Respiratory History and Examination Flashcards

1
Q

What is taking a patients history

A

This is when you talk to the patient and obtain information from them

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2
Q

What is the aim of taking a patients history

A
  • guides examination and investigations
  • makes a differential diagnosis
  • assesses the severity of the problem
  • placing the problem in the patients own context
  • initiates a management plan
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3
Q

why else do we take a history

A

Public health

  • partner notification
  • patterns of disease
  • disease legal implications

research

identify and manage sources of anxiety

biomedical model

  • make a diagnosis - differential diagnosis and assess clinical condition
  • plan examination
  • plan investigations
  • plan Treatment

illness model

  • understanding how the illness affects the patient
  • understand how the patient affects the disease
  • patients health beliefs

build a therapeutic relationship with the patient

preventative medicien

  • screening
  • risk factors
  • primary prevention
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4
Q
what does 
- PC 
- HPC 
- PMH 
- DH 
- SH 
- FH 
mean
A
  • PC - presenting complaint
  • HPC - history of presenting complaint
  • PMH - past medical history
  • DH - drug history - medications they take
  • SH - social history
  • FH - family history
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5
Q

What is the standard structure of a history

A
  • PC – Presenting complaint
  • HPC – History of Presenting Complaint
  • PMH – Past Medical History
  • DH + Allergies – Drug History - Medications they take – Not illicit drugs they use
  • SH – Social History
  • FH – Family History
  • Systems Enquiry

(Clinical) Differential Diagnosis

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6
Q

why do we used a standard structure for history

A

Ensures nothing forgotten

Standardised documentation

Standard presentation/handover

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7
Q

in what section of the history does smoking history and chest pain come up in

A

In Lung Cancer or COPD clinic Smoking History comes in HPC

Chest pain in A&E Cardiac Risk Factors come in HPC

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8
Q

if a patient has multiple interlinked comorbidities what may you wish to start with

A

For a patient with multiple interlinked comorbidities you may wish to start with “Background” before PC

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9
Q

Name the types of questions that you ask in a history

A
  • ask open questions - start with open questions to encourage the patient to tell their story in their own words
  • then as the list narrows down start to ask closed questions
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10
Q

list some examples of open questions

A

Why did you come/are you here?

Can you describe the problem?

What is it that’s worrying you?

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11
Q

List some examples of closed questions

A

Does your pain come on on exercise?

Does rest make the pain go?

How many pillows do you sleep on?

Do your legs swell?

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12
Q

what is often the presenting compliant in respiratory (PC)

A
  • pneumonia
  • PE
  • pneumothorax
  • pulmonary oedema
  • asthma
  • pulmonary fibrosis
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13
Q

List the questions to ask

A

PC – Presenting complaint
- Why did you come here today?

HPC – History of Presenting Complaint

  • when did it start
  • did it come on suddenly or build up slowly

PMH – Past Medical History

  • Has this happened before
  • Do you have any other medical conditions

DH + Allergies – Drug History - Medications they take – Not illicit drugs they use
- Are you taking any medication?
- Have you taken any previous. medication for this?
do you have any allergies

SH – Social History

FH – Family History

Systems Enquiry

(Clinical) Differential Diagnosis

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14
Q
what presents at 
- quick onset 
- slower onset 
- slowest onset 
in respiratory cases
A

Quick onset

  • PE
  • pneumothorax
  • asthma

slower onset

  • pneumonia
  • pulmonary oedema

slowest onset
- fibrosis

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15
Q

associated symptoms with

  • Chest pain
  • fever
  • wheeze
  • cough
  • pulmonary oedema
A

Chest Pain

  • PE
  • Pneumothorax

Fever

  • Pneumonia
  • Asthma

Wheeze
- Asthma

Cough

  • Pneumonia
  • Asthma

Pulmonary Oedema

  • Orthopnoea
  • Paroxysmal Nocturnal Dyspnoea
  • Swollen Ankles
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16
Q

What are the risk factors for PE

A

Immobility

Trauma/Surgery

Previous VTE

Abdominal mass

Malignancy

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17
Q

What are the risk factors for pneumothorax

A

PHx

Smoker

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18
Q

What are the risk factors for pulmonary oedema

A

Cardiac disease

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19
Q

What are the risk factors for asthma

A

Past History

Trigger

Atopic disease

family history

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20
Q

what are the risk factors for pulmonary fibrosis

A

Environmental Exposure

Connective Tissue Disease

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21
Q

What is the order of the respiratory examination

A

WIPER

  • Wash hands
  • introduction
  • position the patient
  • expose patient - chest exposed
  • retreat to the end of bed
  • Inspection
  • hands
  • arms
  • face
  • neck - cervical lymph nodes
  • Chest - observe, palpitate, percuss, ausculate
  • completing the examination
22
Q

What does WIPER stand for

A

Wash your hands

Introduce yourself

Position the patient (45 degree angle)

Expose the patient (chest exposed)

Retreat to the End of the Bed

23
Q

What are you looking for in the inspection

A

General inspection from the end of the bed

  • oxygen masks
  • nebulisers
  • inhalers
  • sputum pots
  • medications
  • stats monitor
24
Q

What does general inspection involve

A
  • Well/Unwell
  • Breathing at rest – -Comfortable/Dyspnoea

Added Sounds:

