Health and Society year 2 cards Flashcards

1
Q

What is evidence-based decision making (EBDM)?

A

Process for identifying and using most up-to-date (and relevant) evidence to inform decisions for individual patient problems

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2
Q

What does EBDM involve? (4 key aspects)

A
  • patient preferences
  • available resources
  • research evidence
  • clinical expertise
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3
Q

Why is decision making in medicine important?

A
  • doctors make decisions constantly
  • the decisions have an effect on patients, families and society
  • having an understanding of decision making, and the role of evidence, can help improve medical practice
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4
Q

Why do we need EBDM?

A
  • limited time to read
  • inadequacy of ‘traditional’ sources of information - textbooks are often out of date
  • disparity between diagnostic skills/clinical judgment (which increase over time) and up-to-date knowledge and clinical performance (which decrease over time)
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5
Q

What are the different types of research studies and when are they each appropriate? (6 main types)

A

> cohort studies - prognosis, cause
case-control studies - cause
randomised control trials - treatment interventions, benefit and harm, cost effectiveness
qualitative approaches - patient and/or practitioner perspectives
diagnostic and screening studies - identification
systematic reviews - summary of evidence for a specific question

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6
Q

What is the process of EBDM? (5 steps)

A
  1. Converting the need for information into an answerable question
  2. identifying the best evidence to answer that question
  3. critically appraising the evidence for its validity, impact and applicability
  4. Integrating the critical appraisal with clinical expertise and the patients unique circumstances
  5. evaluating our effectiveness and efficiency in carrying out the previous steps and seeking ways to improve
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7
Q

What are the 4 steps in the approach to smoking cessation?

A
  1. Health education and general information to enhance motivation for quitting (light smokers)
  2. brief advice from a health professional to quit smoking (light smokers)
  3. advice, nicotine replacement, follow up by a specialist (moderately motivated, medium dependence smokers)
  4. specialised counselling rooms and agencies working with group sessions (high dependence smokers)
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8
Q

What is antibiotic resistance?

A

Bacteria change so antibiotics no longer work in people who need them to treat infections

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9
Q

What are the reasons for the widespread use of antibiotics? (2 reasons)

A
  • increased global availability
  • uncontrolled sale in many low or middle income countries
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10
Q

What are some of the causes of antibiotic resistance? (5 causes)

A
  • use in livestock for growth promotion
  • releasing antibiotics into environment during pharmaceutical manufacturing
  • volume of antibiotics prescribed
  • missing doses when taking antibiotics
  • inappropriate prescribing of antibiotics
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11
Q

How can antibiotic resistance be prevented? (5 ways)

A
  • using antibiotics only when prescribed by doctor
  • completing the full prescription
  • never sharing antibiotics or using leftover prescriptions
  • only prescribing antibiotics when they are needed
  • using the right antibiotic to treat the illness
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12
Q

Which factors influence infection? (5 main factors)

A

> infectious agents - ability to reproduce, survival, spread, infectivity, pathogenicity
environment - contamination, other humans, animals, water
mode of transmission - droplet, airbourne, aerosol, direct consumption, fecal-oral route, blood-bourne, sexual contact, zoonosis
portal of entry - mouth, nose, ears, genital tract, skin, urinary tract
host factors - chronic illness, nutrition, age, immunity, lifestyle (e.g. smoking, drugs etc. )

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13
Q

What are the most important infectious diseases in the UK? (9 diseases)

A
  • diphtheria
  • haemophilus influenzae
  • measles
  • mumps
  • rubella
  • poliomyelitis
  • pneumoccocal disease
  • tetanus
  • whooping cough
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14
Q

What are the most important infectious diseases in developing countries? (4 diseases)

A
  • pneumonia
  • chronic diarrhoea (due to several causes)
  • malaria
  • HIV/AIDs
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15
Q

What is surveillance?

A

Systematic collection, collation and analysis of data and dissemination of the results so that appropriate control measures can be taken

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16
Q

What is the purpose of surveillance? (3 main points)

A
  • serve as an early warning system for impending public health emergencies
  • document the impact of an intervention, or track progress towards specific goals
  • monitor and clarify the epidemiology of health problems, to allow priorities to be set and to inform public health policy and strategy
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17
Q

Which infectious disease are becoming more common in the UK and why?

A

Hospital acquired infections (e.g. MRSA, STIs, mumps)

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18
Q

Which infectious diseases are associated with exposure to healthcare?

A

> nosocomial infections
more common examples (60%) - UITs, pneumonia, lower respiratory tract infections (LRTIs), septicaemia
less common examples (40%) but more dangerous - chicken pox, TB, legionella, MRSA

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19
Q

What can be done to reduce the risk of nosocomial infections? (3 main steps)

A

> prevention - hand washing, infection control programmes, advisory service, surveillance (mandatory for MRSA), sterilisation and decontamination of instruments
detection, investigation and control of outbreaks - screening, barrier nursing/isolation of infected patients, sharps disposal
policies and procedures to prevent and control infection - dissemination and implementation of policies, education and training, monitor clinical practice

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20
Q

What is global health?

A
  • the health of the global population
  • improving health and achieving equality for all people worldwide
  • emphasis on trans-national issues, determinants and solutions
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21
Q

What is international health?

A

Health defined by geography (nation wealth), problems (e.g. infections, water sanitation), instruments (e.g. infection control aid), and a recipient and donor relationship

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22
Q

What are the major functions of global health? (4 key points)

A

> to provide health related public goods - research, standards, guidelines
to manage cross-national externalities through epidemiological surveillance, information sharing and coordination
to mobilise global solidarity for populations facing deprivation and disasters
to convene stake holders to reach consensus on key issues, setting priorities, negotiating rules, facilitating mutual accountability and advocating for health in other policy-making areas

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23
Q

What is the motivation for global health? (2 key aspects)

A
  • increased awareness of global health disputes
  • enthusiasm to make a difference across international boundaries
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24
Q

What is the ‘90/10 gap’ (commission on health research for development - 1990)?

A

Less than 10% of worldwide resources devoted to health research were put towards health in developing countries, where over 90% of all preventable deaths worldwide occurred

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25
Q

What is the solution for the ‘90/10 gap’? (4 steps)

A

> regulation of the quality of imported foods, medicines, manufactured goods, and inputs
getting timely access to information about the global spread of infectious disease
procurement of sufficient vaccine and drug supplies in a pandemic
ensuring a sufficient corps of well trained health personell

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26
Q

What impact has travel and migration had on diseases seen in the UK? (5 impacts)

A
  • help spread infectious diseases
  • transmission of behaviour and cultures increases risk of non-communicable diseases
  • may introduce a disease to a new population - widespread and deadly effects
  • more in contact with animals - zoonosis
  • migrants may bring diseases to countries that have not been exposed
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27
Q

What is WHOs definition of environment, in relation to health?

A

all the physical, chemical and biological factors external to a person, and all the related behaviours
- environmental health consists of preventing and controlling disease, injury and disability related to the interactions between people and their environment

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28
Q

What is an outbreak?

A

Sudden increase in occurrences of a disease in a community, which has never experienced the disease before or when causes of the disease occur in numbers greater than expected in a defined area

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29
Q

What is an epidemic?

A

Occurrence of a group of illnesses of similar nature and derived from a common source, in excess of what would be normally expected in a community or region

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30
Q

What is a pandemic?

A

Worldwide epidemic (outbreak -> epidemic -> pandemic)

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31
Q

How can we prevent epidemics? (5 steps)

A
  1. insure developing countries against threat of pandemic
  2. funds and international responders sent to countries with outbreak to reduce human suffering
  3. development of vaccines
  4. fast, early, planned response means less spread
  5. monitor disease and prevent outbreaks
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32
Q

What is the role of WHO in public health? (6 key aspects)

A
  1. provide leadership on matters critical to health and engaging in partnerships where joint action is needed
  2. shaping the research agenda and stimulating the generation, translation and dissemination of valuable knowledge
  3. setting norms and standards and promoting and monitoring their implementation
  4. articulating ethical and evidence based policy options
  5. provide technical support, catalysing change and building sustainable institutional capacity
  6. monitoring the health situation and assessing health trends
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33
Q

What general intervention strategies are possible for HIV/AIDS? (6 strategies)

A
  • introduction of blood donor and product screening
  • promotion and distribution of condoms at affordable prices
  • peer education for high risk groups e.g. sex workers
  • promotion of safe sex behaviour at the population level
  • diagnosis and treatment of STDs
  • HIV voluntary counselling and testing
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34
Q

What are the determinants of effective outcomes of intervention? (3 main determinants)

A

> economics - many developing countries can only spend few dollars per annum per capita on healthcare
priorities - ‘developed world academic’ analyses of cost-effectiveness may not reflect developing world realities
setting - countries where true reductions in incidence and prevalence have occurred (e.g. Uganda) may be characterised by openness in political leadership towards HIV/AIDs and other cultural factors

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35
Q

What are the current problems and issues?

A
  • Africa struggles against debt, trade restrictions and inadequate aid provision
  • global funds ar over-resourced
  • US politics are retrogressive and harmful
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36
Q

What are the public health objectives of vaccination? (7 objectives)

A
  • to reduce mortality and morbidity from vaccine preventable infections
  • to prevent outbreaks and epidemics
  • to contain an infection within a population
  • to reduce the number of infections
  • to interrupt the transmission to humans
  • to generate herd immunity
  • to eradicate an infectious agent
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37
Q

What are the 2 most effective developments in healthcare to protect population health?

A
  • clean drinking water
  • vaccination
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38
Q

What factors influence the utility of immunisation/vaccination as an approach to disease prevention? (9 points)

A
  • disease burden
  • risk of exposure to disease
  • age, health status, vaccination history
  • special risk factors
  • reactions to previous vaccine doses, allergies
  • risk of infecting others
  • cost
  • other ways of controlling the disease
  • impact on public perception
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39
Q

What is required for a disease to be eradicate using vaccination? (3 requirements)

A
  • where no other reservoirs of infection exist in animals or environment
  • where consequences of infection are very high
  • where scientific and political prioritisation exist
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40
Q

Give examples of diseases that have been eradicated

A
  • small pox
    -polio
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41
Q

What is herd immunity?

A

level of immunity of population which protects the whole population
- herd immunity only applies to disease that are passed from person to person
- provides indirect protection to unvaccinated as well as direct effect on those to be vaccinated
- a disease can therefore be eradicated even if some people remain susceptible

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42
Q

What is R0?

A
  • basic reproduction rate
  • the average number of individuals directly infected by an infectious case during the infectious period, in a totally susceptible population
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43
Q

What factors affect R0? (3 main factors)

A
  • the rate of contacts of host population
  • the probability of infection being transmitted during contact
  • the duration of infectiousness
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44
Q

What is effective reproduction rate (R)?

A

Estimates the average number of secondary cases per infectious case in a population made up of both susceptible and non-susceptible hosts

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45
Q

What is the equation for effective reproduction rate?

A

R = R0x (x is the fraction of the host population which is susceptible e.g. half population is 0.5)

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46
Q

What is the equation for herd immunity?

A

H = (R0 -1) / R0

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47
Q

What is a susceptible population? (4 key points)

A
  • any person who is not immune to a particular pathogen is said to be susceptible
  • a person may be susceptible because they have never encountered the disease or the vaccine against it before
  • a person may be susceptible because they are unable to mount an immune response
  • a person may be susceptible because the vaccine is contraindicated for them
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48
Q

What is WHOs role in vaccination?

A
  • makes recommendations for countries on vaccination policy
  • supports less able countries with vaccine strategy implementation
  • works through international health regulations to ensure the maximum security against the international spread of disease with minimum interference with global traffic
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49
Q

List some international immunisation programmes

A
  • expanded programme on immunisation (EPI)
  • global polio eradication initiative (GPEI)
  • global alliance for vaccines and immunisation (GAVI)
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50
Q

How are new vaccination programmes implemented? (who, how and when)

A

> who - to protect the vulnerable, contain outbreak, eradicate disease
how - pilots, phased introduction, global vaccination
when - greatest impact on disease burden

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51
Q

What is shared decision making and why is it important?

A
  • conversation between patient and their healthcare professional to reach a health choice together
  • important when - there is more than one reasonable option, no one has a clear advantage, the possible benefits/harm of each option affects patient differently
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52
Q

What are the pros of vaccination? (8 points)

A

+ can save lives
+ ingredients are safe in the amounts used
+ adverse reactions are rare
+ herd immunity
+ save children and parents time and money
+protects future generations
+ eradication of disease
+ economic benefit for society

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53
Q

What are the cons of vaccination? (7 points)

A
  • can cause serious and sometimes fatal side effects
  • contain harmful ingredients
  • government shouldn’t intervene in personal medical choices
  • can contain some ingredients people object (e.g. chicken eggs)
  • unnatural
  • pharmaceutical companies main goal is to make profit
  • some diseases that vaccines target are relatively harmless in many cases (e.g. rota virus)
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54
Q

What factors influence decision making? (6 factors)

A
  • lifestyle
  • perception about health
  • beliefs about childhood diseases
  • risk perception of these diseases
  • perceptions about vaccine effectiveness and components
  • trust in the institution
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55
Q

What is the population vs individual interest debate?

