Case 16- communication Flashcards

1
Q

Risk

A

The exposure to the possibility of loss, injury or other adverse or unwelcome circumstances. The chance or situation involving such possibilities

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2
Q

The challenges in communicating risk

A
  1. Data = can be hard to find right sources + depends on how the data is presented
  2. Perception of risk
  3. Understanding terms- people have different understanding of basic terms
  4. Statistics- using frequencies rather than percentages is best when communicating risk. Instead of 1% of women will get breast cancer, think of 100 women 1 will have breast cancer.
  5. Cognitive biases
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3
Q

What influences your perception of risk

A
  • Doctors influence- culture, own personality, previous experience, assumptions
  • Patients perspective- culture, personality, personal experiences, social networks, media reporting, fear of a particular disease, false trust in technology, avoidance of regret (test freely available so don’t want to miss the opportunity).
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4
Q

Problems with communicating about risk- understanding terms

A

Clinicians can use qualitive expressions of possibility like ‘common’ and ‘rare’ quite loosely, best to change them into figures

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5
Q

Cognitive bias

A
  • Anchoring effect- people may anchor onto the first bit of information they hear when making decisions.
  • Availability bias- people judge the event as more likely or probable if its easily bought to mind
  • Optimism bias- it wont happen to me
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6
Q

Talking about risk- mico skills of an explanation

A

Important to use the micro-skills of giving an explanation when talking about risk:
• Assess patient’s starting point – what do they know already about possible bad outcomes and the probability something will occur.
• Signpost to discussing risk further
• Chunk and check
• Give information with permission – how much does the patient want to know
• Avoid jargon
• Use visual methods to convey information
• Check understanding at end

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7
Q

Talking about risk- the effect of framing

A

Positive framing would be saying how many people are likely to survive, negative framing would be saying how many people are likely to die. Interventions tend too be more persuasive with positive framing i.e. 92 out of 100 patients having this procedure had a good recovery. Screening messages tend to be more effective with a loss message i.e. not having a mammogram increases your risk of dying from cancer

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8
Q

Communicating about risk- use of geographical presentations

A

Palin chart- display a picture of 100 people, colour in the one who will get the disease. Good for showing statistics, it ditches the illusion of certainty

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9
Q

Communicating about risk- use of patient decision aids

A

Can take up a lot of paper and be quite expensive if you print them out. Aids the patient in shared decision making
Making it personal to the patient- i.e. using the QRISK calculator to measure hance of heart attack or stroke.

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10
Q

The key techniques in communicating risk

A
  1. Use natural frequencies rather than percentages (e.g. 3 out of 10 rather than 30%)
  2. Frame information appropriately
  3. Use absolute risk rather than relative risk
  4. Use decision aids
  5. Make it personal to the patient
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11
Q

Importance of undersatnding risk

A

1) Helps with shared descision making and identifying patient preference
2) Patients choosing surgery who are at high risk of dying (predicted 30 day mortality >1%) should be identified by age, type of surgery and additional medical conditions.
3) Important to not just talk about the risk but discuss what the risk means to the individual in front of them.

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12
Q

The core shared descision making skills

A
  • Choice talk- introduce the idea of choice, patients often don’t realise they have a choice. Explore, ‘what is important to you.’
  • Options talk- detailed risk and benefit of each option, check understanding. Introduce support/decision aids if it helps
  • Preference / Decision talk- summarise and check preferred next step, move to making a decision.
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13
Q

Benefits of having a patient who is better informed/engaged

A
They are:
• More knowledgeable
• More likely to adhere to treatment
• Have reduced decision conflict
• Have better outcomes
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14
Q

The role of health practitioner teams in notifiable disease monitoring and control

A

Local Health Protection Teams lead public health England’s response to all health related incidents.

  1. They provide specialist support to prevent and reduce the impact of:
    - Infectious diseases
    - Chemical and radiation hazards
    - Major emergencies
  2. HPTs can help with:
    - Local disease surveillance
    - Maintaining alert systems
    - Investigating and managing health protection incidents and outbreaks
    - Implementing and monitoring national action plans for infectious diseases at local level
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15
Q

Notifiable disease

A

A disease that must be reported to public health authorities at the time it is diagnosed because it is potentially dangerous to human or animal health

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16
Q

Examples of UK notifiable diseases

A

Cholera, Diptheria, Plague, Mumps, Rubella, Whooping cough, Rabies etc (32 in total)
There is also a lot of notifiable organisms

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17
Q

The process of reporting notifiable infectious diseases

A

1) Complete a notification form immediately on diagnosis

2) Pass the notification to PHE within 3 days of a case being notified or 24 hours for urgent cases

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18
Q

When should you report a notifiable disease

A

When there is a suspected case of a notifiable disease. You don’t need to wait for a laboratory confirmation

