Made for placement. Built for confidence.
From theory to practice.
Practical resources, realistic patient scenarios and clear UK-focused learning for student nurses.
- Created by a UK student nurse
- Evidence-informed
- Instant digital access
Explore Bleepbook
PRACTISE
Realistic patient scenarios
Work through clinical situations and build confidence.
Explore scenarios →
LEARN
Clear UK-focused learning
Explore clinical theory, student life, law and ethics.
Start learning →
FREEBIE VAULT
A little help, for free
Useful downloads for placement and study.
Browse free resources →
INTERACTIVE LEARNING
Interactive Learning
Practise clinical skills, make your own observations and learn from the feedback.
Explore interactive skills →← Back to Bleepbook
YOUR LITTLE CORNER TO UNWIND
Decompression Room
A crossword, some colouring or a good mystery. Choose whatever takes your fancy and enjoy a bit of time to yourself.
Explore the puzzles24 games Plenty to choose from Take your time
THE FULL COLLECTION
Browse the puzzles
WORD SEARCHES
One more word…
From garden birds to a good book. Choose from twelve themes, with three word sets in each and different grid sizes.
Open word searches →MATCHING GAMES
Where was the other one?
Up to forty-eight cards drawn from detailed scenes. Eight collections, including jewellery, seaside treasures, butterflies and minerals.
Find the pairs →PICTURE PUZZLES
Piece it together
Eight scenes, from a lochside castle to Venetian waterways and a mountain village. Choose a picture and swap the tiles, with up to one hundred pieces.
Choose a picture →SPOT THE DIFFERENCE
Look a little closer
Eight pairs of detailed pictures. Find six changes in each, with both pictures side by side.
Have a look →HIDDEN OBJECTS
There it is…
Eight scenes, with easy, medium and hard searches. Choose how much you want to look for.
Find the objects →UNTANGLE
A few loose ends
Move the dots until the lines no longer cross. Choose twelve, sixteen or twenty dots, with a new tangle each time.
Untangle the lines →PATTERN PUZZLES
A quarter turn
Rebuild a scene from distinct pieces. Every board is mixed up, and the pieces need both moving and turning.
Turn the tiles →CROSSWORDS
A word or two
Eight crosswords with sixteen clues each, from literature and art to architecture and the night sky.
Choose a crossword →COLOURING CORNER
Which colour next?
Choose easy, medium or detailed colouring, with wildlife, people, countryside and botanical anatomy.
Choose a drawing →Leave a puzzle whenever you like. It’ll be here when you fancy another go.
← Back to Bleepbook
Interactive Learning
Practise clinical skills and patient assessments through interactive activities.
START HERE
Choose an activity
Choose a category below, then open the activity you want to try.
AVAILABLE NOW · MEASUREMENT & CLINICAL REASONING
Fluid Balance & Urine Output
Use the scales, tare a container, weigh a wet pad and read a measuring jug. Record actual intake and output, avoid duplicate samples and interpret the chart alongside patient weight and clinical findings.
Start fluid balance practice
AVAILABLE NOW · CLINICAL ASSESSMENT
Pain Assessment
Talk to four patients, explore symptoms and function, choose an appropriate assessment tool and return after the care plan to see what has changed. Includes supported communication and observational assessment.
Start pain assessment
AVAILABLE NOW · CLINICAL OBSERVATIONS
Respiratory Rate Assessment
Watch the patient breathing and count for a full minute. Record the rate and decide whether it is raised, reduced or within the usual adult resting range. Afterwards, compare your count and read what could explain the breathing pattern.
Start respiratory assessment
AVAILABLE NOW · CLINICAL OBSERVATIONS
Pulse Assessment
Count the pulse and decide whether it is regular or irregular. Then consider the patient’s symptoms and history: would this rate concern you, and what would you check next?
Start pulse assessment
AVAILABLE NOW · CLINICAL OBSERVATIONS
Blood Pressure Assessment
Practise automated and manual blood pressure measurement, including cuff choice, positioning and listening for Korotkoff sounds. In the patient examples, decide how to check an unexpected reading and when to ask for help.
Start blood pressure assessment
AVAILABLE NOW · CLINICAL OBSERVATIONS
SpO₂ Assessment
Check the oximeter signal and compare the reading with the patient’s oxygen target, breathing and symptoms. Try examples where a poor signal or an increasing oxygen requirement changes how you interpret the result.