  • Cough
  • Wheeze
  • Stridor

Scars

Chest Shape

Chest Movements

  • Asymmetrical Chest Expansion
  • Accessory Muscle use
  • Sub-Costal/Inter-Costal Recession

Peripheral Oedema

Peripheral Cyanosis

25
Q

What is pectus excavatum

A

When the chest has pointed inwards

26
Q

What is pectus carinatum

A

when the chest has a point bit outwards

27
Q

What is barrel chest

A

rounded, bulging chest that resembles the shape of a barrel

- can be caused by COPD

28
Q

what are you looking for in the hands

A

Peripheral Cyanosis

Tar Stains

Clubbing – (ABCDEF)

Resting tremor - caused by beta agonist use

CO2 retention flap

29
Q

what are the causes of clubbing

A

Clubbing – (ABCDEF)

  • Asbestosis/Abscess
  • Bronchiectasis
  • Bronchial Carcinoma
  • Cystic Fibrosis
  • Decreased O2 (hypoxia)
  • Empyema
  • Fibrosis
30
Q

What do you palpate in the resp exam

A

Radial pulse

  • Rate
  • Rhythm
  • Character = Bounding = CO2 Retention

Check Respiratory Rate at same time (whilst patient distracted by pulse check)
= Normal ≈ 12-20 bpm

Temperature change 
(warm and well perfused?)
31
Q

What do you check in the arms

A
  • blood pressure
32
Q

What do you check in the face

A

Eyes

  • conjunctival pallor
  • Horner’s syndrome

Face

  • plethora
  • cushingoid facies = moon face with cushings syndrome

mouth
- central cyanosis

33
Q

What are the signs of hornets syndrome

A
  • Ptosis
  • Miosis
  • Anhidrosis
  • Possible apical ‘Pancoast’s’ Tumour
34
Q

What do you look for in the neck

A
Observe:
JVP: 
- Raised ?Cor Pulmonale
- Raised + Fixed
- ?SVC Obstruction

Obvious lymph nodes +/- discharging sinuses

Palpate:
Trachea:
- Position
- Tug

35
Q

Name the cervical lymph nodes

A
  • Preauricular
  • Posterior auricular
  • Occipital
  • Posterior cervical chain
  • Supraclavicular
  • Submandibular
  • Submental
36
Q

What are the causes of enlarged lymph nodes

A
  • Infection - TB

- malignancy

37
Q

What do you do on the chest

A

Observe

Palpate - apex, right ventricular heave, chest exemption, tactile vocal fremitus

Percuss

Auscultate
- go anterior, lateral and posterior

38
Q

where is the apex

A

most inferior lateral pointed cardiac impulse

  • 5th intercostal space
  • mid clavicular line
39
Q

what does it mean if the apex is displaced

A
  • Pleural effusion

- Pneumothorax

40
Q

Where is the right ventricular heave

A
  • ulnar border of the hand

- left sternal edge

41
Q

when do you get a right ventricular heave

A
  • right ventricular hypertrophy
42
Q

How do you assess tactile fremitus

A

saying 99

43
Q

what does a wheeze and crepitations mean

A
Wheeze = Expiratory
Crepitations = Inspiratory
44
Q

what are the breath sounds

A

vesicular - normal

bronchial

45
Q

What is the difference between vesicular and bronchial breath sounds

A

Vesicular

  • have inspiration and then expiration and then silence
  • inspiration is longer than expiration

bronchial

  • inspiration then science then expiration
  • inspiration and expiration are the same amount of time
46
Q

how do you assess sacral and peripheral oedema

A

Sacral Oedema
= Gently press lower back

Peripheral Oedema
= Gently press feet/shins

47
Q

what is the presentation of consolidation

  • trachea
  • expansion
  • percussion
  • vocal fremitus
  • breath sounds
  • vocal resonance
  • additional sounds
A
  • trachea = central
  • expansion = decrease in effected side
  • percussion = dull
  • vocal fremitus = increase in affected side
  • breath sounds = bronchial
  • vocal resonance = increase
  • additional sounds = inspiratory crackles
48
Q

what is the presentation of pleural effusion

  • trachea
  • expansion
  • percussion
  • vocal fremitus
  • breath sounds
  • vocal resonance
  • additional sounds
A
  • trachea = displaced away
  • expansion = decreased affected side
  • percussion = stony, dull over the fluid
  • vocal fremitus = no
  • breath sounds = decrease or no
  • vocal resonance = decrease
49
Q

what is the presentation of pneumothorax

  • trachea
  • expansion
  • percussion
  • vocal fremitus
  • breath sounds
  • vocal resonance
  • additional sounds
A
  • trachea = displaced away
  • expansion = decreased in affected side
  • percussion = hyperresonoance if large
  • vocal fremitus = decrease
  • breath sounds = decrease or none
  • vocal resonance = decrease
50
Q

what is the presentation of fibrosis

  • trachea
  • expansion
  • percussion
  • vocal fremitus
  • breath sounds
  • vocal resonance
  • additional sounds
A
  • trachea = displaced towards
  • expansion = decrease
  • percussion
  • vocal fremitus = increased
  • breath sounds = bronchial
  • vocal resonance = increase
  • additional sounds = fine inspiratory crackles over affected lobes
51
Q

what are bedside investigations

A

O2 Saturations

Temperature

Peak flow