A
  • For the individual - protection by ‘herd immunity’ may be safest option as avoids risk of vaccine
  • for the community - avoidance of vaccination leads to reduced coverage so diminishes herd immunity
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56
Q

Which websites can be used to find out if a person needs travel vaccines?

A

NHS fitfortravel
The national travel health network and centre (naTHNaC)

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57
Q

What are some of the free and private travel vaccines available?

A

free - diphtheria, polio, tetanus, typhoid, hepatitis A, cholera
private - hepatits B, japanese encephalitis, meningitis, rabies, TB, yellow fever

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58
Q

What factors should be consider when deciding to get travel vaccinations? (8 factors)

A
  • The country or countries you’re visiting
  • when you are travelling
  • where you’re staying
  • how long you’ll be staying
  • your age and health
  • what you’ll be doing during the stay
  • if you’re working as an aid worker
  • if you’re working in a medical setting
  • if you’re in contact with animals
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59
Q

What are the 5 common cancers (incidence) in adult men and women in the UK (list in order)?

A
  1. Breast/prostate
  2. lung
  3. bowel
  4. melanoma
  5. non-hodgkin lymphoma
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60
Q

What are the 5 most common causes of cancer mortality for adult men and women combined in the UK (list in order)?

A
  1. Lung
  2. bowel
  3. prostate/breast
  4. pancreas
  5. oesophagus
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61
Q

What are the most common cancers in children?

A

Leukaemias

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62
Q

What is the most common causes of cancer mortality in children?

A

Brain, CNS and intracranial tumours

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63
Q

How do the patterns of cancer in the UK differ from that seen in a developing country?

A

Mortality is higher in UK (29%)

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64
Q

What is the role of legal and lifestyle changes in reducing incidence and mortality of cancer? (3 main points)

A
  • prevention - legal and lifestyle changes, vaccinations
  • screening - early detection and diagnosis
  • disease management - improving treatments and quality of life
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65
Q

What is meant by difficult (bad) news?

A

Bad/difficult news is defined as any news that drastically and negatively alters the patient’s (or their relatives) view of his or her future

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66
Q

What factors can affect the impact of news on a patient? (7 factors)

A
  • institutionalised beliefs
  • personality types
  • gender
  • culture/race
  • religion
  • patients knowledge
  • relatives
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67
Q

What anxieties might health care professionals have about breaking bad news? (5 points)

A
  • Uncertainty about the patient’s expectations
  • fear of destroying patients hope
  • fear of their own inadequacy in the face of controlling disease
  • not feeling prepared to manage patients anticipated emotional reactions
  • embarrassed at having previously painted too optimistic a picture for the patient
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68
Q

What is the ABCDE method of breaking bad news?

A

A - Advanced preparation
B- building a relationship
C - communicate well
D - deal with patient reactions
E - encourage and validate emotions

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69
Q

What is the SPIKES method of breaking bad news?

A

S - Setting up
P - perception
I - intervention
K - knowledge
E - emotions
S - summary and srategy

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70
Q

What emotions may a patient feel when they receive difficult news? (5 main emotions)

A
  • grief
  • distress
  • denial
  • anger
  • agitation/restlessness
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71
Q

How can cancer change partner relationships? (6 changes)

A
  • change in roles
  • change in responsibilities
  • change in physical needs
  • change in emotional needs
  • change in sexuality and intimacy
  • change in future plans
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72
Q

What were the conclusions and consequences of the Eurocare-II report?

A
  • Despite limitations of the methodology, cancer survival in the UK in the 1980-90s was one of the worst in Europe
  • expert advisory group formed to the chief medical officer in 1995 which generated the calaman-hine report
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73
Q

What were the conclusions and consequences of the Calman-Hine report (1995)? (6 points)

A

(The Calman-Hine report examined cancer services in the UK, and proposed a restructuring of cancer services to achieve more equitable level of access to high levels of expertise throughout the country.)
- all patients have access to a uniformly high quality of care
- public and professional education to realise the early symptoms of cancer
- patients, families and carers should be given clear information about treatment options and outcomes
- the development of cancer centres should be patient centred
- primary care to be central to cancer care
- the psychosocial needs of cancer sufferers and carers can be recognised

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74
Q

What are the Calman-Hine solutions?

A

There should be 3 levels of care:
> primary care
> cancer units serving district general hospitals - treat common cancers, diagnostic procedures, common surgery, non complex chemo
> cancer centres (populations in excess of 1 million) - treat rare cancers, radiotherapy, complex chemo

  • key to managing patients would be the MDT
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75
Q

What is a national service framework? (3 main points)

A

> setting national standards and define service models for a service or care group
put in place programmes to support implementation
establish performance measures against which progress within agreed timescales would be measured

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76
Q

What are the main aims of the NHS cancer plan (2000)?

A

> save more lives
ensure people with cancer get the right professional support, care and treatments
tackle the inequalities in health e.g. unskilled workers are 2x more likely to die from cancer as professionals
build for the future - investment in cancer workforce, strong research and preparation for genetics revolution

plan is followed by several improving outcomes guidance (NICE) relating to the delivery of cancer treatment including the provisions of chemotherapy, radiotherapy etc.

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77
Q

What are the 6 key areas for action in the cancer reform strategy (2007)?

A
  1. prevention - smoking, obesity, alcohol etc.
  2. screening - diagnosing cancer earlier
  3. ensuring better treatment - reduced waiting times, increase radiotherapy capacity, new drugs referred to NICE, chemotherapy audits
  4. living with and beyond cancer - National cancer survivorship initiative
  5. reducing cancer inequalities
  6. delivering care in the most appropriate setting - locally where possible, services should be centralised where necessary
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78
Q

Which cancers are screened for?

A
  • cervical
  • breast
  • bowel
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79
Q

What is the national cancer survivorship initiative?

A

Partnership with cancer charities, clinicians and patients, considered a range of approaches to improving services and support available for cancer survivors

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80
Q

What were the main outcomes from ‘Improving outcomes: A strategy for cancer (2011)’? (4 outcomes)

A
  1. prevention and early diagnosis - focus on lifestyle, screening, diagnostic tests
  2. quality of life and patient experiences - patient experience surveys, more 1:1 support roles, risky stratified pathway of care, following assessment and care planning
  3. better treatments - cancer drug fund, reducing variation in radiotherapy, reaffirmed MDTs, national audits
  4. reducing inequalities
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81
Q

What are some of the inequalities experiences amongst cancer patients? (5 examples)

A

> white cancer patients report a more positive experience than other ethnic groups
younger people are the least positive about their experience, particularly around understanding completely what was wrong with them
men are generally more positive about their care than women, particularly around staff and staff working together
non-heterosexual patients reported less positive experience, especially in relation to communication and being treated with respect and dignity
people with rarer forms of cancer in general reported a poorer experience of their treatment and care than people with more common forms of cancer

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82
Q

What are the outcomes from the independent cancer Taskforce (2015)? (6 outcomes)

A
  1. spearhead a radical upgrade in prevention and public health
  2. drive a national ambition to achieve earlier diagnosis
  3. establish patient experiences being on a par with clinical effectiveness and safety
  4. transform our approach to support people living with and beyond cancer
  5. make the necessary investments required to deliver a modern high quality service
  6. overall process for commission, accountability and provision
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83
Q

What is body image?

A
  • Perceptions, thoughts, and behaviours related to one’s appearance
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84
Q

What is biographical distribution?

A
  • the destabilisation and questioning of identity and biography
  • can call into question the past, future, sense of I and where I am going
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85
Q

Give examples of diseases/symptoms/treatments/side-effects which affect body image (6 examples)

A
  • scars
  • prosthetic device e.g. leg
  • mastectomy
  • impact on sexuality/function/pain/appearance
  • stoma
  • hairloss
  • weightloss/gain
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86
Q

What is the importance of hair?

A
  • important site for individual and group identity
  • way of ‘doing gender’ - a symbol of felinity?
  • hair loss not so bad for men
  • stigma - patients have some choices as to whether they will be stigmatised
  • patient control of their status as sick - can be managed through ‘normal appearance’ (wigs, beanies, scarves)
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87
Q

What are the functions of the clinical record? (4 points)

A
  • support patient care
  • improve future patient care
  • social purposes at the request of patients
  • medicolegal document
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88
Q

What should be recorded in a clinical record? (7 key aspects)

A
  1. presenting symptoms and reasons for seeking health care
  2. relevant clinical findings
  3. diagnosis and important differentials
  4. options for care and treatment
  5. risks and benefits of care and treatment
  6. decisions about care and treatment
  7. action taking and outcome
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89
Q

What are the differences between paper and electronic records?

A

paper:
- continuous, portable, writer identified, legibility issues, must be dated and signed
electronic:
- problem orientated, searchable, structured, safer prerscribing, clinical decision support software

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90
Q

What is the use of records in audit, research and management?

A
  • support clinical audit
  • facilitates clinical governance
  • facilitates risk management
  • support clinical research
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91
Q

What is duty of care?

A

Legal obligation which is imposed on an individual requiring adherence to a standard of reasonable care while performing any acts that could foreseeable harm others

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92
Q

What is negligence?

A
  • failure to exercise the care that a reasonably prudent person would exercise in like circumstances
  • you have to make decisions that adhere to your duty of care as a doctor and could not be considered negligent
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93
Q

What are the 4 ethical principles?

A

-autonomy
- beneficence
- justice
- non-maleficence

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94
Q

What are the ethical theories? (3 main theories)

A

> consequentialism/utilitarianism - correct moral response is related to the outcome or consequence of the act
deontology - places value on the intention of the individual and focuses on roles, obligations and duties
virtue ethics - right living is derived from the moral character of the agent

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95
Q

How do you evaluate an argument? (2 steps)

A
  1. Get clear on the logical form of the argument
  2. query - valid and sound
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96
Q

Why might an argument be invalid? (4 reasons)

A
  1. different premises may express different concepts
  2. confusing necessary with sufficient and vice versa
  3. insensitive to the way in which claims are qualified
  4. argument begs the question
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97
Q

Why might an argument be unsound? (3 reasons)

A
  1. argument is invalid
  2. argument is valid but one or more premise is false - makes a false/controversial moral/imperial claim
  3. an unsound argument doesn’t mean there will be an unsound conclusion
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98
Q

What should be avoided in arguments? (5 points)

A
  1. Straw man fallacy - simply ignoring the person’s actual position and substituting it for a distorted, exaggerated or misrepresented version of that position
  2. Ab hominen - directed against a person rather than the position they are maintaining
  3. appealing to emotion
  4. begging the question
  5. argument from fallacy - conclusion must be false because the premises are false (not neccesarily)
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99
Q

What is a moral argument?

A
  • seek to support a moral claim of some kind
  • arguments need not succeed but to be an argument it must at least provide support and reasons for the claim and question
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100
Q

What is a deductive argument?

A

purely logic “this means this, therefore this means this”

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101
Q

What is an inductive argument?

A

Making an argument based on observation, more probable conclusions (seeing is believing but you may not have seen everything)

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102
Q

What are MDTs in cancer care and why are they needed?

A
  • modern management of cancer - involves many disciplines, surgical and non-surgical, oncology
  • allied health professionals e.g. nurses, physios, speech therapist etc.
  • delivery of cancer care is often fragmented over multiple hospital sites - need to streamline and coordinate various components of care
  • probably better outcomes for patients managed in MDTs
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103
Q

Who is in a cancer MDT (core and extended)?

A

Core (medical staff):
- physicians
- surgeons
- oncologists
- radiologists
- histopathologists
- specialist nurses
- MDT coordinator

extended:
- physios
- dietician
- palliative care
- chaplin

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104
Q

What are the functions of MDTs in cancer care? (6 key functions)

A
  1. discuss every new diagnosis of cancer within their site
  2. decide on a management plan for every patient
  3. inform primary care of that plan
  4. designate a key worker for that patient
  5. develop referral, diagnosis and treatment guidelines for their tumour sites
  6. audit
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105
Q

What is sensitivity?

A
  • True positives
  • measures the proportion of positives that are correctly identified
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106
Q

What is the equation for sensitivity?

A

Sensitivity = true positives / (true positives + false negatives)

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107
Q

What is specificity?

A
  • True negatives
  • measures the proportion of negatives that are correctly identified
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108
Q

What is the equation for specificity?

A

Specificity = true negatives / (true negatives + false positives)

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109
Q

What is a diagnostic test?

A

Any kind of medical test performed to aid in the diagnosis or detection of disease

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110
Q

What are the uses of diagnostic tests? (4 uses)

A
  1. diagnosis
  2. monitoring
  3. screening
  4. prognosis
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111
Q

How is sensitivity and specificity important in informing diagnosis?

A

The importance of a diagnostic accuracy testing is directly proportional to the tests potential to cause patient consequences and harm

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112
Q

What does true positive mean?

A

Test indicates disease when there is disease

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113
Q

What does true negative mean?

A

Test indicates no disease when there is no disease

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114
Q

What does false positive mean?

A

Test indicates disease when there is no disease

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115
Q

What does false negative mean?

A

Test indicates no disease when there is disease

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116
Q

What is positive predictive value?

A

The probability that subjects with a positive screening test truly have the disease

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117
Q

What is negative predictive value?

A

The probability that subject with a negative screening test truly don’t have the disease

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118
Q

What is the likelihood ratio?