Start oxygen saturation assessment
AVAILABLE NOW · CLINICAL OBSERVATIONS
Temperature Assessment
Read how the body controls temperature, then practise using different thermometers. The patient examples ask you to consider the measurement site, recent readings and symptoms before deciding what to do next.
Open Temperature Assessment
AVAILABLE NOW · CLINICAL OBSERVATIONS
Capillary Blood Glucose Assessment
Practise preparing a glucose meter, recognise contaminated and inadequate samples, then interpret readings from eight patients with different symptoms and treatment needs.
Open blood glucose assessment
AVAILABLE NOW · NEUROLOGICAL OBSERVATIONS
Consciousness & Neurological Assessment
Recognise a change in responsiveness, examine a patient's eye, verbal and motor responses, then work through eight clinical scenarios using ACVPU, GCS and reassessment.
Open neurological assessment
AVAILABLE NOW · CLINICAL JUDGEMENT
Recognising Deterioration
Read the handover and assess the patient using ABCDE. Calculate NEWS2, decide who you need to contact and practise what you would say in an SBAR call. As new findings appear, review whether the patient is improving or needs further help.
Start recognising deterioration
Module 01 · Adult nursing
Respiratory rate assessment
How does a breath begin, and what should you be looking for when you take a respiratory rate? Follow the movement of the chest, practise counting and then assess a patient without being shown their rate.
Respiratory anatomyOne-minute observationClinical interpretation
What would you like to practise?
Begin with breathing physiology, watch a complete breath, or try taking a respiratory rate yourself.
01 · UNDERSTAND
Understanding breathing
Look at the patient before the timer starts. Learn what changes the breathing rate and why.
Learn → 02 · WATCH THE BREATHCounting a complete breath
Watch the lungs and diaphragm, follow inspiration and expiration, and practise recognising one full cycle.
Practise → 03 · TAKE AN OBSERVATIONPatient practice
Count a patient's breathing for a full minute, check your count and decide what the rate means.
Patient scenarios →01 / Understand
Start by watching the patient
A change in respiratory rate may be one of the first signs that a patient is becoming unwell. Start by looking at the patient: whether the breaths are regular, how deeply the chest moves and how much effort each breath seems to take. That is what gives the count its clinical meaning.
At the bedsideSpend a moment watching before you reach for the timer. Is the chest rising evenly? Are the breaths shallow? Does the patient seem to be working harder than usual, perhaps using their neck or shoulder muscles? If they are speaking, notice whether they can finish a sentence comfortably. These small details can tell you a great deal.
Why the rate can change
Breathing continues without us having to think about it because respiratory centres in the brainstem regulate it throughout the day. They respond especially to changes in carbon dioxide and blood acidity, with low oxygen levels also influencing the drive to breathe. The body can adjust both the rate and depth of breathing as its needs change.
This helps explain why respiratory rate matters in illness. Pain, fever or metabolic acidosis may increase breathing, while opioids and other sedating medicines may reduce respiratory drive. An unusual rate is a finding to investigate, rather than a diagnosis on its own.
02 / Watch the cycle
What counts as one complete breath?
During inspiration, air moves into the lungs and the chest rises. During expiration, air moves out and the chest returns towards its resting position. Count that whole rise and fall as one breath, rather than counting each movement separately.
Inspiration
The lungs expand and the diaphragm descends.
Clinical practiceFirst find the patient’s natural breathing rhythm. Then follow each rise and fall all the way through before you count it. You will get a more reliable result by following what you see rather than trying to predict the next breath.
Taking a respiratory rate on placement
Introduce yourself, explain that you are taking observations and obtain consent as appropriate. Once the patient is settled, observe the chest or abdomen without asking them to change their breathing. People sometimes alter their rhythm when they become aware of it, so a quiet, natural observation is useful. Count complete breaths for a full 60 seconds, particularly when the pattern is irregular.
Document the rate in breaths per minute, together with any relevant changes in rhythm, depth or effort. Compare it with earlier observations, report concerns and follow your local escalation policy. A reading becomes much more useful when the next nurse can see not only the number, but what you observed at the bedside.
