general medicine and care of older people Flashcards

1
Q

how many people have long term conditions in England?

A
  • 15 million people have long term conditions
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2
Q

how are long term conditions managed?

A
  • managed with drugs and treatments
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3
Q

what percentage of over 60s have long term conditions?

A
  • 58%
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4
Q

what other group (other than elder) have a higher prevalence and severity of long term conditions?

A
  • more deprived groups have a higher prevalence
  • 60% higher in the poorest social class and
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5
Q

how much of health and social care is used on people with long term conditions?

A
  • 70% of health and social care expenditure is used for treating and caring for people with long- term conditions
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6
Q

what is increasing over time?

A
  • number of people with multiple long term conditions is increasing
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7
Q

what is comorbidity?

A
  • co- existence of other conditions with a specific index condition (presence of additional diseases in relation to an index disease in one individual)
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8
Q

what is multimorbidity?

A
  • co- existence of multiple conditions without a specific index condition
  • presence of multiple diseases in one individual
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9
Q

who is multimorbidity more commonly seen in? what is this possibly due to?

A
  • seen more frequently in older adults
  • possibly due to ageing population
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10
Q

what type of status makes you more likely to experience multimorbidity?

A
  • lower socioeconomic status
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11
Q

what is multimorbidity influenced by?

A
  • various factors e.g., sex, ethnicity and various health- related behaviours that may increase the risk of chronic conditions
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12
Q

what can patients with multimorbidity experience?

A
  • experience different combinations of conditions
  • making it a highly diverse condition
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13
Q

what do chronic physical conditions often coexist with?

A
  • usually coexist with mental health conditions
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14
Q

what can some types of multimorbidity increase? (2)

A
  • increased disability and functional decline
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15
Q

what can some types of multimorbidity reduce? (2)

A
  • reduced well- being and quality of life
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16
Q

is there data on all types of multimorbidity?

A
  • no, information on some types of multimorbidity is limited
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17
Q

what factors are unclear in multimorbidity research?

A
  • unclear which factors predict the risk of developing different types of multimorbidity
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18
Q

what is there no data on? what does this make harder?

A
  • no data on factors that increase the risk of multimorbidity independently of its component conditions
  • makes it hard to develop prevention strategies
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19
Q

what are there very few trials of?

A
  • few trials of interventions to manage multimorbidity
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20
Q

what is the evidence base heavily skewed towards?

A
  • skewed towards older populations and HICs
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21
Q

what is morbidity burden?

A
  • overall impact of the different diseases in an individual taking into account their severity
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22
Q

what is patient’s complexity?

A
  • overall impact of the different diseases in an individual taking into account their severity and other health- related attributes
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23
Q

what do the conditions of multimorbidity include? (5)

A
  • defined physical and mental health conditions - - - learning disabilities
  • symptom complexes (frailty or chronic pain)
  • sensory impairment (sight, hearing loss)
  • alcohol and substance abuse
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24
Q

what does WHO define multimorbidity as?

A
  • being affected by two or more chronic health conditions in the same individual
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25
Q

what may patients with multiple health conditions not always require?

A
  • may not always require an approach to care beyond managing their individual conditions in isolation
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26
Q

what management is needed as the severity and complexity of the condition increases?

A
  • need for a management strategy that considers multimorbidity becomes more likely
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27
Q

what is management that considers multimorbidity especially needed?

A
  • in cases where clusters of conditions have different management strategies and where a patient has both mental and physical conditions
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28
Q

what may not be the best option for multimorbidity patients?

A
  • uncoordinated and fragmented care from healthcare systems that focus on single conditions may not be the best
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29
Q

what is multimorbidity associated with an increase of in older adults regardless of income level?

A
  • associated with increased occurrence of hospitalisation and readmission
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30
Q

what does multimorbidity increase in the UK? (2)

A
  • healthcare utilisation
  • costs of primary, secondary and dental care
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31
Q

what two combinations of conditions represented a significant share of secondary care costs?

A
  • chronic kidney disease and hypertension
  • diabetes and hypertension
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32
Q

what conditions were the highest preventable emergency admission costs found? (3)

A
  • combinations of chronic heart failure, chronic kidney disease and hypertension
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33
Q

what approach should be taken due to the fact there is no clear/ discrete disease combinations to target interventions?