A

The likelihood that a given test result would be expected in a patient with the target disorder compared to the likelihood that the same result would be expected in a patient without the target disorder

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119
Q

What is screening?

A

Systematic application of a test or inquiry, to identify individuals at sufficient risk of a specific disorder to warrant further investigation or direct preventive action, amongst persons who have not sought medical attention on account of symptoms of that disorder

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120
Q

What is the purpose of screening? (3 purposes)

A
  1. opportunities for primary prevention are limited
  2. opportunities for treatment are limited
  3. screening gives potential for earlier and more effective treatment
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121
Q

What is commonly screened for? (8 examples)

A
  1. cancer - colorectal, breast, cervical
  2. PPD test - tuberculosis
  3. prenatal test - foetal abnormalities
  4. new born blood spot test - PKU, cystic fibrosis, etc.
  5. ophthalmoscopy or digital photography and image grading - diabetic retinopathy
  6. ultrasound scan - AAA
  7. screening for metabolic sydnrome
  8. screening for potential hearing loss in newborns
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122
Q

What are the limitations of screening?

A

> cost and use of medical resources on a majority of people who do not need treatment
adverse effects of screening procedure - stress, anxiety, discomfort, radiation exposure
stress and anxiety caused by false positive result
unnecessary investigation and treatment of false positive results
stress and anxiety caused by prolonged knowledge of an illness without any improvement of an outcome
false sense of security caused by false negatives which may delay final diagnosis

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123
Q

What are the pros and cons of good screening?

A

Pros - early detection of disease means the risk of death or illness can be reduced for some people

cons - some people get tests, diagnosis and treatment with no benefit; some people get ill or die despite having a negative screening test

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124
Q

What areas should be evaluated when deciding what should be screened for? (4 areas)

A
  • condition - important? epidemiology, natural history of condition, detectable risk factor, latent period, cost effective
  • test - simple, safe, precise, validated, cut off agreed, acceptable
  • treatment - effective evidence based treatment
  • programme - RCT evidence of reduction in mortality or morbidity, benefit outweigh harm, opppourtunity cost, quality assurance
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125
Q

What is sojourn time?

A

the duration of a disease before clinical symptoms become apart, but during which it is detectable by a screening test
- its clinical relevance is that it represents the duration of the temporal window of oppourtunity for early detection
- length of sojourn time = short-rapidly progressive disease, poorer prognosis
- length of sojourn time = long = better prognosis

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126
Q

What is length bias?

A

Overestimation of survival duration among screening-detected cases by the relative excess of slowly progressing cases

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127
Q

What are the consequences of length bias?

A
  • Diseases with a longer sojourn time are ‘easier to catch’ in the screening net
  • on average individuals with diseases detected through screening automatiically have a better prognosis than people who present with symptoms/signs
  • if we simply compare individuals who choose to be screened with those who dont we get a distorted picture
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128
Q

What is lead time bias?

A

Overestimation of survival duration among screen-detected cases (relative to those detected by signs and symptoms) when survival is measured from diagnosis

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129
Q

What are the consequences of lead time bias?

A
  • Survival is inevitably longer following diagnosis through screening because of the ‘extra’ lead time
  • because of this the appropriate measure of effectiveness is deaths prevented not survival
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130
Q

What is over diagnosis bias?

A

overestimation of survival duration amongst screen detected cases caused by inclusion of pseudo disease - sub clinical disease that wouldn’t become overt before the patient dies of other cause
- occurs when screen detected cancer are either non-growing or so slow growing that they never would cause medical problems

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131
Q

What is PSA testing and what can cause elevated PSA?

A
  • prostate specific antigen (PSA) - protein produced by cells of the prostate gland
  • elevated in prostate cancer, BPH, prostatitis, UTI, exercise
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132
Q

What are the advantages of PSA screening?

A

+ can help detect tumours with no symptoms
+ allows estimation of prostate size and stage
+ helps doctors predict response to treatment
+ can be used to monitor men who are at increased risk

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133
Q

What are the disadvantages of PSA screening?

A
  • early detection may not reduce the chance of dying from prostate cancer
  • over diagnosis –> over treatment
  • may give false positive - other conditions can increase PSA, not specific enough
  • may give false negative
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134
Q

What are some of the impacts of incontinence on a patient?

A
  • distress
  • embarrassment
  • inconvenience
  • threat to self esteem
  • loss of personal control
  • desire for normalisation
  • loss of interest in sex
  • difficulty sleeping (especially with nocturia)
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135
Q

What impact might chronic dialysis have on a patient?

A
  • regular hospital admissions
  • restriction of leisure time
  • may have to give up job
  • increased dependence on dialysis
  • uncertainty about future
  • fatigue
  • limitations of liquids and foods
  • disrupts family and friend relationships
  • depression
  • lower self esteem
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136
Q

What 4 sources are used when making a clinical decision?

A
  1. patient preferences
  2. available resources
  3. research evidence
  4. clinical expertise
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137
Q

What is opportunity cost?

A

the loss of other alternatives when one alternative is chosen
- the amount of money that is alienated by choosing to use it for one project than another

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138
Q

What is distributive justice?

A

How we distribute resources the are finite in a fair way

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139
Q

How can you decide ways to distribute healthcare? (5 factors)

A
  1. QALY calculation
  2. waiting list
  3. likelyhood of complying with treatment
  4. lifestyle choices of patient
  5. ability to pay
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140
Q

What is confidentiality?

A

Pledge of agreement to not divulge or disclose information about patients to others

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141
Q

Why is it important to maintain confidentiality? (6 points)

A
  1. improves trust between patient and doctor
  2. respects autonomy
  3. prevents patient harm
  4. virtuous
  5. human rights act
  6. GMC requirements
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142
Q

When can confidentiality be breached?

A
  • statute (law)
  • consent by patient
  • public best interest
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143
Q

Name some statutes (laws) that oblige doctors to disclose information

A
  • Public Health Act 1984
  • road traffic act 1988
  • prevention of terrorism act 1989
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144
Q

Define patient safety

A

Coordinated efforts to prevent harm to patients cause by the process of health care itself

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145
Q

What is an adverse event/

A

Unintended event resulting from clinical care and causing patient harm

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146
Q

What is a near miss?

A

A situation in which events or omissions arising during clinical care fail to develop further

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147
Q

Describe the Swiss cheese model of accident causation

A

Although many layers of defence lie between hazards and accidents, there are flaws in each layer that, if aligned, can allow the accident to occur

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148
Q

What are the main causes of error at an individual and a system level?

A

individual error - errors of individuals, blames individual for forgetfullness, intention or moral weakness

system error - conditions under which an individual works, tries to build defences to eliminate errors or mitigate their effect

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149
Q

What are active failures?

A

unsafe acts committed by people in direct contact with the patient
- usually short lived, often unpredictable

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150
Q

What is latent error?

A

develop over time until they combine with other factors or active failures to cause an adverse event
- long lived and often can be identified and removed before they cause an adverse effect

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151
Q

What are the different types of errors? (3 types)

A
  1. knowledge based - such as forming wrong intentions or plans as a result of inadequate knowledge/experience
  2. rule based - encounter relatively familiar problems but imply wrong rule, either misapplication of a good rule or application of a bad rule
  3. skills based - attention slips and memory lapses, involve the unintended deviation of actions from what may have been a good plan; people are prone to these types of errors mainly due to interuption or distraction
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152
Q

What are violations?

A

deliberate deviation from some regulated code of practice or procedure
- they occur because people intentionally break the rules

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153
Q

What are the types of violation? (4 types)

A
  • Routine - regularly performed shortcuts due to system, process or task being poorly designed or actions; may become tacitly accepted practice over time
  • reasoned - occasional reasoned deviation from a protocol or procedure which we believe we have good reasoning for making (e.g. time constraints, may be in patients best interests)
  • reckless - deliberate deviations from a protocol/code of conduct and include acts where oppourtunity for harm is forseeable and ignored, although harm may never be intended
  • malicious - deliberate deviations from a protocol/code of conduct, where the intention is to cause harm
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154
Q

What systems are in place in the NHS to try and prevent errors occurring? (3 systems)

A
  • National Patient Safety Agency (NPSA) 2001 - coordination of reporting and learning from mistakes that affect patient safety
  • national reporting and learning system (NRLS) 2004 - national system for anonymous reporting go patient safety incidence including near misses; all trust now have local system for reporting, linked to the national system; also has an e-form for reporting incidents anonymously directly to the NPSA
  • medicines and healthcare products regulatory agency (MHRA) - ensures medicines, health care products and medical equipment meet appropriate standards of safety, quality, performance and effectiveness and that they are used safely; monitoring of medicines and acting on safety concerns; responsible for adverse incident reporting system for medical devices
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155
Q

How do we know if a hospital is safe?

A

hospital mortality data
- data on other measures of safety - reports of never events and serious incidents, NHS safety thermometer, patient safety dashboards
- monitoring and inspections by regulators - care quality commission (CQC), NHS improvement

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156
Q

What situations are associated with an increased risk of error? (6 examples)

A
  1. unfamiliarity with the task
  2. inexperience
  3. shortage of time
  4. inadequate checking
  5. poor procedures
  6. poor human equipment interface
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157
Q

What should we do when adverse incidents occur? (5 steps)

A
  1. should report it - incident reporting systems
  2. assess its seriousness
  3. analyse why it occurred - route case analysis
  4. be open and honest with the affect patient and apologise - duty of candour
  5. learn from the event and put in place action to reduce risk of repeat
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158
Q

Why do children go to A&E?

A
  • accident
  • injury
  • asthma
  • respiratory illness
  • infective process
  • rashes
  • appendicitis
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159
Q

Why are males more likely to die than females?

A
  • higher suicide rates
  • violence related incidents
  • road traffic accidents
  • behavioural differences between males and females- more likely to take part in risky behaviour
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160
Q

What is the most common cause of external deaths in adolescents?

A

Traffic accidents (>50%)

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161
Q

Why does poverty increase the chance of getting ill?

A
  • poor nutrition
  • overcrowding
  • lack of clean water
  • harsh realities that may make putting your health at risk
  • the only way to survive or keeping your family safe
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162
Q

Why does poor health increase poverty?

A
  • Reducing a family’s work productivity
  • leading family to sell assets to cover the cost of treatment
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163
Q

What are the implications of chronic illness in children?

A
  • effects physical, metal and social development
  • repeated absence at school
  • effect on parents and siblings
  • financial effect (family and community)
  • can be lifelong
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164
Q

What conditions are screened for before birth? (3 main tests)

A

Antenatal screening tests identify major abnormalities
1. alpha feto protein - raised in neural tube defects and some GI abnormalities
2. downs test - alpha feto protein and HCG
3. ultrasound growth check, cardiac abnormalities, diaphragmatic hernia

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165
Q

What tests are done neonatally? (2 tests)

A
  1. blood spot test - PKU, cystic fibrosis, sickle cell disease, congential hypothyroidism
  2. physical examination
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166
Q

What are the timings for screening and developmental surveillance?

A
  • Antenatal screening (12th week of pregnancy)
  • neonatal examination
  • new baby review (14 days)
  • 6-8 week check
  • 1 year check
    -2-2.5 year check
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167
Q

What is the purpose of the 6-8 week postnatal check?

A
  • take history
  • assess psychological and social situation
  • examination of mother - abdomen, vaginal exam (sometimes), BMI
  • examination of baby - weight, head circumference, appearance and movement, hips, heart, spine and eyes
  • health promotion - immunisations, breast feeding, reducing risk of SIDS, car safety
  • assessment of parenting and emotional attachment
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168
Q

What is looked for in the heart examination at the 6-8 week postnatal check?

A
  • look for cyanosis, ventricular heave, respiratory distress, tachypnea
  • feel apex beat
  • listen for murmurs
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169
Q

What is developmental dysplasia of hip (DDH)?

A

Ball and socket joint of hip doesn’t form properly - too shallow so femoral head is loose and can dislocate

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170
Q

What are the tests for developmental dysplasia of hip (DDH)?

A

> Barlow’s test - flex and adduct hip then push hip posteriorly, positive test causes femoral head to slip out of the acetabulum
Ortolanis test - gently abduct hip, puts dislocated hip back in place

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171
Q

What are the normal vital signs of a healthy baby?

A
  • Respiratory rate - 30-60 breaths per minute
  • heart rate 100-160 bpm
  • temperature - 37 degrees celcius
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172
Q

What immunisations should be given in the first year of life?

A
  • 8 weeks - 6-in-1 vaccine (1st dose), rotavirus vaccine (1st dose), MenB vaccine (1st dose)
  • 12 weeks - 6in1 vaccine (2nd dose), pneumococcal (PCV vaccine), rotavirus vaccine (2nd dose)
  • 16 weeks - 6in1 vaccine (3rd dose), MenB vaccine (2nd dose)
  • 1 year - hep/men C vaccine (1st dose), MMR (1st dose), PCV vaccine(2nd dose), Men B (3rd dose)
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173
Q

What is puerperium?

A

post natal period
- period of around 6-8 weeks after child birth, during which the mothers reproductive organs return to their original non pregnant condition

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174
Q

What are the main aims of antenatal care? (6 aims)

A
  1. monitor progress of pregnancy to optimise maternal and foetal health
  2. develop and partnership between the mother and health professionals
  3. exchange info that promotes choice - about lifestyle, location of birth etc.
  4. recognise deviations from the norm and refer appropriately
  5. provide oppourtunites to provide for birth and parenthood
  6. increased understanding of public health issues
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175
Q

Which key documents influence antenatal care provisions?