03 / Practise
Now assess the patient
You will not be told the respiratory rate beforehand. Watch the patient for one minute, count each complete breath and then decide whether the rate is within the usual adult resting range, higher or lower. The patient and counting button stay together on your screen while you work.
Want another attempt? You can start a new breathing pattern whenever you like, even partway through the minute.
04 / After the observation
Review the observations
Once you have a count, consider what might be happening to the patient. A raised rate can accompany pain, infection or hypoxaemia; a reduced rate may raise questions about respiratory drive, especially if the patient is drowsy or taking sedating medicines. Neither number gives you a diagnosis. Bring the rate together with breathing effort, oxygen saturation, consciousness and any change from their usual observations. If the patient appears acutely unwell, call for appropriate help and begin an ABCDE assessment within your competence.
Compare with earlier observations
Imagine a patient's respiratory rate was 16 breaths/minute earlier in the shift and is now 24. That change deserves attention, even if the patient is still talking comfortably. Twenty-four is above the expected adult resting range and contributes two points to the respiratory part of NEWS2. You would repeat and review observations as appropriate, assess the patient and escalate concerns according to the clinical picture and local policy.
MODULE 02 · ADULT NURSING
Pulse assessment
Find the radial artery and practise recognising a complete pulse wave. Then count patients’ pulses and compare regular and irregular rhythms.
Radial pulseOne-minute observationRate and rhythm
What would you like to practise?
Start with the radial artery, watch a guided demonstration, or try a full-minute pulse assessment.
01 · UNDERSTAND
Understanding the radial pulse
Find out what your fingers are feeling and how pulse rate, rhythm and volume relate to the circulation.
Learn → 02 · WATCH AND LEARNFeeling and counting a pulse
Follow six steady pulse waves and learn how to count one beat without losing your place.
Practise → 03 · ASSESS A PATIENTPatient practice
Count an unknown rate for a full minute, decide whether the rhythm is regular and work through the clinical response.
Patient scenarios →01 / Understand
What you feel at the radial artery
Each time the left ventricle ejects blood into the circulation, a pressure wave travels through the arteries. At the wrist, you can feel that wave where the radial artery is close enough to the surface to palpate. You are feeling an arterial pulse wave, rather than the heart contracting beneath your fingers.
As you assess the pulse, consider its rate (the number of palpable beats per minute), rhythm (how evenly spaced the beats are) and strength or volume (how readily you can feel the pulse). This simulation teaches rate and rhythm. In person, strength and the patient's wider circulation matter too.
02 / Connect the findings
Rate and rhythm tell different stories
For many adults at rest, 60–100 beats per minute is a useful reference range. Fewer than 60 beats/minute is called bradycardia and more than 100 tachycardia, but the number does not tell you its cause. A fit athlete may have a naturally slow resting pulse. Pain, fever, dehydration, anxiety and acute illness may raise the rate; medicines such as beta blockers may lower it. Consider symptoms, earlier readings and the other observations.
A regular pulse
The beats occur at reasonably even intervals. That requires you to notice the spaces between beats, not just the total.
An irregular pulse
The intervals vary noticeably. This may raise suspicion of an arrhythmia, but an irregular pulse does not diagnose atrial fibrillation. NICE recommends a 12-lead ECG when AF is suspected because an irregular pulse is detected. To understand how this is investigated, continue with Bleepbook's 12-lead ECG guide.
For an irregular pulse, count for the full minute and document the irregularity. In some arrhythmias, not every cardiac contraction produces a palpable peripheral pulse; a palpated rate may therefore differ from the heart's electrical rate. The findings may therefore warrant an ECG and further assessment, alongside the patient's symptoms and other observations.
03 / Guided demonstration
How do you count a radial pulse?
At the bedside, the fingers rest gently on the wrist while you feel each arterial pressure wave beneath them. The pulse is not normally visible. Here, a subtle movement in the photograph makes that otherwise invisible sensation easier to practise. Each rise and return to rest represents one palpable beat, not two separate beats. In person, you keep your fingers in place rather than deliberately pressing in time with the pulse.
Visual teaching cue · one rise and settle = one pulseFOLLOW SIX STEADY PULSES
0 of 6Ready to watch
Watch six evenly spaced pulse waves at 72 beats per minute. The count advances once for each complete movement; the assessment uses the same cue without revealing the number of beats.