A
  • implies a generalist/ multidisciplinary team approach which will remain important rather than pathways based on a few specific disease clusters
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34
Q

when should you think multimorbidity? (7)

A
  • identified by a person
  • struggle with treatment/ daily activities
  • receive support from multiple services
  • have physical and mental health conditions
  • signs of frailty or frequent falls
  • frequently seek unplanned or emergency care
  • take regular medicines (polypharmacy)
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35
Q

what is frailty?

A
  • clinical syndrome caused by age- related biological changes that lead to negative outcomes
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36
Q

what does frailty indicate?

A
  • indicates increased vulnerability
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37
Q

what are the two main consequences that frailty leads to?

A
  • functional impairment
  • adverse health outcomes
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38
Q

what are the three things that frailty contribute to?

A
  • falls
  • multimorbidity
  • mortality
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39
Q

what does frailty lower? (2)

A
  • quality of life
  • life expectancy
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40
Q

what state can frailty be? what can it coexist with?

A
  • can be a pre- disability state
  • or can coexist with disability
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41
Q

is frailty reversible?

A
  • yes
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42
Q

what is the frailty phenotype?

A
  • describes a group of patient characteristics (unintentional weight loss, reduced muscle strength, reduced gait speed, self-reported exhaustion and low energy expenditure) which, if present, can predict poorer outcomes
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43
Q

what is the Rockwood frailty scale often used for?

A
  • initial screening for patients
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44
Q

what is the Rockwood frailty scale?

A
  • assumes an accumulation of deficits which can occur with ageing and which combine to increase the ‘frailty index’ which in turn will increase the risk of an adverse outcome
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45
Q

what is the cumulative deficits model closely associated with?

A
  • associated with comprehensive geriatric assessment
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46
Q

what was developed based on Rockwood and comprehensive assessment?

A
  • electronic frailty scale
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47
Q

what does the eFI do?

A
  • searches primary care records for 36 variables, including diagnosis, symptoms, sensory impairments and disabilities
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48
Q

what are the variables used to identify in the eFI? (3)

A
  • identifies risk of hospital admission, care home admission or even death
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49
Q

what are the five frailty symptoms by the British Geriatric Society?

A
  • falls
  • immobility
  • delirium
  • incontinence
  • susceptibility to side effects of medication
50
Q

how is frailty diagnosed when using the phenotype model to look at walking speed?

A
  • more than 5 seconds to walk 4 metres indicates frailty
51
Q

how is frailty diagnosed when using the phenotype model to look at timed up and go test?

A
  • mean time of more than 12 seconds indicates frailty
52
Q

what are the 3 other indications of frailty diagnosis using the phenotype model?

A
  • low grip strength
  • immune deficits
  • reduced ability to withstand an ‘insult’
53
Q

what self- reported physical activity score indicates frailty for men?

A
  • scores of 56 or less for men
54
Q

what self- reported physical activity score indicates frailty for women?

A
  • scores of 59 or less for women
55
Q

what is the ISAR screening?

A
  • self report screening tool composed of six simple ‘yes/no’ items
56
Q

what is ISAR screening related to? (5)

A
  • related to functional dependence, recent hospitalisation, impaired memory and vision and polypharmacy
57
Q

what does a comprehensive geriatric assessment involve? (6)

A
  • assessment
  • problem list
  • goals
  • personalised care planning
  • intervention
  • review
58
Q

what are the 8 aspects of assessment in the comprehensive geriatric assessment?

A
  • medical
  • functional
  • psychological
  • social
  • environmental
  • advance care planning
  • spirituality
  • sexuality and intimacy
59
Q

what three aspects of the comprehensive geriatric assessment do physiotherapists focus on?

A
  • functional
  • social
  • environmental
60
Q

what does the comprehensive geriatric assessment help to plan?

A
  • helps to plan a standardised plan for treatment of patients
61
Q

what is sarcopenia?

A
  • progressive and generalised skeletal muscle disorder that is associated with the increased likelihood of adverse outcomes
62
Q

what are the four adverse outcomes that sarcopenia increases the likelihood of?

A
  • falls
  • fractures
  • physical disability
  • mortality
63
Q

what are quick screening tools for sarcopenia?

A
  • MRSA and SARC-F
64
Q

what score on MRSA-7 indicates a risk of sarcopenia?

A
  • <30 indicates a risk of sarcopenia
65
Q

what score on MRSA-5 indicates sarcopenia risk?

A
  • <45 indicates sarcopenia risk
66
Q

what are the SARC-F test 5 components?

A
  • strength
  • assistance in walking
  • rise from a chair
  • climb stairs
  • falls
67
Q

what does the SARC-F screening tool highlight?