A
  • MBRRACE-UK (mothers and babies - reducing risk through audits and confidential enquiries across the UK)
  • NICE antenatal care guideline (2008, modified 2014)
  • evidence based practice
  • local policy/ guidelines for practice
  • midwifery 2020
  • national maternity review ‘better birth’
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176
Q

What were the key themes of the national maternity review ‘Better births’? (7 themes)

A
  1. personalised care
  2. continuity of care
  3. safer care
  4. better postnatal and perinatal mental health care
  5. multiprofessional working
  6. working across boundaries
  7. a fairer payment system
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177
Q

What tests are done at antenatal visits? (3 main tests)

A
  1. physical examination - weight, BP, urialysis
  2. blood tests - FBC, antibodies, ABO and Rh, HIV
  3. psychosocial and emotional support - general wellbeing, work, financial, anxiety
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178
Q

What are some of the risk factors for adverse outcomes to pregnancy?

A

> chronic or acute disease - maybe complicated with pregnancy
proteinuria - could indicate renal pathology
significant increased BP readings - preeclampsia, may lead to eclampsia (fits and convulsions)
significant oedema - hypertensive disorder?
uterus large or small for gestational age - lots of conditions affect these
malpresentation - cephalic or breach
infection - increases risk of miscarriage or still birth
social or psychological factor - mental health problems can lead to antenatal/postnatal depression

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179
Q

What are the different forms of pregnancy loss? (4 types)

A
  • Spontaneous miscarriage - loss of pregnancy before 24 completed weeks of pregnancy
  • ectopic pregnacy - fertilised ovum implants outside uterus (embyo grows inside fallopian tube or even abdomen)
  • termination of pregnancy
  • still birth - born after 24 weeks and doesn’t show any sign of life
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180
Q

What is the MBRRACE-UK report (2014)?

A

mother and babies reducing risk through audits and confidential enquiries across the UK
- looked at standards of care, mortality and morbidity rates
- 1/3 of mothers died from medical and mental health problems
- 3/4 of women who died had no mental health problems before they died

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181
Q

What are common causes of death in the postnatal period? (4 causes)

A
  1. infection
  2. haemorrhage
  3. thrombosis
  4. hypertensive disorders (eclampsia)
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182
Q

What physical health and wellbeing issues might a woman experience in the postnatal period? (9 examples)

A
  1. perineal care - infection, inadequate repair, wound breakdown/non healing
  2. urinary retention
  3. dyspareunia - painful/difficult sex
    4.headache
  4. fatigue
    6.back ache
  5. constipation
  6. heamorrhoids
  7. breast and nipples - redness, painful, cracked and mastitis
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183
Q

What mental health problems may be experienced in the postnatal period?

A
  • 50-80% ‘The blues’ - very weepy over small things, time-limited, recovers very quickly, if it continues then begins o worry about postnatal depression
  • 10-15% postnatal depression - tiredness, worthlessness, low mood
  • 0.2% puerperal psychosis - several episodes of mental illness that begin suddenly, mania, depression, confusion, hallucinations, delusions
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184
Q

What was the main outcome of the Peel Committee Report (1970)?

A

Sufficient facilities should be made available for 100% of childbearing women to give birth in hospital

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185
Q

What are the risks associated with Caesarean section? (3 main risks)

A
  • General anaesthesia, danger of Mendelsohns’ syndrome (aspiration pneumonia), paralytic ileus
  • surgical techniques - quite radical abdominal surgery, risk to other internal organs from surgical trauma
  • childbearing risks for further briths
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186
Q

What is the medical model of birth?

A

birth seen as a dangerous journey, only normal in retrospect therefore assume the worst
- low threshold for intervention (to fix defective bodies)

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187
Q

What is the social model of birth?

A

Birth is seen as a normal physiological process which women are uniquely designed to achieve

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188
Q

What are some of the cultural issues during pregnancy?

A
  • unintended pregnancy - delay in seeking prenatal care and having a premature baby, high levels of stress and depression
  • pregnancy may or may not fit with the mothers plans
  • social disapproval out of wedlock and for teenagers
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189
Q

What was the outcome of the Midwives’ Act (1902)?

A
  • Established normality in childbearing as the midwife’s role - refer to doctors as soon as abnormality occurs
  • this ensures equal access to midwives and doctors for childbearing women of all socioeconomic standing
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190
Q

What are the benefits of institutionalised childbirth? (5 points)

A
  1. standardisation of care
  2. access to good facilities to support childbirth
  3. availability of populations of childbearing women and infants for the purposes of midwifery and obstetric training
  4. faster access to emergency care
  5. acces of effective obstetric analgesia
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191
Q

What ar the risks of institutionalised childbirth? (5 points)

A
  1. medicalisation
  2. depersonalisation of birth
  3. lack of privacy
  4. inflexibility of labour and birth practices
  5. limitation of resources
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192
Q

What is the role of doctors in welfare?

A

you must consider the safety and welfare of children and young people, wether or not you routinely seen them as patients
- identifying signs of abuse or neglect early and taking action quickly are important in protecting children and young people
- know what to do if you are concerned that a child or young person is at risk of, or is suffering, abuse or neglect
- act on any concerns about a child or young person who may be at risk of or suffering abuse or neglect

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193
Q

What are the indicators of a successful breastfeed?

A
  • baby - audible and visible swallowing, sustained rythmic suck, relaxed arms and head, moist mouth, regular soaked nappies
  • mother - breast softening, no compression of nipples at end of feed, relaxed
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194
Q

What problems may occur with breastfeeding?

A
  • nipple pain
  • engorgement
  • mastitis
  • inverted nipple
  • ankyloglossia (tongue ties)
  • sleepy baby
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195
Q

What is ‘quality’ in relation to health care?

A

The extent to which health services for individuals and populations increase the likelihood of desired health outcomes and are consistent with current professional knowledge

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196
Q

Why is there a heavy emphasis on quality management in healthcare?

A

Quality management produces improved quality, reduced costs, increased productivity and an increased market share

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197
Q

Why is consumer protection necessary? (3 medical practice deficiencies)

A
  1. medicine has weak evidence base
  2. large variations in clinical practice - doctors do give different treatments to patients with similar needs and personal; characteristics
  3. failure to measure success outcomes in healthcare
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198
Q

What data are available to improve patient safety? (3 sources)

A
  1. hospital episode statistics (HES) - details referring GP, procedures given, duration of stay and discharge/death, lack of basic national data in primary care
  2. patient reported outcome measurements (PROMs) - before and after procedure QoL measurements slowly developing
  3. reference cost data - cost data are poor
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199
Q

What is the summary hospital level mortality indicator (SHMI)?

A

The ratio between the actual number of patients who die within 30 days of discharge compared with the number that would be expected to die on the basis of average

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200
Q

What are the key consumer protection agencies? (3 main ones)

A
  • Care Quality Commission (CQC) - regulates ‘quality’ and financial performance of all health and social care providers, public and private, provides regulatory framework, license all providers of health and social care
  • NHS improvement (formally monitor) - ensures financial obligations are met in terms of balancing income and expenditure
  • national institute for health and clinical institute (NICE) - set standards for treatment
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201
Q

Who enforces the NICE guidelines?

A

royal colleges, GMC, professional audit

202
Q

How can consumer protection be improved?

A
  • appraisal by peers
  • revalidation by GMC
  • medical audit as a compulsory part of routine practice and annual job planning
  • GP and consultant contracts - increasing transparity and comapratve performance ion relation to activity, cost and patient reported outcomes
  • transparency and accountability
203
Q

What is clinical governance?

A

A framework through which NHS organisations are accountable for continuously improving the quality of their services and safeguarding high standards of care by creating an environment in which excellence in clinical care will flourish

204
Q

What are the types of neglect? (4 types)

A
  1. physical
  2. educational
  3. emotional
  4. medical
205
Q

What are the signs of neglect? (7 examples)

A
  1. malnutrition, begging, stealing or hoarding food
  2. poor hygeine, matted hair, dirty skin, body odour
  3. unattended physical or medical problems
  4. frequent lateness or absence from school
  5. inappropriate clothing, especially inadequate clothing in winter
  6. frequent illness, infections or sores
  7. being left unsupervised for long periods
206
Q

What are the 4 types of child abuse?

A
  1. physical abuse - deliberate aggressive actions on the child that inflict pain
  2. neglect - failing to provide a childs needs
  3. psychological abuse - behaviour towards children which cause mental anguish or deficits
  4. sexual abuse - when someone touches a child in a sexual way or commits a sexual act with him or her
207
Q

Who are the people involved in reproductive ethic debates? (3 main parties)

A
  1. parents - procreative autonomy, parents wishes regarding procreative choice should be respected, state interference should be minimal
  2. future or existing child - parents wishes should not be respected if not in interests of future or existing child
  3. their parties including the state - use of resources, healthcare providers objections of conscience
208
Q

What was the main outcome of the human fertilisation and embryology act (1990)?

A

A woman shall not be provided with fertility treatment services unless account has been taken of the welfare of any child who may be born as a result of the treatment (including the need of that child for a father)’

209
Q

What were some of the criticisms of the ‘welfare criterion’? (3 main criticisms)

A
  • Fertile couples don’t have to meet this criterion
  • predicting the welfare of future children is very difficult
  • research suggests not the case that fatehr is always required for a child to flourish
210
Q

What was the main outcome of the human fertilisation and embryology act (2008)?

A

Continues to talk about a duty to take account the welfare of the child in providing fertility treatment (hence, welfare criterion remains) but replaces reference to ‘the need for a father’ with ‘the need for supportive parents’, thus valuing role of all parents

211
Q

What is the pro-life argument?

A
  • abortion ends the life of a foetus
  • human foetus has the moral status as a person
  • it is wrong to end the life of a person or something with moral status therefore abortion/ termination. of pregnancy is morally wrong
212
Q

What is procreative autonomy?

A
  • To have control over one’s reproductive capabilities
  • the freedom to choose wether or not to have children
213
Q

What did the abortion act (1967, amended 1990) state?

A

A person shall not be guilty of an offence under the law relating to abortion when pregnancy is terminated by a registered medical practitioner if two registered medical practitioners are of the opinion, formed in good faith: pregnancy has not exceeded 24 weeks
- termination is necessary to prevent injury to mental or physical health
- continuing pregnancy would involve risk to the life of the pregnant woman
- risk that if the child was bron it would suffer from physical or mental abnormalities

214
Q

What are the arguments for assisted reproduction? (4 arguments)

A
  1. procreative autonomy
  2. helps get around fertility problems
  3. more successive than other forms of assistive reproductive technology
  4. can help single women and same sex couples have a child
215
Q

What are the arguments against assisted reproduction? (7 arguments)

A
  1. involves destruction of embryos
  2. higher risk of multiple pregnancy with associated risks of mortality and morbidity
  3. is unnatural
  4. encourages the mentality which views people as things which can be bought or sold as wanted
  5. IVF babies are more at risk of birth defects than naturally conceived babies
  6. psychological and physical health risk on parents
  7. ART can be expensive
216
Q

What is pre-implantation genetic diagnosis and what are the associated ethical issues?

A
  • Genetic profiling of embryos prior to implantation 9as a form of embryo profiling), and sometimes even oocytes prior to fertilisation
  • can be sued for avoiding genetic diseases
  • issues - sex selection, saviour siblings - ‘designer babies’
217
Q

What provisions, if any, should be made for doctors who conscientiously object - what are the 3 views?

A
  1. objections should always be respected - the autonomy of the medical provider is paramount, no one should be made to do something that goes against their strongly held personal beliefs
  2. objections should never be respected - womens interests should always take priority, sometimes argued that id doctors dont like this then they shouldnt have chosen medicine as a profession
  3. objections can sometimes be respected (the GMC postion) - it might be possible for womens interest to be met whilst at same time not requiring doctors to do something that was cause them a great deal of distress e.g. can perhaps refer patients to abortion services, provide patients with information
218
Q

Which act says a 16 year old has full capacity?

A

The Family Law Reform Act of 1969

219
Q

What is Gillick competency?

A

Child (under 16) can consent to medical treatment if deemed competent by medical professional, without need for parental permission or knowledge

220
Q

What are Fraser guidelines?

A

Doctor can give contraceptive advice and treatment to a person under 16 if they are mature and intelligent, likely to continue to have sex, and if the treatment is in their best interests

221
Q

What should you do before conducting an intimate examination? (5 steps)

A
  1. explain to the patient why the examination is necessary and give the patient the oppourtunity to ask questions
  2. explain what the examination will involve
  3. get consent and record that the patient has given it
  4. offer a chaperone
  5. give the patient privacy to undress
222
Q

What is the role of the midwife in postnatal care? (7 key points)

A
  • Screening/identification of actual and/or ‘at risk’ patients
  • pregnancy and post natal period are window of oppourtunity to make lifestyle changes - smoking cessation, diet, exercise
  • signposting - liasing and referal
  • mental health services - MDT working
  • health promotion - women and family
  • source of information - bonding, breastfeeding
  • reassurance and support
  • safeguarding - vulnerable adult or child
223
Q

What are the aims from NICE postnatal care up to 9 weeks after birth guidelines (2006, updated 2015)?