Once you've seen the steady rhythm, try counting along yourself. The irregular rhythms in this exercise are simplified, countable teaching patterns. They help you notice changing gaps between individual beats; they are not recordings of a specific arrhythmia.
04 / Practise
Put your fingers on the pulse
Assess a patient from 12 clinical cases. Count for a full minute, record the rate and rhythm, then review the findings alongside their symptoms and history.
The cases include slow, fast, regular and irregular pulses. You can repeat the assessment with another patient after reviewing the feedback.
05 / After the observation
From a measurement to an assessment
Document the palpated rate in beats per minute, whether the rhythm is regular or irregular and any relevant observations about pulse strength. Consider blood pressure, capillary refill, skin temperature, symptoms, level of consciousness and change from baseline. A newly irregular pulse or an unexpectedly high or low rate merits further assessment; chest pain, collapse, breathlessness or signs of shock call for urgent assessment and escalation.
Consider the trend
A rise from 78 to 116 beats/minute during a shift may be more informative than a single isolated reading. Assess the patient rather than treating the number as a diagnosis. A numerically normal rate also does not rule out a concerning rhythm or new symptoms.
Connect this skill with the wider patient picture in ABCDE Assessment for Student Nurses.
This activity is a teaching simulation rather than a way to measure a real patient's pulse. In placement, use your organisation's observation and escalation guidance alongside supervision and clinical judgement.
BLEEPBOOK / Pulse assessment
ONE MINUTE · YOUR OBSERVATION
Feel the radial pulse
The fingertip movement is a visual cue for a pulse wave, not a technique to copy on a patient. Count one complete rise and settle as one beat, and tap once for each new wave. You can practise with the six-beat demonstration in the lesson first.
Simulated pulse cue · radial artery
Take a moment to get ready
Watch the wrist and get your finger into position. The full minute starts only after you choose to begin and the countdown ends.
5
Time remaining01:00
Your count0
One complete rise and settle represents one pulse wave. Tap once for each new wave.
Sound is optional. If enabled, a soft tone follows the timing of the simulated pulse waves.
Interpret what you found
Use the confirmed rate for the first question. For the second, remember whether the intervals between pulses felt even or irregular: the rhythm has not yet been revealed.
What would you do next?
You can restart this reading, or choose to try a different patient after reviewing your findings.
INTERACTIVE SKILL 03
Blood Pressure Assessment
On placement, you may be handed an automatic cuff or asked to take a manual blood pressure. The methods aren't the same. We'll look at how each works, then practise with patients whose readings tell different stories.
Manual and automated BPPractical nursing
What would you like to practise?
You can come back to each part separately. The patient cases don't start until you're ready for them.
01 · THE EQUIPMENT
Automated blood pressure
Prepare the patient and cuff, take a reading and check whether it needs repeating.
Learn automated BP → 02 · THE TECHNIQUEManual blood pressure
Learn what you're listening for and try the Korotkoff sounds with six different readings.
Practise manual BP → 03 · CLINICAL PRACTICEPatient scenarios
Meet one patient at a time, choose how to take the reading, and explain what you'd do next.
Patient scenarios →Before you press start. Systolic pressure is the arterial pressure during ventricular contraction; diastolic pressure is the pressure during relaxation. A measurement is an estimate of pressure at one moment, not a diagnosis on its own. Cuff size, arm support, movement, symptoms and the previous readings change what you can confidently conclude.
For a routine resting clinic measurement, NICE recommends a quiet, relaxed setting, a supported arm and an appropriate cuff. If the pulse is irregular, NICE advises manual auscultation because automated devices may be inaccurate. If someone is acutely unwell, assessment and escalation take priority over completing ideal routine conditions. NICE NG136
LEARN THE SKILL · BEFORE YOU MEET A PATIENT
Taking a blood pressure properly
Your practice supervisor has handed you a cuff and stethoscope. Before you start, find the brachial artery, check the cuff and understand what you're listening for. Then have a go with the simulated manometer.
Lesson 1 of 6
What are we measuring?
Think at the bedside
PRACTICAL STATION · AUTOMATED BLOOD PRESSURE
Take an automated blood pressure reading
Position the cuff and complete the preparation checks. Start the simulated monitor, watch the measurement and record the result.