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19
Q

Why it is important to record notifiable diseases

A
  • It initiates a response by Public health England
  • Tracing of the source of the disease and the prevention of spread to others
  • Disease monitoring so that outbreaks can be detected early and acted upon
  • Incidence of disease can be monitored to assess its abundance and to assess the effect of public health interventions, such as vaccination programmes
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20
Q

Prevention and control of viral diseases

A
  • Vaccination
  • Quarantine / isolation of infectious individuals when identified
  • Hygiene and sanitation
  • Vector control for arboviruses at source
  • Insect repellents
  • Lifestyle changes (for example STI)
  • Post-exposure prophylaxis (Rabies / HIV)
  • Pre-exposure prophylaxis (i.e. pREP HIV)
  • Immunoglobulin treatment
    Contact tracing- i.e. NHS track and trace
21
Q

Contact tracing priorities

A

Immunosuppressed individuals, pregnant women and infants. If its measles you can have the MMR vaccine within 72 hours (limited effectiveness).

22
Q

How many people in the UK have hearing loss

A

About 11 million

23
Q

26-40dB hearing loss

A

Slight/mild- A child may have trouble hearing soft speech, speech from a distance or speech against a background of noise

24
Q

41 to 60dB hearing loss

A

Moderate- a child with this level of hearing loss will have difficulty hearing regular speech, even at a close distance

25
Q

61-80db hearing loss

A

Severe- a child with this level of hearing loss may only hear very loud speech or sounds in the environment, such as a fire truck siren or a door slamming. Most conversational speech is not heard

26
Q

Over 81dB hearing loss

A

A child with this level of hearing loss may perceive lound sounds as vibrations

27
Q

People with hearing loss use different strategies depending on the severity

A
  • Mild- particular difficulty with speech in noisy environments or from a distance
  • Moderate- may need to use a hearing aid to pick up speech
  • Severe- may use lip reading as well as hearing aids
  • Profound- may use a cochlear implant or hearing aids, as well as lip reading or speech reading or cued speech and sometimes BSL or finger spelling
28
Q

Communicating with someone with a hearing loss (planning)

A
  • Find somewhere quiet to talk, away from distractions - rooms with carpets, curtains and soft furnishings may help absorb external noise
  • Make sure there is good light and keep the light on your face
  • Remember to approach the person from the front
  • Find out the person’s preferred method of communication in advance
  • Do not assume that an accompanying friend or family member can act as an interpreter
29
Q

Communication tips for people with hearing loss (the consultation)

A
  • Gain the patients attention from the outset by using their name or a smile
  • Make sure the subject of the conversation is clear
  • Face the patient directly
  • Natural facial expressions and hand gestures
  • Speak clearly but not too fast, do not shout or over-enunciate
  • Make sure the mouth is clearly visible
  • Be prepared to repeat- rephrase or use mime/gestures if needed
  • Give the patient time to process- ask the patient to repeat certain details to check understanding
30
Q

Resources to help with impaired hearing in the UK

A
  • BSL interpreters
  • Lip speaking- a person trained to repeat the speaker’s message to lip readers accurately without using their voice
  • Video relay interpreters- using web cameras or videophones to provide sign language interpreting services
  • Text to speech apps
  • Induction loops- one or more physical loops of cable which are placed around a designated area, usually a room or building
31
Q

Difficulties when communicating with a face mask

A
  • Inability to engage in usual nonverbal social behaviours such as social cues
  • Difficulty hearing what the patient or clinician is saying due to reduced speech clarity
  • Loss of lip reading and visual cues
  • Increased sense of distraction and disconnect meaning rapport may be more difficult to build
32
Q

Communication tips when using a facemask

A
  • Ensure your name badge is visible and easy to read
  • Acknowledge the difficulties of communicating with a facemask
  • Look directly at the patient and maintain good eye contact
  • Slow down and provide information in chunks
  • Check back with the patient to see if they understand
33
Q

Possible cues to hearing impairement

A
  • The person points to their ear
  • Complains that you’re not loud enough, strains to hear
  • Has strong eye contract or focus on your lips
  • Hearing dog, red and white stick or visible hearing aid
  • Uses Sign Language
  • Does not react to noises
  • Speaks very loud
  • Asks you to repeat a few times
  • Gives some inappropriate replies
34
Q

The types of hearing loss investigations

A
  • Crude hearing
  • Otoscopy
  • Tuning fork test= Rinne’s and Webers
  • Pure tone audiometry- done in secondary care
35
Q

Otoscopy

A
  • Place an Otoscope within the external ear canal to look at the Tympanic membrane
  • Should see the cone of light and the handle of the malleolus
  • Otitis externa infection- ear canal is red and inflamed, lots of pus
  • Otitis media- fluid behind the tympanic membrane, causes air bubbles to press up against the membrane
36
Q