A
  • highlights key issues/ weaknesses of patients
68
Q

what outcome measures may be used for muscle strength, quality and performance? (5)

A
  • grip strength
  • chair stand > 30 second
  • GST-4
  • 4 stage balance test
  • TUG test
69
Q

what do older people with sarcopenia have a higher risk of?

A
  • higher risk of hospitalisation
70
Q

what are the 11 risk factors associated with sarcopenia in hospitalised older people?

A
  • longer days of bed rest
  • cognitive impairment
  • low body mass index
  • dependency with ADLs
  • age
  • diabetes
  • depression
  • osteoporosis
  • falls
  • physical inactivity
  • polypharmacy
71
Q

what are the 3 elements that present across most tests that define sarcopenia?

A
  • muscle mass
  • grip strength
  • gait speed
72
Q

what does acute sarcopenia lead to? (9)

A
  • delirium
  • cognitive impairment
  • malnutrition
  • insomnia
  • chronic disease
  • bedrest and disuse
  • depression
  • acute medical illness
  • acute psychological stress
73
Q

what are the two stages of acute sarcopenia?

A
  • pre- sarcopenia
  • chronic sarcopenia
74
Q

what are the two treatment options for sarcopenia?

A
  • medication e.g., steroids
  • surgical procedures
75
Q

what is hospital- acquired deconditioning?

A
  • state of poor functional performance after an acute hospitalisation
76
Q

what is HAD a strong risk factor for in the following year? (3)

A
  • mortality
  • re-hospitalisation
  • institutionalisation
77
Q

what is HAD associated with?

A
  • associated with high costs
78
Q

what are the predictive tools for HAD relating to subject characteristics? (6)

A
  • sex
  • age
  • education
  • skin integrity
  • limb circumference
  • incontinence
79
Q

what pre- hospitalisation status are red flags for HAD? (6)

A
  • previous need for assistance in ADLs
  • previous need for assistance travelling
  • use of walking device
  • functional balance
  • mobility
  • gait speed
80
Q

what hospitalisation events are predictive tools for HAD? (5)

A
  • diagnosis
  • function at discharge
  • symptom severity
  • depressive symptoms
  • steps per day
81
Q

what are the two biological markers predictive of HAD?

A
  • creatine levels
  • dipstick proteinuria
82
Q

what are the three suggestions in preventing deconditioning for older people?

A
  • sit up
  • get dressed
  • keep moving
83
Q

what is the most effective non- pharmacological intervention for reducing frailty?

A
  • physical activity
84
Q

what is the most effective type of physical activity for older patients?

A
  • resistance training
85
Q

what are the next most effective physical activity types most effective for older people? (3)

A
  • mind body exercise
  • mixed physical training
  • aerobic training
86
Q

what should multicomponent intervention for frailty involve? (4)

A
  • physical, nutritional, cognitive components and polypharmacy
87
Q

what exercise can have significant benefits on depressive symptoms of frail individuals? why?

A
  • group based physical exercises
  • because it makes the exercise more fun, relatable and achievable
88
Q

what is crucial in the management of frailty? why?

A
  • preventative screening
  • because it helps with early identification and intervention
  • significantly improves health outcomes
89
Q

what is delirium?

A
  • acute, fluctuating syndrome of encephalopathy
  • confusional state
90
Q

what does delirium cause? (4)

A
  • disturbed consciousness, attention, cognition and perception
91
Q

what is the duration in which delirium is usually developed?

A
  • developed over hours to days
92
Q

what contribute to the pathogenesis of delirium?

A
  • several neurobiological processes contribute
93
Q

what are some neurobiological processes that contribute to delirium? (5)

A
  • neuroinflammation
  • brain vascular dysfunction
  • altered brain metabolism
  • neurotransmitter imbalance
  • impaired neuronal network connectivity
94
Q

what three changes may occur due to delirium?

A
  • behavioural disturbances
  • personality changes
  • psychotic features
95
Q

who does delirium typically occur in?

A
  • typically occur in people with predisposing factors when new precipitating factors are added
96
Q

what are the three subtypes of delirium based on the person’s symptoms?

A
  • hyperactive delirium
  • hypoactive delirium
  • mixed delirium
97
Q

what does hyperactive delirium present with? (5)

A
  • inappropriate behaviour
  • hallucinations
  • agitation
  • restlessness
  • wandering
98
Q

what does hypoactive delirium present with? (5)

A
  • lethargy
  • reduced concentration
  • reduced appetite
  • quiet
  • withdrawn
99
Q

what does mixed delirium present with?