01 · PLACE THE CUFF
Find the upper arm and brachial artery
Move the cuff along the upper arm. The bottom edge should sit about 2–3 cm above the elbow crease, with the artery marker aligned.
Tap the lower edge of the cuff nearest the elbow. This helps you recognise its position before measuring. In practice, check the cuff marker and use its manufacturer's fitting instructions.
Tap the photograph to identify the cuff's lower edge.
Select a suitable cuff for this patient's arm
Illustrative sizing bands only; always follow the cuff manufacturer's arm-circumference guidance.
02 · PREPARE THE PATIENT
Check the conditions
Support the armArm hanging below heart level
Allow the patient to settleNot yet prepared for a routine measurement
Palpate the radial pulseRhythm not yet checked
Start by fitting and positioning the cuff. All controls can be used with a keyboard or touchscreen.
BLEEPBOOK · SIMULATED UPPER-ARM MONITOR
SYS—
DIA—
PULSE—
Ready when the patient is prepared
CUFF PRESSURE0mmHg
03 · FOLLOW THE MEASUREMENT
The monitor is ready
When the cuff is positioned and the patient is ready, press Start to run an animated inflation and deflation cycle.
/mmHg
AUTOMATED BLOOD PRESSURE · WHAT THE MACHINE DOES
Follow the cuff through a measurement
You will often meet an automated upper-arm monitor before you learn manual auscultation. Both use a cuff, but they do not detect blood pressure in the same way. Watch the four parts of an oscillometric measurement and think about what could make the result unreliable.
SIMULATED UPPER-ARM MONITOR
— / —
Waiting for a measurement1 / 4
First, check the patient and cuff
PATIENT 1 OF 6
Interpret an automated reading
What would you do with this result?
What this patient teaches you
The numbers are deliberately fictional to illustrate technique. If someone is acutely unwell, do not delay escalation to obtain an ideal routine measurement. A clinician should interpret repeated readings and follow the appropriate local pathway.
MANUAL BLOOD PRESSURE · LEARN WHAT YOU ARE LISTENING FOR
Listen for the Korotkoff sounds
Your supervisor has shown you where to place the stethoscope over the brachial artery and helped you estimate the systolic pressure by palpation. You inflate the cuff above that estimate, then release the valve steadily. At first you hear nothing. The first repeated tapping tells you where systolic pressure is, and the eventual disappearance of the sounds gives the usual adult diastolic reading. Press Start test to release the simulated cuff pressure and listen. Every patient has different pressures. Listen for this patient’s first tap and where the sounds disappear. Use Stop test if you want to pause. Mark the two pressures as you hear them.
BEFORE YOU AUSCULTATE · HANDS-ON PREPARATION
Position your stethoscope
Your supervisor has helped you palpate the brachial pulse and estimate a systolic pressure. The cuff should be the appropriate size, with its lower edge approximately 2–3 cm above the elbow crease. Now move the stethoscope diaphragm towards the brachial artery in the elbow crease; do not place it beneath the cuff.
Find the space just beyond the lower cuff edge. During a real manual assessment, palpate the brachial artery in the antecubital fossa and place the stethoscope diaphragm over it, without trapping it under the cuff. The photograph illustrates cuff placement; it is not a substitute for supervised palpation.
Tap the photograph near the elbow crease to identify where you would palpate before positioning the diaphragm.
Find the brachial artery, then place the diaphragm just below the cuff.
CUFF PRESSURE190mmHg
Systolic: not markedDiastolic: not marked
Start the test to deflate at 2 mmHg per second, or move the slider manually when the test is stopped.
Press Start test to hear the sounds as the cuff pressure falls.
Silent · cuff above systolic
Once you have marked both pressures, check your reading for the patient-specific explanation. You can repeat the same measurement whenever you need more practice.
THE BEDSIDE MEANING
The tapping is a synthesised teaching approximation of Korotkoff sounds, not a recording from a real person. In practice, deflate at approximately 2–3 mmHg per second, listen carefully, and record to the nearest 2 mmHg using the manometer scale. A supervised bedside session is essential before undertaking manual measurements independently.
What if you hear nothing?
Check that the cuff is fitted correctly, your stethoscope is over the brachial artery rather than under the cuff, and that you have not missed the systolic pressure by inflating too little or releasing air too quickly. Deflate completely before repeating. Palpating first helps avoid missing a systolic pressure because of an auscultatory gap. If the sounds are unclear or the reading does not fit the patient's condition, ask your supervising nurse to reassess with you.