A
  • a documented individualised post natal care plan for everyone
  • communication particulary about transferring care
  • information given - empower women to take care of their own and babies own health
  • assess the health and wellbeing of the woman and her baby
  • alert women to signs and symptoms of potentially life-threatening conditions
  • encourages breast feeding - large proportion of post natal care
  • assess emotional wellbeing
  • parents should be given information regarding assesing babies general condition, identifying common health problems, how to contact health care professional or emergency serviecs if needed
224
Q

Who is in the pregnancy MDT? (7 roles)

A
  1. midwives
  2. GPs
  3. obstetrics
  4. support workers
  5. health visitors
  6. maternity care assitants
  7. public health practitioners
225
Q

What is the role of MDT postnatal care and support teams?

A

Postnatal care should be a continuation of the care the woman received during her pregnancy, labour and birth, and involve planning and regularly reviewing the content and timing of care, for individual women and their babies

226
Q

What are some of the barriers to MDT work?

A
  • seperate documentation
  • poor working relationship
  • lack of awareness and appreciation of the roles and responsibilities of others
  • limited time and resources
  • overlapping of roles and duplication of services
  • poor communication
  • lack of information sharing
  • lack of collaboration
  • lack of trust and confidence in the abilities of other agencies
  • increased work load
  • lack of appropriately trained staff
227
Q

What is the importance of research-informed practice? (5 points)

A
  1. personal experience is biased in various ways
  2. research reports findings for more patients than we can hope to see in personal experience
  3. research involves the application of scientific method - testing of hypothesis, systematic data collection, analysis designed to minimise bias
  4. recommendations have been assessed for their clinical and cost effectiveness from NHS
228
Q

What is the research cycle?

A
  1. Identify a clinical problem
  2. basic research - labatory based
  3. applied (clinical) research
  4. clinical care
229
Q

What is the implementation gap?

A

Gap between scientific understanding and patient care

230
Q

What are the barriers to implementation of research-informed practice? (4 barriers)

A
  1. characterisitics of recommendations - easy to follow, compatible with existing norms, need for new skills, complexity of recommendations
  2. characteristics of the adopters - knowledge, attitudes, skills and abilities
  3. characterisitics of the organisation - limitations and constraints, organisational culture
  4. characteristics of the environment - social influence, influential peers
231
Q

What is quality improvement (QI)?

A

Facilitate the uptake and continuing use of evidence-based policy and practice, focusing on recurrent problems within system of care to improve:
- performance
- professional development
- service user outcomes

232
Q

What does quality improvement involve? (5 aspects)

A
  1. engage participants across organisational levels
  2. foster environment where improvement and innovation are viewed as normal
  3. empowering staff to strive for change
  4. provide knowledge and methods to implement change
  5. remove barriers to change
233
Q

Give some examples of quality improvement initiatives

A
  • revision of professional roles
  • introduction of MDTs
  • changing skill mix, or in the setting of service
  • facillitate audit and benchmarking cycles to identify variations in practice and outcomes that may be targets for QI efforts
  • network recognition for high quality service,
  • promote interinstitutional communication and collaboration (and interinstitutional competition)
234
Q

What makes a quality improvement initiative effective? (3 aspects)

A
  1. passive dissemination of information such as distribution of educational materials or didactic lectures, is generally ineffective in driving change
  2. multifaceted intervention that act on different levels of barriers to change are more likely to achieve improvements in policy and practice
  3. key - tailors to the key barriers no ‘just the usual’ approach
235
Q

What is quality and outcomes framework (QOF)?

A

annual reward and incentive program detailing GP practice achievement results
- enables commisioners to rewards excellence across key domains
- aims to improve standards of care by assessing and benchmarking quality of care patients recieve - compares delicery and quality of care against previous years

236
Q

Does quality and outcomes framework work?

A

improvements associated with finiancial incentives seem to be achieved at the expense of small detrimental effects on aspects of care that werent incentivised
- following the removal of incentives, level of performance across a range of clinicial activities generally remained stable

237
Q

What was the aims of national commission for quality and innovation (CQUINs) 2014-15?

A
  • friends and family test - incentivise high performing providers
  • improvement against the NHS safety thermometer - particularly pressure ulcers
  • improving dementia and delerium care
  • improving diagnosis in mental health
238
Q

What is the incidence of falls in the elderly?

A
  • 35% of 65-79 year olds
  • 45% of 80-89 year olds
  • 55% 90+ year olds
239
Q

What are the possible consequences of falls?

A
  • osteoporotic fractures
  • head injuries
  • contusions, lacerations\
  • psychological problem - fear of falling, social isolation, depression
  • increase in dependence and disability
  • impact on carers - time and anxiety
  • institutionalism
240
Q

What are the risk factors for falls?

A
  • muscle weakness
  • history of falls
  • gait deficits
  • balance defecit
  • visual deficit
  • arthritis
  • impaired ADL
  • cognitive impairment
  • age (>80 years)
  • medical conditions - PD, stroke, hypotension, depression, epilepsy, dementia, arthritis, peripheral neuropathy, dizziness, vertigo
241
Q

How can falls be prevented/decrease risk?

A
  • increase activity - diversity of PA
  • weekly walk for exercise
  • strong family networks
  • multifactorial falls risk assessment
  • multifactorial intervention
  • education and information
242
Q

What doesn’t help reduce falls?

A
  • brisk walking
  • residential care setting - causes an increase
  • HIIT - increases injury and strain
  • educational and behavioural preventions alone - need further methods
243
Q

What is QALY?

A

Quality Adjusted Life Years
- 1 QALY = 1 year in perfect health
- e.g. if an illness reduces quality of life by 20% and this affects 10 people then 2 QALYs are lost

244
Q

What is the cost of falls for the NHS each year?

A

£1.3 billion

245
Q

What is the cost of hip fractures for the NHS each year?

A
  • £12,000 per patient
  • around £720million per year
246
Q

What is a common fracture in elderly people?

A

Fracture of the neck of femur

247
Q

What are the two types of fracture of the neck of femur?

A
  • Extracapsular - the bone outside the joint capsule breaks; fixed with sliding hip screw, intramedullary nail
  • intracapsular - the bone within the joint capsule breaks; fixed by internal fixation (screws nails plates and rods)
248
Q

What is avascular necrosis?

A

death of bone tissue due to lack of blood supply
- can lead to tiny breaks in the bone and the bones eventual collapse

249
Q

What is the main risk factor associated with increased risk of fracture?

A

Osteoporosis

250
Q

What are the risk factors for hip fractures? (10 examples)

A
  1. low bone mineral density (BND) - is associated with incresed fracture risk
  2. age - every 5 year increase doubles the risk
  3. female gender
  4. low body weight (correlates with bone density)
  5. FHx of hip fracture
  6. prior Hx of hip fracture
  7. smoking
  8. ethnicity - people of afrocaribbean descent have very low fracture risk
  9. corticosteroid use
  10. medication e.g. psychotropic drugs
251
Q

How can hip fractures be prevented?

A
  • fall prevention
  • bone protection - medication (bisphosphonates, calcium and vitamin D), hip protection
252
Q

What is primary prevention?

A

Avoidance of disease before any signs or symptoms develop

253
Q

What is secondary prevention?

A

Avoidance of progression or later problems, signs or symptoms present

254
Q

What would be primary and secondary prevention be in relation to stroke?

A
  • primary - no history of stroke or TIA
  • secondary - after either of these have occurred
255
Q

What is the prevention paradox?

A
  • The majority of people who suffer a stroke are not at high risk of stroke (e.g. 75% have ‘normal’ blood pressure)
  • but if the whole population changes their health behaviour via public health mechanisms, this would lead to much greater effect
256
Q

What are the effects of targeting population for prevention?

A
  • larger potential benefit for community
  • low potential benefit to individual
  • may be low perceived benefit to individual
257
Q

What are the effects of targeting high risk groups for prevention?

A
  • larger potential benefit to the individual
  • smaller effect in population rate of stroke
  • many of the conditions you treat are asymptomatic
  • many of the the treatments have side effects
258
Q

Which group of people are at the highest risk from stroke?

A
  • people who have already had one - secondary prevention reduces risk in these people
  • 1/5 people with a stroke have another after 3 months
259
Q

What medication is used for secondary prevention of strokes?

A
  • ischaemic - clopidogrel, statins, anti-hypertensives, anticoagulant if AF
  • haemorrhagic - anti-hypertensives
260
Q

What percentage of people who have strokes are under 50 years old?

A

<20%

261
Q

What is the incidence in strokes in men and women?

A
  • Men are at a 25% higher risk of having stroke and at a younger age compared to women
  • however as a women tend to live longer there are more total incidences of stroke in women
262
Q

What are the non-modifiable risk factors for stroke?

A
  • age
  • gender
  • race - south asian decent with western lifestyle
  • FHx - rare congenital (in young people (CADASIL)
263
Q

What are the modifiable risk factors for strokes? (6 factors)

A
  • high BP
  • diabetes
  • AF
  • smoking
  • hyperlipidaemia
  • obesity
264
Q

What did the PROGRESS trial show?

A

Reducing blood pressure after stroke reduces risk of stroke recurrence

265
Q

What are the barriers for initiating medical therapies for conditions with no obvious symptoms? (6 barriers)

A
  • misinformed
  • not caring
    -side effects for tablets
  • forgetfullness
  • depression
  • cognitive impairments
266
Q

What is a confounding factor?

A

distortion of the relationship between an exposure and outcome due to shared relationship with something else
- confounders can either increase association between exposure and outcome, or decrease association between exposure and an outcome

267
Q

How can we limit confounding factors and what are the effects? (4 strategies)

A
  • Restriction - limit the participants of your study who have possible confounders; means that you have less data and difficult with multiple confounders
  • matching - you create a comparison group that is mathced on the possible confounder, make case and control group as similar as possible on the confounder and then ask about exposure staus; use for strong confounders like age and sex
  • stratification - analyse exposure-outcome association in different subgroups of the confounder, recombine data and used a weighted average of the strata; limitations - to take into account all confounders would require lots of strata
  • multiple variable regression - you can adjust for the effects of multiple confounders, try and produce a linear model between the outcome and different exposures; allow for adjustment of estimates fir confounding
268
Q

What is standardisation?

A

Way to limit confounding, often used to control for differences in age groups when comparing rates of disease in two populations with different age structures

269
Q

What is standardised mortality ratio (SMR)?

A

Ratio between the observed number of deaths in a study population to the number of expected deaths

SMR = observed number of deaths/expected number of deaths

270
Q

What is direct standardisation?

A

Required we know the age-specific rates of mortality in all populations under study

271
Q

What is indirect standardisation?

A

Only requires that we know the total number of deaths and the age structure of the study population

272
Q

Why do we have waiting lists?

A
  • There is a limitless demand for health, people can always ‘be more healthy’ which created high demand
  • limited resources - supply of money, staff, etc, is infinite
273
Q

Why are waiting times important to patients? (5 examples)

A
  • The patient’s condition may deteriorate while waiting and in some cases the effectiveness of the proposed treatment may be reduced
  • experience of waiting can be extremly distressing in itself
  • patients family life may be adversly affected by waiting
  • excessive waiting times may be symptoms of inefficiencies in the healthcare systems and should be addressed as part of good management
274
Q

How can you measure waiting times? (3 methods)

A
  • average waiting times (mean or median)
  • proportion who waited longer than ‘x number of days’
  • average wait of people currently on the list
275
Q

What are the theories of NHS waiting lists?

A
  • the backlog - implies a need for occassional emergency injection of funds
  • demand management - waiting acts as a ‘price’ to deter frivolous use
  • allows NHS resources to be fully employed - dont want lots of spare capacity as this is a waste
  • waiting lists are caused by underfunding and inefficiency
276
Q

How can the NHS reduce waiting times? (4 methods)

A
  • manage demand - ensuring each referral represents the most appropriate decision for the care of the individual patient
  • manage the queue - ensuring waiting lists are well managed and patients are called for treatment in appropriate order
  • manage capacity - providing efficient and effective services that meet the level of demand from appropriate referrals
  • provide leadership - ensuring that all aprts of the local NHS work together to achieve waiting time improvements in the bets interest of patients
277
Q

What was the 2002-2008 policy ‘targets and terror’?

A
  • performance management of Trust and PCTs based on achievement of target waiting times
  • hospitals recieve an overall performance score and managers could loose jobs if targets missed
278
Q

What are the pros of ‘targets and terror’ policy?

A
  • No inpatients waiting longer than 3 months
  • outpatients reduced, significant increased expenditure alongside this, however funding has now remained constant meaning NHS is struggling despite increased demand
279
Q

What were the cons of ‘targets and terror’ policy?

A
  • sacrifice of proffessional autonomy - managers pressuring doctors, may be forced to treat less urgent due to waiting times
  • unmeasured performance sufferers - things that dont have a target may suffer
  • adverse behavioural responses - e.g. emergency patients waiting in ambulances not emergency rooms, not classed as being in A=E till they are throough the doors so essentially cheating
  • data manipulation and fraud
280
Q

What is possible criteria for priority on a waiting list? (6 examples)

A
  • clincial urgency
  • clinical severity
  • potential health gain - productivity and economic loss
  • equity waiting e.,g. poverty
  • length of time waiting
281
Q

What are the social consequences of deafness?