A
  • present with signs and symptoms of both hyperactive and hypoactive subtypes
100
Q

what are the predisposing factors of delirium? (11)

A
  • older age (over 65)
  • cognitive impairment e.g., dementia
  • frailty/ multi comorbidities e.g., stroke or heart failure
  • significant injuries e.g., hip fracture
  • functional impairments e.g., immobility or use of physical restraints
  • Iatrogenic events
  • alcohol excess
  • sensory impairment
  • poor nutrition
  • lack of stimulation
  • terminal phase of illness
101
Q

what are the precipitating factors of delirium? (11)

A
  • infections
  • metabolic disorders
  • cardiovascular disorders
  • respiratory disorders
  • neurological disorders
  • endocrine disorders
  • urological disorders
  • gastrointestinal disorders
  • severe uncontrolled pain
  • alcohol intoxication or withdrawal
  • medication
102
Q

what are the complications of delirium? (11)

A
  • increased mortality
  • increased length of stay in hospital
  • nosocomial infections
  • increased risk of admission to long- term care
  • increased incidence of dementia
  • falls
  • pressure sores
  • continence problems
  • malnutrition
  • functional impairment
  • distress for the person, their family and/ or careers
103
Q

what are the three ways of managing delirium in primary acute care settings?

A
  • correcting precipitating factors
  • optimising treatment for comorbidities
  • advising family and carers on management strategies
104
Q

what reorientation strategies did the NICE guidelines put forward? (4)

A
  • regular cues
  • easily visible and accurate clocks/ calendars
  • continuity of care from carers and nursing staff
  • encouraging visits from family/ friends
105
Q

what were the two ways that the NICE guidelines put forward to maintain safe mobility of delirious patients?

A
  • avoid physical restraints e.g., cot sides
  • encourage walking at least three times a day (or active ROM)
106
Q

how did NICE guidelines put forward normalising the sleep cycle of delirious patients?

A
  • discourage napping and encourage bright light exposure in the daytime
  • encourage uninterrupted sleep at night with a quiet room and low- level lighting
107
Q

what are the two causes of cognitive impairment among older adults? what relationship do they have?

A
  • delirium and dementia
  • have a distinct, complex + interconnected relationship
108
Q

how do you distinguish between delirium and dementia?

A
  • recognise the presence of an abrupt change in mental state from the normal condition or improvement in symptoms upon addressing the underlying causes e.g., infection, medication
109
Q

what does Alzheimer’s cause?

A
  • causes a slow decline in memory and cognitive ability over months to years while consciousness stays in take
110
Q

what are the 4 screening methods for delirium?

A
  • confusion assessment method
  • mini mental state examination
  • 4 A’s test
  • montreal cognitive assessment
111
Q

what is CAM? what does it evaluate?

A
  • confusion assessment method
  • widely used tool
  • evaluates sudden onset, inattention, disorganised thinking and altered consciousness
112
Q

when is delirium confirmed in the confusion assessment method?

A
  • confirmed if the first and second features are present, along with either the third or fourth
113
Q

what is the MMSE used for?

A
  • mini- mental state examination
  • used to assess cognitive impairment and evaluate cognitive aspects of delirium
114
Q

what is the 4 A’s test? what does it assess?

A
  • rapid screening tool for delirium and cognitive impairment
  • assesses alertness, AMT4, attention and acute change or fluctuating course
115
Q

what does the MoCA assess?

A
  • montreal cognitive assessment
  • assesses different cognitive domains affected by delirium
116
Q

what can tailored exercises at moderate exercise intensity improve? (4)

A
  • motor skills
  • cognitive function
  • autonomy
  • quality of life
117
Q

what does early mobilisation reduce? (4)

A
  • readmission
  • falls
  • sores
  • respiratory events
118
Q

what does early mobilisation increase?

A
  • increases independence
119
Q

what does occupational therapy improve and reduce?

A
  • improves function
  • reduces delirium and behavioural disorders
120
Q

what does occupational therapy facilitate?

A
  • facilitates home discharge
121
Q

how can preventing delirium in hospitalised patients be effectively achieved?

A
  • achieved by implementing multicomponent nonpharmacological approaches e.g., medical management, social and cognitive engagement and promotion of functional mobility
122
Q

what specific interventions can be used in preventing and treating delirium? (4)

A
  • adequate hydration and nutrition
  • early mobilisation
  • infection control
  • frequent orientation