PATIENT PRACTICE
A routine observation
Press Meet a patient to begin.
Meet a patient, choose your measurement method, take their blood pressure and decide what it means.
02 / Prepare to measure
Set up the measurement
Before taking the reading, consider the patient. Choose a cuff that fits, position them safely and decide whether you need a manual or automated measurement.
Choose one option from each group.
03 / Obtain the reading
Watch the simulated measurement
BLEEPBOOK · NIBPSIMULATION
—/—
mmHg
WaitingPulse check required
What you would do at the bedside
Keep an eye on the patient while the reading is taken. It is not a substitute for assessment of their symptoms and circulation.
Teaching simulation only. this does not measure a real person's blood pressure.
04 / Think about the number
How would you respond?
05 / Reassess and explain
What changed?
From your practice assessor
PART 3 · HANDS-ON PATIENT PRACTICE
Take the blood pressure yourself
You will meet different adult patients and use either a manual cuff or an automated monitor. The next patient and method are shuffled. Finish the measurement, record what you observed and then talk through the clinical meaning.
PATIENT 1 OF 10Manual and automated practice
AUTOMATIC CUFFTHE HANDOVER
Meet your patient
Earlier observations
01 · PREPARE THE MEASUREMENT
Get the equipment ready
Prepare your equipment and patient to begin.
02 · TAKE THE READING
Measure and listen
SIMULATED CUFF
MANOMETER · mmHg—
Watch the cuff pressure and listen for the first repeated tapping and its disappearance.
SYS—
DIA—
PR—
Waiting for Start
Ready to begin
Listen to the Korotkoff sounds. You will hear synthetic pulse-timed taps as the cuff deflates. The displayed pressure is not a hint: mark the number you see when the first repetitive tapping begins and when sounds disappear.
Systolic:. · Diastolic: —
Uses a synthesised learning sound, not a recording from a real patient. Standard deflation is simulated at approximately 2–3 mmHg per second; choose a quiet environment or headphones.
Start the monitor and observe the inflation and deflation cycle. The monitor estimates the blood pressure from cuff oscillations; it does not listen for Korotkoff sounds.
The result is fictional and will only appear once the simulated cycle finishes.
03 · DOCUMENT WHAT YOU MEASURED
What blood pressure did you obtain?
Enter the systolic and diastolic pressures. In manual cases, use your sound marks rather than a supplied answer.
/
04 · PRACTICE ASSESSOR'S EXPLANATION
Clinical references: NICE NG136 and the British and Irish Hypertension Society manual BP guidance. The patients, readings and auscultation sounds are fictional. Supervised clinical assessment and local escalation policy take precedence.
What should go in the notes?
Record the actual systolic and diastolic pressures in mmHg, arm and position when relevant, whether the pulse was irregular or manual technique used, symptoms, changes from previous readings, and who you informed. A single reading cannot establish a diagnosis of hypertension; follow the appropriate clinical pathway.
This is a fictional adult teaching activity. Follow local policy, clinical supervision, the person's condition and your scope of practice.
INTERACTIVE SKILL 04
SpO₂ Assessment
You will use a pulse oximeter on nearly every placement. Learn what the probe measures, practise checking the signal, then work through readings from patients whose breathing and oxygen needs are different.
Clinical observationsAdult nursing
What would you like to practise?
There are three parts. Open the one you need without scrolling through the entire lesson.
01 · UNDERSTAND THE EQUIPMENT
How pulse oximetry works
Follow the light signal through the finger, then learn what the percentage can tell you.
Open the lesson → 02 · CHECK THE TECHNIQUEProbe and signal practice
Correct sampling problems, run a pulse oximeter and watch the waveform settle.
Practise the measurement → 03 · CLINICAL PRACTICEPatient scenarios
Take ten actual simulated readings, record the observations and learn what they mean for each patient.
Patient scenarios →THE READING AND THE SENSOR
How the oximeter measures saturation
The probe is easy to put on. Understanding how it produces a reading takes a little more thought. Follow the measurement from haemoglobin in the blood to the number on the monitor.
Teaching point 1 of 5
Further reading: British Thoracic Society oxygen guidance and MHRA pulse-oximeter guidance.