A
  • social impact - difficult to have conversations, isolation, intimacy issues, problems at work
  • psychological impact - anger, low confidence, frustration, depression, embarrassment
  • praticual issues - doorbells, phones, theaters or cinemas, tv, alarms
282
Q

How can a stroke affect communication?

A
  • aphasia (and sometimes dysphagia) - difficulty in the genration of speech and sometimes its comprehension
  • dysarthria - difficulty or unclear articualtion of speech that is otherwise linguistically normal (due to muscle weakness)
  • dyspraxia - affect movement and coordination, cannot move muscles in the correct order and sequence to make the sound needed for clear speech
283
Q

What are the social consequences of speech and communication difficulties?

A
  • not being able to express yourself clearly can be very isolating
  • depression
  • frustrating
  • may not be able to participate in activities they used to enjoy
  • tiring - communication may require a lot of effort
284
Q

What areas can medico-legal implications occur in a person with epilepsy?

A
  • determination of fitness to drive and other simarly dangerous activities
  • determination of intent for alleged criminal actions
285
Q

What are the rules for whether people can drive with epilepsy?

A
  • Group 1 which applies to cars, motorbikes, and most other small vehicles - need to be seizure free for 12 months
  • group 2 which applies to bigger veichles such as lorries, heavy good veichles and other specialised types of veichles - unlikely to qualify for group 2 license, need to be seizure free for 10 years and have not taken epilepsy medication for 10 yrs

new rules relating to wether people can dirve if:
- thhyhe have only had seizures while in their sleep
- they have only had a seizure that do not affect their consciousness
- theri dr changes their dosage or medication but theyve now gone back to the original dosage or medication

286
Q

What are CAMs?

A
  • complementary - non-mainstream practice is used together with convenient medicines
  • alternatives - non mainstream practce is used instead of conventional medicines
287
Q

What are the 5 big CAMs?

A
  • accupuncture
    chiropractic
    herbal medicine
    homeopathy
    osteopathy
288
Q

What is the underlying principle with CAMs?

A
  • self healing is triggered
  • long term effects may be due to physioogical (re-)learning and behavioural/lifestyle changes integral to treatments
  • each therapy has its own mechanism - most poorly understoof
289
Q

What percentage of CAMs are covered by the NHS?

A

10%

290
Q

What are the barrier to CAMs on the NHS? (5 main barriers)

A
  • regulatory issues
  • financial concerns in the NHS
  • tribalism - different medical specialities ‘hold on’ to their patch
  • inertia - resistance to change
  • mixed evidence of effectiveness - not all are properly evidence based
291
Q

Why should CAMs be provided by the NHS? (5 arguments)

A
  • patient choice
  • preventative healthcare agenda
  • commisioning changes
  • personal budgets
  • growing evidence base
292
Q

Which complementary therapy is most used for MSK problems?

A

Osteopathy

293
Q

What is osteopathy used mainly to treat? (5 problems)

A
  • back pain
  • repetitive strain injury
  • changes in posture in pregnancy
  • postural problems caused by driving or work strain
  • the pain of arthritis and sports injuries
294
Q

What do chiropractors mainly treat?

A
  • back, neck and shoulder problems
  • joint, posture and muscle problems
  • leg pain and sciatica
  • sports injuries
295
Q

What is acupuncture used to treat?

A
  • MSK patients
  • fertility/pregnancy - has become much more popular
  • neurological pain
  • depression
  • eczema
  • chronic pain
  • irritable bowel
296
Q

Why are people using acupuncture?

A

Effectiveness gap - a clinical area where available treatments are not fully effective or satisfactory for various reasons including lack of efficacy, adverse effects and acceptability to patients

297
Q

What is the evidence base for acupuncture?

A
  • accupuncture correklated with physiological parameters i.e with decreases in brain flow
  • can be seenas having overall effect vs usual care
    more effective than no treatment of sham treatment for low back pain (indicate more than a placebo) but there are no differences in effectiveness compared to other convential therapies
  • accupuncture, osteopath chiropractic shoen to be effective when compared to usual care
  • more and better research needed
298
Q

What are the criticisms of acupuncture?

A
  • is the effect too small and not clinically relevant
  • NSAIDS are commonly given for chronic back pain - NSAIDs vs placebo and accupuncture vs placebo have simialr effect for pain reduction
299
Q

What does the NICE guidelines state about acupuncture in lower back pain, osteoarthritis, and headaches?

A
  • lower back pain - consider manual therapy, dont offer acupuncture
  • osteoathritis - manipualtion and stretching should be considered as an adjunct to core treatments, dont offer acupuncture
  • headache/migrane - consider course of up to 10 sessions of acupuncture over 5-8 weeks
300
Q

What are the 5 categories for significant impaired decision making ability?

A
  • lack of insight - person suffers from some disability but seem unaware of the existence of their disabliltiy
  • cognitive impariment - e.g. dementia
  • presence of psychosis
  • severe depression symptoms
  • learning disability
301
Q

Why is it important to support patients decision making? (5 reasons)

A
  • patients generally happier if they can make their own decisions
  • enables patients to have self determination, autonomy
  • likely to facilitate other positive goods - DR- pt relationship
  • professional requirement (GMC)
  • legal requirement - mental capacity act 2005
302
Q

How might doctors assist patients in making decisions? (4 methods)

A
  • using a different form of communiaction
  • providing information in a more accessible form
  • treating a medical condition affecting the persons capacity
  • having a structured programme to improve persons capacity
303
Q

Which act are capacity determinants governed by?

A

Mental capacity act (2005)

304
Q

According to the mental capacity act, when does a person lack capacity?

A

A person lacks capacity if they are unable to:

305
Q

What are the 5 key principles of the mental capacity act?

A
  1. Presumption of capacity - a person must be assumed to have capacity until proven otherwise; assumption can be over-ridden if shown to lack capacity for that decision at that time
  2. right to be supported to make own decisions - use different forms of communication, provide information in different formats, treat condition that is impacting and thus restore capacity
  3. right to make eccentiric and unwise decisions - a person is not to be treated as unable to make a decision merely because it is an unwise one
  4. best intrests - a decision made under the MCA for soemone lacking capacity must be done in their best interests
    5, least reastrictive dscision - before the decision is made you should explore other less restrictive options
306
Q

How many people in the UK have dementia?

A

Approximately 850,000 people

307
Q

How might dementia first present?

A

NAME?

308
Q

What is the impact of diagnosis of dementia on a patient?

A

NAME?

309
Q

What determines the response of the patient to the diagnosis of dementia?

A

NAME?

310
Q

What is the impact of diagnosis on the carers?

A

NAME?

311
Q

What determines the response of the carer to the diagnosis?

A

NAME?

312
Q

What are the benefits of diagnosis?

A

NAME?

313
Q

Describe the effect of dementia on the patient, spouse/partner, children and carers

A

NAME?

314
Q

How much of the cost of dementia is paid by people with dementia and their families?

A

2/3 = £17.4 billion

315
Q

What percentage of carers don’t receive enough support?

A

43%

316
Q

Why are people with dementia at high risk of elder abuse? (3 main reasons)

A

NAME?

317
Q

What are examples of advanced care planning?

A

NAME?

318
Q

What are advanced directives?

A
  • Extends patient autonomy to apply in situations where they don’t have capacity as defined under the MCA 2005
319
Q

What are advanced directives valid and applicable?

A
  • Patient is 18+ - note MCA is for 16+ but only 18+ can refuse treatment
320
Q

What is Ulysses arrangement?

A

Advanced directive for bipolar disorder

321
Q

What are the pros of advanced directives?

A

NAME?

322
Q

What are the cons of advanced directives?

A
  • Difficulty to verify if the patient’s opinion has changed since making AD
  • difficult to ascertain wether the current circumstances are what the patient foresaw when making the AD
  • posibility of coercion
  • possible wrong diagnosis
  • can patients imagine future situations sufficiently and vividly enough to make their current decisions accurately informed.
323
Q

What are some of the research atrocities in history?

A
  • nazi medical experiments (Nuremberg trials)
  • Willowbrook study - injected vulnerable children with Hep B to produce vaccines
  • Tuskegee syphyilis study - African american men given syphilis but not antibodies, to see disease progression
  • Alder Hey - retaining children organs without consent
  • Wakefield - MMR scandal
324
Q

What is the Nuremberg Code (1947)?

A

The Nuremberg code resulted from the Nuremberg trials. It was an early code for research ethics principles, including:

325
Q

What is the Helsinki declaration (1964)?

A

Includes requirement that any human research is subject to independent ethical review and oversight by properly convened committee

326
Q

What are some research ethics principles? (6 examples)

A
  • Usefulness - valid, good method, hasn’t been done before, strong justification
327
Q

What is valid consent?

A

Voluntary, informed, patient is competent

328
Q

What does voluntary consent mean?

A

NAME?

329
Q

What should patients be given to facilitate consent?

A

NAME?

330
Q

What is confidentiality and why it is important?

A

NAME?

331
Q

How can we increase the level of confidentiality?

A

NAME?

332
Q

What is an ethics committee?

A

Body responsible for ensuring that medical experimentation and human research are carried out in an ethical manner in accordance with national and international law

333
Q

Why do we need ethics approval? (5 reasons)

A

NAME?

334
Q

When is ethics approval needed? (3 examples)

A

NAME?

335
Q

What are some of the types of research ethics committees?

A

NAME?

336
Q

What does the human tissue act (2004) state about research?

A
  • Consent for storage and use of tissue for ‘scheduled purposes’ is required for tissues from living or deceased persons
  • these purposes include research in connection with disorders, or functioning of the human body
  • consent is not required if the use of tissue obtained from living patient if the tissue is anonymous to the researcher and project has ethics approval
337
Q

What percentage of deaths does CHD cause in the UK?

A
  • 29% men
  • 28% women
338
Q

Why are the death rates falling from CHD?

A

NAME?

339
Q

What is the effect of health inequalities on CHD?

A

Lower social class at higher risk - health behaviours

340
Q

What are the modifiable risk factors for CHD?

A
  • elevated blood cholesterol
  • high LDL, low HDL
  • high BP
  • diabetes
  • smoking
  • obesity
  • excessive alcohol
  • inactivity
  • excessive stress
341
Q

What is risk?

A

The probability of an event in a given time period

342
Q

What is the equation for risk ratio?

A

Risk ratio = risk for exposed / risk for non-exposed

343
Q

What is the equation for risk difference?

A

Risk difference = Risk for exposed - Risk for non-exposed

344
Q

What is odds ratio?

A

A ratio of the odds of an event in an exposed group to the odds of the same event in a group that is not exposed

345
Q

What is the equation for odds ratio?

A

OR = ad/bc

346
Q

What is population attributable risk?

A

The risk of disease will increase as the exposure prevalence or relative risk increases

347
Q

What is the leading cause for cancer mortality?

A

Lung cancer

348
Q

What are the main risk factors associated with lung cancer?

A

NAME?

349
Q

What percentage of lung cancer cases are cause by smoking?

A

90%

350
Q

What is the second leading cause of lung cancer after smoking?

A

Radon

351
Q

What are the different types of lung cancer?

A
  • Small cell (13%)
  • non small cell (87%) - Adenocarcinoma (>40%), squamous cell carcinoma (20%), mesothelioma (2%)
352
Q

How many people in the world are infected with TB?

A

1/4 of the world population = approx. 2 billion people

353
Q

How many deaths per year does TB cause (million)?

A

1.5 million people (in 2020 according to WHO)

354
Q

What are the factors associated with recent increases in the prevalence of TB? (4 main factors)

A

NAME?

355
Q

What time of year does TB incidence peak?

A

Spring/summer

356
Q

What can be done to address rising rates of TB?

A

NAME?

357
Q

What is the prevention paradox?

A

A preventative measure that brings large benefits to the community offers little to each participating individual

358
Q

What are the pros of ‘high risk’ approaches to health promotion?

A

NAME?

359
Q

What are the cons of ‘high risk’ approaches to health promotion?

A
  • screening is difficult
  • palliative and temporary
  • limited potential due to lack of people
  • labelling
360
Q

What are the pros of ‘population’ approaches to health promotion?

A

Large potential as targeting many people

361
Q

What are the cons of ‘population’ approaches to health promotion?

A

NAME?

362
Q

What are some examples of occupational lung disease?

A

NAME?

363
Q

How have occupational health risks changed over time?

A
  • Better environmental control an health and safety - e.g. from mid 20th century with coal mining, etc.
364
Q

What is occupational asthma?

A

Like other types of asthma, it is characterised by airway inflammation, reversible airways obstruction, and bronchospasm, but it is caused by something in the workplace environment

365
Q

Give some examples of occupations that are at a higher risk for occupational asthma

A

NAME?

366
Q

What history would you expect from a patient with occupational asthma?

A

NAME?

367
Q

Give some occupational causes of COPD

A

NAME?

368
Q

What is pneumoconiosis?

A

Occupational restrictive lung disease caused bye inhalation of dust (coal dust, silica, asbestos)

369
Q

What is simple coal workers pneumoconiosis?

