not significant.

57
Q

(same intro) Researchers performed a RCT for 96 people. They tested two groups one group with a placebo (A) and one with a treatment (B). The outcome is pain on a VAS scale in mm and hopdistance measured in cm.
The difference between the group A and B on the VAS is in average 30 and in a 95% confidence interval 37-19- 1 mm. For the hopdistance the average difference is 20 cm and with the 95% confidence interval it is written like this 42-20- -(minus) 2. The MCID is for the VAS 19 mm and for the single leg hop 20 cm.
In which outcome(s) is a clinical relevant dif.ference and why

A

Their is no clinical difference in both outcomes The outcome distance was not significant and contains zero. The outcome pain is less than 19 mm.
Be aware the MCID`s are made up.

58
Q

Name the five treatment domains of Parkinsons and compare them with those of the stroke patient

A

Gaith/Walking skills/balance, reaching and grasping/arm-hand dexterity, Physical capacity, Transfers and Body posture is also mentioned. In stroke there is a similarity, arm hand dexterity, walking skills, specific adl and quality of life

59
Q

In which period it is best to (re) learn activities with a Parkinsons patient and explain why the period has that name.

A

In the on period. In that period the effect of L Dopa is on. So there is a good effect of the medication. Later on the effect will fade out and that is called the off period

60
Q

The Hoehn and Yahr classification contains 5 phases. What is the goal of the therapist in the fifth phase.

A

Preventing decubitis, Preventing contractures, maintaining and montoring the body functions and instructing and supporting the nursing personal and the family

61
Q

You want to do a measurement instrument with a Parkinsons patient focused on balance. Name a the test that is the most easy to perform.

A

TUGT it is fast and you don t need a lot of space and it is not loading the patient a lot.

62
Q

You want to objectivise the activity level of the Parkinsons patient. Which measurement instrument will you apply.

A

For example the Parkinson activity Scale will be a possibility.

63
Q

What is the main symptom of a Parkinsons patient and which symptom is denying the diagnosis of Parkinsons.

A

Bradykinesia, slow movement. Be aware that the ability to smell also important is (relativ new). Additional symptoms are rigidity, tremor and balance problems. Against are symmetrical symptoms in the beginning of the disease.

64
Q

Parkinsons disease is a progressive disease. Explain the pathogenesis.

A

It is about a reduced function of the substantia nigra as one of the basal nuclei causing less production of Dopamine. Dopamine is important to shift between functions and motorprograms in the Brain

65
Q

Name why executive functions are important for a Parkinsons patient.

A

Executive functions are crucial for exercising
goal-oriented behavior, and therefore for daily functioning. below
The executive functions include activities that include a
rely on mental control and self-regulation, such as
pay attention, plan, organize, remember details and time and they are often hampered in a Parkinsons patient
organize space.

66
Q

Name three non-motor manifestations of executive function disorders

A
Apathy;
Visual hallucinations;
Personality changes, such as becoming less spontaneous,  and less attention to self-care;
Pain;
Fear;
Depression.
67
Q

Name the two types of Parkinsons disease and explain the difference.

A

Rigid akinetic and tremor dominant. They both have bradykinesia. The tremor dominant type has tremors in rest and people with this type have a better prognosis. The Akinetic rigid type is associated with rigidity and people with this type have a worse prognosis.

68
Q

What are goals with a Parkinsons patient in the early phase, (1-2,5 H&Y)

A

preventing inactivity

preventing the fear of moving or falling

maintaining and/or improving fitness level

69
Q

Name three measurement instruments for a Parkinsons patient related to falling.

A

Questionnaire fall history (retrospective)

Fall agenda
- to be filled out after a falling incident

FES (Falls Efficacy Scale) >
- questionnaire on worries about falling

70
Q

Explain the difference between rytmic and One off cues.

A

The One off is a one time cue for starting or stopping. The rytmic cue is a cue for rytmic walking and avoiding freezing.