Rinne’s test method

A
  • Use a 512Hz tuning fork
  • Knock the tuning fork so it starts vibrating
  • Place the bottom end of the tuning fork on the mastoid process + in front of the external auditory canal, ask the patient if they can hear it. If they say yes move the tuning fork so the vibrating end is in front of the ear. Ask if hearing is better in front of the ear or behind the ear, in a normal test the patient hears it better in front of the ear
  • Compares bone and air conduction
37
Q

Rinne’s test results

A
  • In front of the ear tests air conduction, behind the ear tests bone conduction
  • Normal (+ve): AC > BC (air conduction, bone conduction)
  • Negative Rinne’s: BC > AC
  • If normal test you either have a normal ear or a sensorineural deficit
  • In an abnormal / negative test it’s a conductive defecit
37
Q

Rinne’s test results

A
  • In front of the ear tests air conduction, behind the ear tests bone conduction
  • Normal (+ve): AC > BC (air conduction, bone conduction)
  • Negative Rinne’s: BC > AC
  • If normal test you either have a normal ear or a sensorineural deficit
  • In an abnormal / negative test it’s a conductive defecit
38
Q

Point of Rinne’s test

A

Assesses whether air conduction or bone conduction is better. Air condition assesses conduction and sensorineural, bone conduction bypasses conductive areas and only assesses sensorineural.

39
Q

Weber’s test

A
  • Use a 512Hz tuning fork on the vertex of the skull, use the end (flat part) after you hit it to get it to vibrate
  • Compares bone conduction between ears
  • Normal = equal on both sides
  • If sensorineural deficit- sounds will be loudest in the good ear
  • If conductive deficit- sounds will be loudest in the bad ear
40
Q

Why do you need to use bother Webber and Rinne’s tests

A

Start with Rinne’s to see if there is conductive deafness, we then use Weber’s which will show which ear is affected. If Rinne’s is normal but Weber’s goes towards one ear then we know there is a sensorineural deficit going on. However, if Rinne’s is normal and Weber’s test does not localise to any ear then we know there is no abnormality.

41
Q

Describing the results of Weber’s test in both sensorineural and conductive hearing loss

A
  • SNHL (sensorineural hearing loss): lateralises to unaffected ear, dominant cochlea
  • CHL (conductive hearing loss): lateralises to affects, the sound cannot leak via the ossicular chain
42
Q

Results of both Rinne’s and Weber’s test

A

Normal- AC > BC (Rinne’s), lateralises to both ears equally (Weber’s)
Conductive loss- BC > AC (Rinne’s), lateralises to bad ear (Weber’s)
Sensorineural loss- AC > BC (Rinne’s), lateralises to good ear (Weber’s)

43
Q

Describe pure tone audiometry

A
  1. Tests air conduction by playing tunes into ear through headphones
  2. Tests bone conduction through oscillator on mastoid
  3. Produces audiogram detailing hearing at different frequencies. Audiogram has frequency on the X axis and loudness on the Y axis
  4. Done in a soundproof room
    5) Both air conduction and bone conduction as well as the left and right ear
44
Q

Pure tone audiometry- conductive and sensorineural defecit

A

1) A gap of >10dB signifies conductive deficit, the gap is called the AB gap (between air conduction and bone conduction). The graph usually plateaux’s. A conductive deficit will rarely be below 60 dB.
2) In a sensorineural deficit there is no AB gap. The graph usually follows a steady decline as the frequency increases. Can easily dip below the 60dB line.

45
Q

Presbycusis

A

Age related loss of hearing. Tends to be Sensorineural in nature, there is age related loss of hair cells and a cumulative toll of loud noise damage to hair cells, affects higher frequencies first. Tends to affect the hair cells at the start of the organ of corti which are related to higher frequencies

46
Q

Conductive hearing loss

A

Any loss in hearing originating from the outer or middle ear. Air conduction may be interrupted in the outer ear and bony conduction may be interrupted in the middle ear. Causes:
• Air conduction may be interrupted in the outer ear- anatomical abnormalities (malformed ear), foreign bodies (wax), tumours, infection (pus)
• Bony conduction may be interrupted in the middle ear- fluid (infection), perforated tympanic membrane, Osicular dislocation / mallocation (Otosclerosis), infection, tumours

47
Q

Sensorineural hearing loss

A

Any loss caused by problems originating from the inner ear. This where neurones and nerves are introduced. Caused by anything that causes breakdown in the translation of kinetic energy to electrical activity. Causes
• Hair cells become damaged / missing- due to loud noises, aging, head trauma, viruses / disease, autoimmune inner ear disease, heredity
• Malformation of the inner ear
• Tumours i.e. Schwann tumours of the Cochlear nerve
• Meniere’s disease