A
  • After around 10 years of coal mining, small nodules are present
  • shouldn’t cause major impairment in lung function
  • some coal workers have symptoms of chronic bronchitis
370
Q

What are possible complications with coal workers pneumoconiosis?

A

NAME?

371
Q

What is silicosis?

A

NAME?

372
Q

What is siderosis?

A

NAME?

373
Q

What is acute pneumonitis?

A
  • acute inhalation of a substance that causes symptoms immediately
  • can be casued by chlorine, ammonia, organic chemicals, metallic compounds
  • form of acute respiratory distress syndrome
374
Q

What is hypersensitive pneumonitis?

A
  • Type 3 hypersensitivity reaction (immune complex deposition)
  • inflammation of the alveoli within the lung caused by hyperesentivity to inhaled organic dust
375
Q

What are some causes of hypersensitive pneumonitis?

A
  • Bird fancier’s lung - due to feathers and bird droppings
376
Q

What percentage of lung cancers in men are related to occupation?

A

10%

377
Q

What is asbestos?

A
  • a naturally occuring silicate
  • used lots in 1950-60s as a building material - fire retardant and used in cement
  • in 1960s was found to cause malignant mesothelioma (pleural tumour)
  • only as small amount needed to cause it
378
Q

What are the 2 types of asbestos fibres?

A
  • serpentines - while curly asbestos, relatively harmless, cleared with mucocillary escelator
  • amphiboles - short, sharp, brown/blue asbestos - have malignant potential
379
Q

What is mesothelioma?

A
  • cancer of the mesothelium almost inevitably caused by occupational exposure to asbestos
  • latency period around 40 years
380
Q

Where are claims submitted for compensation for occupational illness in the UK?

A

Disability benefits centre of benefits agency (DSS)

381
Q

What is decision analysis?

A

Systematic and quantitative way of making healthcare decisions e.g. when presented with two options

382
Q

What does decision analysis assume?

A
  • decision process is rational and logical
  • rational decision maker will choose option to maximise utility
383
Q

What are the stages ind decision analysis? (4-5 stages)

A
  1. Structure the problem as a decision tree - identifying choice, information (what is and is not known) and preferences
  2. assess the probability of every choice branch
  3. assess the utility of every outcome
  4. identify the option that maximises unexpected utility
  5. conduct sensitive analysis to explore effect of varying judgments
384
Q

What do squares and circles mean on decision trees?

A

> squares - indicated decision, choice between actions

> circles - indicated chance (probablity), represents uncertainty, potential outcomes of each decision

385
Q

How do you calculate expected utility?

A

Expected utility = utility value x probability

386
Q

What is sensitive analysis?

A

Sensitive analysis explores what would happen if the probabilities or utility values were slightly different to the ones you are using - calculate effect of uncertainty on decision

387
Q

What are preference sensitive and probability sensitive decisions?

A

> preference sensitive - the person might feel strongly about the side effects of the treatment

> probability sensitive - sensitive to the changes in the chance of different outcomes

388
Q

What are the benefits of using decision analysis to make decisions? (5 benefits)

A
  • makes all assumptions of decision explicit
  • allows examination of the process of making the decision
  • integrates research evidence into decision process
  • insight grained during the process may be more important than the generated numbers
  • can be used for individual decisions, populations and cost-effective analysis
389
Q

What are the negatives of using decision analysis to make decisions?

A
  • Probability estimates - required data sets to estimate probability may not exist; subjective probability estimates are subject to bias
  • utility measures - individual may be asked to rate state of health they have not experienced, different techniques will result in different numbers, subject to presentation framing effects, approach is reductionist
390
Q

What is the ICF model of disability?

A

Functioning and disability are multi-dimensional concepts relating to:

391
Q

What is palliative care?

A
  • active hollistic care of patients with advanced progrssive disease
  • aims to treat or manage pain and other ohysical symptoms and will also help with and psychological, social or spiritual needs
392
Q

What are the goals of palliative care? (8 goals)

A
  • improve QoL
  • provides relief from pain and other distressing symptoms
  • supports life and regards death as a normal process
  • doesn’t quicken or postpone death
  • combines psychological and spiritual aspects of care
  • offers a support system to help people live as actively as possible until death
  • offers a support system to help the family cope during a persons illness and in the bereavement process
  • uses an MDT approach to adress the needs of the person who is ill and their families
393
Q

Who is general palliative care given to?

A

Core aspect of care for all patients and their families with advanced disease by all health professionals

394
Q

Who is specialised palliative care for?

A

Patients (and carers) with unresolved symptoms and complex psychosocial issues, with complex end-of-life and bereavement issues

395
Q

Who provides specialised palliative care?

A

> NHS - community/hospital clinic nurse specialist, some consultants, some inpatient units, macmillan

> voluntary - hospice services, inpatient beds, independent charities, macmillan

396
Q

What is end of life care?

A

branch of palliative care - care for people reaching the end of their life
- ‘end of life care pathway’ - last 48 hours of life

397
Q

What are some of the challenges for the future of palliative care?

A
  • inequality of service provision and standards
  • funding
  • training, recruitment, retention
  • maintaining sense of humanity and compassion - increasing technologies and treatment for managing diseases
398
Q

What is ‘total pain’?

A

Recognises pain as being physical, psychological, social and spiritual

399
Q

What are the different types of nurses involved in palliative care? (4 main types)

A
  • District nurse - primary health care team, community based, generic palliative care skills, ‘hands on’ nursing skills
  • practice nurse - primary care health team, practice based, generic palliative care skills, ‘hands on’
  • marie curie nurses - community based, arranged by district nurse, specialist palliative care skills, ‘hands on’
  • macmillan nurses - community or hospital based, specialist palliative care advice, support, resource
400
Q

Where is the preferred place of death?

A
  • most people wish to die at home
  • few people wish to die at hospital
  • most people die in hospital
  • hard to plan because you dont know when it will happen
401
Q

What percentage of admission notes document the CPR decisions?

A

10%

402
Q

What percentage of in-hospital CPR is not appropriate?

A

40-50%

403
Q

What is DNACPR?

A

Do Not Attempt CPR - decision made and recorded in advance, applies to those present if a person subsequently suffers sudden cardiac arrest or dies

404
Q

What are Bowlby’s 4 stages of grief?

A
  • numbness
  • yearning/ pining and anger
  • disorganisation and despair
  • reorganisation
405
Q

What are the symptoms of grief?

A

> anger, anxiety, fatigue, guilt, helplessness, lonliness, sadness, shock, numbness, yearning
somatic sensations - stomach, chest, throat, sensitivity to noise, breathlessness, muscle weakness, lack of energy, dry mouth
concentration impairment - preoccupation with deceased, hallucinations, disbelief
sleep and appetite disturbances, absent midnessess, social withdrawal,dreams of deceased, avoidance of reminders, searching and calling out, shighing =, overactivity, crying

406
Q

What is Warden’s tasks of mourning? (4 tasks)

A
  1. Accepting the reality of the loss e.g. come to terms with the person being ‘gone’
  2. work through the pain of the grief
  3. adjust to an environment in which deceased is missing
  4. emotionally relocate the deceased and move on with life
407
Q

What factors affect the severity of grief? (6 factors)

A
  • closeness of the relationship
  • meaningfulness of the relationship
  • nature of the relationship prior to death
  • expectedness and manner of the death
  • age and developmental status
  • social support
408
Q

What is spirituality?

A

Umbrella term that includes religious/faith frameworks, but it also includes the meaning of life, purpose, sense of personhood

409
Q

How can religious beliefs impact on bereavement?

A

> belief in the afterlife - the continuing existence of loved one and possibility of meeting again
continued attachment - prayer as a mean of communication
defence against beliefs about personal death
religous funeral rituals aid and progress grief process
religious funeral rituals recruit social support

410
Q

What is pathological grief?

A
  • Extended grief reactions - getting stuck in one of the phases (normally each phase is about 6 months)
  • can be in denial for an extended period of time - exhibit mummification (not changing things in a dead persons room)
  • major depressive disorders >2 months after loss
411
Q

What is the myth of the neutral therapist?

A
  • Idea that psychotherapists will ‘leak’ their personal views regardless of their intention
  • this will coming across in their questioning/ direction of questioning
412
Q

What are CDSS?

A

Clinical decision support system - designed to aid clinician decision making

413
Q

What are the different types of CDSS?

A
  • computerised
  • paper based
  • reminder systems
  • develop to aid with particular decisions
414
Q

What are some examples of CDSS? (4 examples)

A

> reminder systems - screening, vaccination, testing, medication use
decision systems - model individual patient data against epidemiological data
prescribing - advice on drug dosage, highlights potential drug interaction
condition management - assists monitoring patients

415
Q

What are the effects of computer support on prescribing? (6 main effects)

A
  1. reduce time to reach theraputic stabilisation
  2. reduce risk of toxic drug level
  3. reduce length of hospital stay
  4. increase size of initial dose
  5. increased serum drug conc.
  6. no change in adverse effect of drug
416
Q

Do CDSS work?

A
  • can improve practitioner performance in diagnosis, disease management, prescribing/drug dosing, rates of vaccination, screening
  • evidence for effects on patient outcomes not so robust
417
Q

What are patient decision aids?

A
  • support patient in decision making
  • help patients understand probable outcomes of options
  • help patient consider the personal value they place on benefits v harms
  • include additional information - disease, costs, probablility of outcomes, peoples opinions
418
Q

What is the key issue with patient decisions aids?

A

No consensus on what information should be included in a patient decision aid

419
Q

What improves practice when using decision support? (4 examples)

A
  1. providing decisions as part of the clinical workflow
  2. providing recommendations for management (not just patient assessments)
  3. providing decision support when and where decision making was happening
  4. computer based decision support
420
Q

What are potential barriers to using CDSS? (4 examples)

A
  • earlier negative experience of IT
  • potential harm to doctor-patient relationship
  • obscured responsibilities (loss of autonomy and reasoning)
  • reminders increase workload
421
Q

What are potential facilitators of CDSS?

A
  • self-control of CDSS
  • if clinician can notice help in practice
422
Q

What is food poisoning?

A

Diarrhoea and vomiting with or without pain

423
Q

What are the major causes of food poisoning?

A
  • not cooking food thoroughly (particularly meat)
  • not correctly storing food that needs to be chilled
  • keeping cooked food unrefrigerated for long periods of time
  • eating foods that has been touched by someone who is ill or has been in contact with someone with diarrhoea or vomiting
  • cross contamination
424
Q

What are some microbial infections that cause food poisoning?

A

> bacteria - salmonella, campylobacter, shigella, C. difficile
viral - norovirus, rotavirus
fungal - aspergilus
protozoal - cyrptosporidia, giardia

425
Q

What are some toxins that cause food poisoning?

A

> bacterial toxins - clostridium perfringens, s. aureus, clostridium botulinum
marine biotoxins - scombroid poisoning, shellfish, ciguatera

426
Q

What are some chemicals that cause food poisoning?

A
  • heavy metals
  • pesticides
  • herbicides
427
Q

What is the most common cause of food poisoning?

A

Campylobacter

428
Q

Describe the clinical picture of salmonella infection (transmission, incubation, symptoms)

A

> transmission - ingestion of contaminated foods, faecal contaminations, person-person, infected animals
can cause enteric fever or enterocolitis
incubation period is 12-72 hrs
symptoms - vomiting, diarrhoea, fever, headache chills

429
Q

Describe the clinical picture of staphylococcus aureus infection (transmission, incubation, symptoms)

A

> transmission - contaminated foods by skin/nasal flora
produces enterotoxins
incubation of 24 hrs
symptoms - rapid onset, projectile vomiting and diarrhoea

430
Q

Describe the clinical picture of cryptosporidium infection (transmission, incubation, symptoms)

A

> transmission - animal human, person-person, contaminated water or land, associated with foreign travel
incubation 2-5 days
symptoms - watery or mucoid diarrhoea, severe illness in immunocompromised

431
Q

Describe the clinical pictures of escherichia coli infection (transmission, incubation, symptoms)

A

> transmission - contaminated food, person-person
incubation - 1-6 days
symptoms - haemorrhagic colitis, 5% get haemolytic uraemic syndrome

432
Q

Describe the clinical picture of norovirus infection (transmission, incubation, symptoms)

A

> transmission - faecal-oral route, environmental contamination, contaminated foods/water
incubation-24/48hrs
symptoms - nausea, projectile vomiting, low-grade fever, diarrhoea

433
Q

Describe the clinical picture of clostridium perfringens infection (transmission, incubation, symptoms)

A

> transmission - contaminated cooked meats and poultry
incubation - 8-22hrs
symptoms - diarrhoea, abdo pain

434
Q

Describe the clinical picture of campylobacter infection (transmission, incubation, symptoms)

A

> transmission - raw/undercooked meats, unpasteurised milk, bird-pecked milk, untreated water, domestic pets with diarrhoea, persom-person
incubation - 2-5 days
symptoms - fever, headache, malaise, nausea, diarrhoea, vomiting is uncommon

435
Q

How can food poisoning be prevented?

A

> isolation
hand hygiene
protection
environmental cleaning
respiratory hygiene and cough etiquette

436
Q

What is ‘safe food’?

A

Food that will not cause harm to a person who consumes the food when it is prepared, stored and/or eaten according to its intended use

437
Q

What are concerns with food?

A
  • food bourne illnesses
  • nutritional adequacy
  • environmental contaminants
  • pesticides
  • naturally occuring contaminants
  • food additives
438
Q

What does the public health act state about food poisoning?

A

Allows exclusions from work of people that pose increased risk of GI infection spread - children in nursery/pre-school, people who work with food, health and social care staff, people with doubtful hygiene

439
Q

What are some of the offences under the food safety act (1990)? (3 examples)

A
  • sale of food that has been rendered injurious to health, is unfit for human consumption, or is so contaminated that it wouldnt be reasonable to expect it to be used for human consumption
  • sale of food which is not of the nature/substance/quality demanded by purchaser
  • the display of food for sale with a label which falsely describes the food, or is likely to mislead as to the nature/substance/quality
440
Q

What is hazard analysis critical control point?

A
  • Analysis of the potential food hazards in a food business (e.g. microbiological, chemical & foreign matter contamination)
  • identification of the points in the operations where such hazards could occur
  • decide which of the identified points are critical to food safety
  • identifying and implementing effective control and monitoring procedures at the critical points
  • reviewing the hazards and critical points at periodic intervals and particularly when any changes occur to the operation
441
Q

What are the objectives in food poisoning outbreaks? (3 objectives)

A
  • reduce the number of primary and secondary cases
  • reduce the harm consequent on the episode
  • prevent further outbreaks
442
Q

What are the investigations done in food poisoning outbreaks?

A
  • preliminary phase - is there an outbreak? confiming the diagnosis, what is nature and extent of outbreak?
  • immediate steps - who is ill? how many cases? case finding; whats cause? is proper care being arranged? WHAT IMMEDIATE ACTION CAN BE TAKEN?
443
Q

What are outbreak outliers?

A
  • OUTLIERS ARE CASES AT THE VERY BEGINNING OR END THAT MAY NOT APPEAR TO BE RELATED
  • FIRST CHECK TO MAKE CERTAIN THAT THEY ARENT DUE TO DODING OR DATA ENTRY ERROR
444
Q

What might outbreak outliers represent? (6 examples)

A
  • Baseline level of illness
  • outbreak source
  • a case exposed earlier than others
  • unrelated case
  • a case exposed later than the others
  • a case with longer incubation period
445
Q

How can analytical epidemiological studies be useful to identify probable food source of outbreak?

A
  • Compare food history of ill and well persons
  • point source of outbreak - cohort study
  • common source of outbreak - case-control study
446
Q

Which GI cancers are prevalent in which populations?

A
  • oesophageal - middle east and china
  • gastric - russia
  • colon - western countries - usa, uk
447
Q

What dietary intake increase the risk of colorectal cancer?

A

Fat intake

448
Q

What is the evidence base for ‘5-a-day’?

A
  • Evidence from observational epidemiology that average fruit/veg intake of less than 200g associated with increased risk of cancer, but possibly little additional benefit beyond 400g/day
  • very little evidence that 5aday has imapct on cancer]
449
Q

Describe the relationship between beta carotene and cancer

A
  • beta carotene in fruit/vegetables
  • cohort studies inigcate protective relationship against cancer
  • RCTs showed beta carotene increased risk of cancer
  • cohort studies have reduced risk due to confounding factors - increased exercise, reduced smoking
450
Q

What are the problems with measuring diet?

A
  • Random error - diet varies and difficulties in measurement, people don’t eat the same things everyday and individual consumptions vary significantly
  • homogeneity of exposure - if you only do your studies in the same types of populations they are likley to have similar environments and hence diets, so you arent able to apply the results to the population
  • bias
  • confounding
451
Q

What are the different measures of diet?

A
  • food disappearance data
  • household survey - what do u buy and who eats what?
  • individual survey - 24 hour recall, food frequency (very open to bias), diet diary, biomarkers
452
Q

What are the pros and cons of food frequency qeustionnaires?

A
  • pros - captures usual diet and less work to code/complete
  • cons - don’t record actual diet as eaten, overestimates fruit and veg, poor measure of energy intake, less flexible
453
Q

What are the pros and cons of diet diaries?

A
  • pros - record diet as eaten, better estimate of energy and absolute intake, more flexible
  • cons - required effort to complete and expensive to code
454
Q

What are the main dietary associations with cancer? (7 examples)

A
  • oesophageal - alcohol, obesity
  • stomach - possibly salted preserved foods
  • pancreas - overweight, obesity
  • hepatic - aflatoxin contamination
  • colorectal - preserved red meat, alcohol, body fat
  • breast - alcohol, overweight
  • urological - high calcium
455
Q

What is the trend of alcohol consumption in the UK?

A
  • per capita consumption in the UK is lower than many european countries
  • however tend to start earlier and drink more on single occasions (binge drinking)
  • peak consumption was 2008 - related to affordability
456
Q

What percentage of men and women have an alcohol use disorder?

A
  • 38% of men and 16% of women (16-64) have an alcohol use disorder (approximately 8 million people)
457
Q

Where is identification and brief advice (IBA) delivered?

A

Delivered in a range of setting - primary and secondary care but also community setting (pharmacies, community health-oriented events)

458
Q

What specialised treatment is available for alcohol problems? (4 examples)

A
  • CBT - common
  • behavioural approaches - behavioural couples therapy, behavioural self- control for moderation goal
  • motivational interviewing
  • social behaviour and netweork therapy (SBNT)
459
Q

Which medical conditions are wholly attributable to alcohol?

A
  • alcoholic liver disease
  • alcoholic neuropathy
  • chronic pancreatitis
  • alcoholic cardiomyopathy
  • alcoholic gastritis
  • alcohol related accidents
  • risk factors for -colon cancer, mouth and oesophageal cancer
460
Q

What are some of the social consequences of alcohol consumption?

A
  • Death - declining since 2008
  • crime and disorder
  • domestic violence - involved in 73% of cases
  • poor productivity at work
  • absence/sick leave fro work
  • family effects - 5 million families have to deal with problem drinker, arguments, violence, debt, relationship problems
461
Q

What are effective, moderately effective and less effective policies for alcohol related health promotion?

A

More effective policies:
- price increases - taxation, minimum price
- restricting availability - opening times, reduced outlet density, age restrictions

moderately effective policies:
- restricting exposure of young people to adverts
- treatment - identification and brief advise

less effective:
- drug and alcohol education
- mass media campaigns

462
Q

What are the key UK departments involved in alcohol policy? (2 main departments)

A
  • home office - focus on public disorder
  • department of health - focus on PH
463
Q

What was the ‘alcohol strategy (2021)’?

A
  • minimum unit price policy dropped, multi-buy promotional offered werent banned as suggested
  • local health bodies able to instigate review of licencses
  • double fine for selling alcohol to underage people
  • ‘enforced sobreity’ - 1 yr pilots based on us models
  • overall alcohol consumption guidelines for adults
  • alcohol included in the NHS check for adults 40-75
464
Q

What is efficiency?

A
  • target regulation to those activities that give the greatest health gain for the money spent as this will maximise population health gain
  • informing these choices requires estimation of value of what is given up when a patient is treated (oppourtunity cost) and the value of what is gained in terms of improvements to health of patients
465
Q

What is allocative efficiency?

A

Investing in healthcare are interventions that are worthwhile

466
Q

What is technical efficiency?

A

Investing in health care interventions which make the best use of scarce resources

467
Q

What is equity in financing?

A
  • geographical allocation of funding by weighted capitation
  • resourcing determined by population weighted by need
468
Q

What is the class equality/inequality in health care?

A

Evidence of social class equality in the use of primary care and social class inequality in the use of secondary care

469
Q

What is the concept of the ‘margin’?

A

The incremental change in resources (inputs and their cost) committed to an activity that produces an incremental change in effects (improved patient outcomes)

470
Q

Why is the margin important?

A
  • incremental investments in an activity may be associated with diminishing returns
    i.e. successive increase in activity yield declining benefits to the patient, the more you do less they beneift
471
Q

Why do we need economic evaluation?

A
  • values both inputs (oppourtunity cost) and outputs (health outcomes) of any intervention
  • assess if changes in resource allocation are efficient
  • important because increasing healthcare expenditure needs best outcome for money
472
Q

How do you measure cost?

A
  • cost to NHS - NICE perspective, cost of drug + delivery
  • cost to patient, carers and society - lost working days
473
Q

How do you measure benefit?

A

Health gain = increase in length + QoL

474
Q

What is cost-minimisation analysis?

A

Chooses cheapest option between treatments that have identical outcomes

475
Q

What is cost-effective analysis?

A
  • costs and outcomes are combined into a single measure e.g. reduction in BP
  • allows comparison between treatments in the same therapeutic area only
476
Q

What is cost-utility analysis?

A
  • combines multiple outcomes into a single measure (QALY) using QoL instruments e.g. EQ5D
  • Allows comparison between alternatives with different theraputic categories
477
Q

What is cost-benefit analysis?

A

Puts cost and benefit into monetary/numerical terms, e.g. how much is the 3 months gained worth to the patient?

478
Q

When can cost-effectiveness analysis be used?

A
  • if the outcome measures are just clinical
  • if other more generic outcome measure used, use cost analysis to determine QALY
479
Q

What are the levels of resource allocation decisions?

A
  • macro (societal) level - regarding health funding vs education or funding of certain drugs
  • micro (clinical) funding - individual decisions regarding care of individual patients
480
Q

What are the arguments for and against age-based rationing being applied to macro-level resource allocation decisions?

A
  • For - treatment and care of elderly people is very costly so ‘cost-effective’ argument might require resources elsewhere
  • against - most of the elderly burden relates to cost of illness and incapacity rather than age, young person with chronic disease could also cost the same amount
481
Q

Describe the Fair-innings argument (1997)

A
  • older people have had a long life already, therefore fairer to divert resources to younger people
  • elderly also have disproportionate share of the available resources allocated to them
482
Q

What are the contraindications to the Fair-innings argument?

A
  • treating on the basis of need might mean older people don’t receive lower priority
  • years of life saved shouldn’t matter, the quality of life is more importants (QALYs)
  • fairness isnt the only thing that matters
483
Q

What are the arguments for and against age-based rationing being applied to micro-level resource allocation decisions?

A
  • for - age should be relevant because older people are less likely to respond to treatment and have a poorer prognosis in general due to increased risk of complications
  • against - age alone isnt a good predictor of prognosis/complications, hence need case-by-case decisions, decisions based on age may be hidden form of discrimination
484
Q

What is age discrimination?

A

Unjustifiable difference in treatment based solely on age

485
Q

What is the difference between direct and indirect age discrimination?

A
  • direct - direct differences in treatment based on age, cannot be justified
  • indirect - neutral provision or practice that has harmful repurcussions on person based on age
486
Q

What is the GMC and laws view on age discrimination?

A
  • GMC - must not unfairly discriminate against patients or let views about patients affect decisions
  • law - equality act 2010, protects age, sex, race, gender, disability, religion, etc.
487
Q

How do calculate QALY?

A
  • Assign a utility value (0-1) to a state of health and then multiply by the number of years expected to live in this state
488
Q

What leads to utilitarian justification?

A

QALYs focus on overall likely outcomes of resource allocations

489
Q

What type of healthcare do you have when the cost per QALY is low/high?

A

low - high priority, efficient HC
high - low priority

490
Q

What are the arguments for QALY-based assessments?

A
  • maximises healthcare based on quality and quantity of life
  • consider individual patient level when informing decisions about wether or not to proceed with an invasive procedure based on QALYs they are liekly to gain
491
Q

What are the arguments against QALY-based assessments?

A
  • difficulties in measuring - how do you measure quality or value of life? who makes the decisions? introduces bias
  • can seem unjust - can favour life years over individual lives
492
Q

What is relationship between age and QALY?

A
  • the older you are the fewer QALYs you will gain due to lower life expectancy + comorbidities
  • doesn’t aim for ageism but is still discriminatory (indirect)
493
Q

What body appraises medical technologies in pounds per QALY?

A

NICE

494
Q

What is PICO?

A

Population
Intervention
Comparison
Outcome

495
Q

What are the 3 discrete steps in critical appraisal?

A
  • are the results of the study valid?
  • what are the results?
  • can I apply ther results to this patients care?
496
Q

What is study validity and what should you look for?

A

Study validity is the believability or credibility of the results
- do these results represent an unbiased estimate of the treatment effects?
- have they been influenced in sytematic fashion to lead to a false conclusion

497
Q

What are the different types of results?

A
  • therapy - look at relative risk reduction, absolute risk reduction, odds ratio, number needed to treat, confidence intervals
  • diagnosis - sensitivity, specificity, positive predictive value, negative predictive value, likelyhood ratio
  • prognosis - look at how likely the outcomes are over time and how precise the prognostic estimates are
    (relative risk or odds ratio)
  • harm/aetiology - look at relative risk, odds ratio, number needed to harm
498
Q

How should you apply the results of a critical appraisal?

A
  • how similar are the patients of the study to your patient?
  • can the local health service provide the intervention/diagnostic test?
  • what are the benefits and costs?
499
Q

What do randomised control trials look at?

A

Look at new treatment, often a drug - compares to current gold standard or placebo

500
Q

How is randomisation done?

A
  • enveloped
  • computer system