PART 2 · PRACTICAL OXIMETRY
Position the probe and check the signal
Choose the probe, address the sampling problem and compare the displayed pulse with the radial pulse. Wait for a stable signal before recording the reading.
Finger probe · clinical photograph
Probe fit and position
BLEEPBOOK · PULSE OXIMETER SIMULATION
SpO₂—%
PR—/min
Ready to measure
FOLLOW THE SIGNAL
What appears on the monitor?
The signal quality, the displayed pulse rate and the patient should make sense together. Watch for those connections.
Limits of pulse oximetry
SpO₂ estimates haemoglobin oxygen saturation. It cannot measure carbon dioxide, pH or total oxygen content, and a plausible trace cannot eliminate device bias or clinical deterioration. Watch your patient's respiratory rate, effort, colour, alertness and trend.
Continue to the patient simulation →TRY THE SENSOR · TECHNIQUE BEFORE NUMBERS
One patient, two very different displays
Mrs Ellis is sitting up in bed and chatting comfortably. Her hands are cold, and the pulse rate on the oximeter keeps jumping rather than matching the pulse you feel at her wrist. Try checking the probe and watch what happens to the reading.
SIMULATED PULSE OXIMETER84%
No stable pulsatile signal
A number is appearing, but is it a measurement?
The monitor flashes 84%, then 91%, while the pulse rate jumps. The patient is comfortable, but the trace is poor. Before recording a value or dismissing it, reassess the patient and the sensor.
Check the fit and positioning, whether the fingers are warm enough to give a signal and whether Mrs Ellis can keep her hand still. Compare the displayed pulse with her actual pulse. If she develops concerning symptoms, seek help while investigating the reading.
Can a pulse oximeter tell you whether carbon dioxide is building up?
PART 3 · PATIENT SIMULATIONS
Measure and record the reading
Each patient is shuffled. Apply the probe, check the signal, use the monitor and record what you observed. Then you'll receive the clinical reasoning for that specific patient.
Finger probe · simulated reading01 · MEET YOUR PATIENT
Patient handover
Clinical context
02 · SET UP THE ASSESSMENT
Prepare the probe and check the patient's pulse
Probe fit
Inspect the patient and the equipment
03 · WATCH THE DISPLAY
Does this number belong to the patient?
BLEEPBOOK · SPO₂ ASSESSMENT SIMULATION
SpO₂—%
PR—/min
Ready
Watch the pulse quality
Compare the monitor pulse with what you felt at the wrist. A reading is meaningful only when the signal is credible.
04 · RECORD THE OBSERVATION
What does your monitor show?
Enter the stable SpO₂ and pulse rate. Include whether the patient is breathing room air or receiving prescribed oxygen when you hand over.
05 · CLINICAL TEACHING
Review your reading
RELIABLE SIMULATED OBSERVATION
UK guidance: British Thoracic Society emergency oxygen · MHRA pulse oximetry limitations. Fictional observations; follow the local oxygen prescription and escalation policy.
01 / Meet the patient
Check the patient’s breathing
Start with a new patient, then decide how to take the measurement.
02 / Check the measurement
Get a dependable signal
Choose the correct type of probe and the most useful first step for this patient. This is a teaching simulation: no actual sensor is attached.
Complete both signal checks to begin.
03 / Observe the device
Wait for the reading to settle
BLEEPBOOK · OXIMETRY SIMULATED
SpO₂ —%
Pulse —/min
Checking signal…Stand still
Can you trust this reading yet?
04 / Interpret the finding
What does it mean for this patient?
INTERACTIVE SKILL 05
Temperature Assessment
You're taking a set of observations and the thermometer gives you a number you weren't expecting. Was it measured properly? Is it different from the last reading? And does it fit the patient in front of you?
What would you like to practise?
Start with the physiology, learn the methods, or go straight to the patient cases. Each opens separately.
01 · UNDERSTAND THE READING
How body temperature is controlled
Follow how the body responds to infection, cold exposure and overheating. Find out what the temperature contributes to NEWS2.
Open the lesson 02 · LEARN THE TECHNIQUETaking a temperature
Position tympanic, oral and axillary thermometers, run a simulated measurement and correct unreliable technique.
Practise the technique 03 · MEET THE PATIENTPatient scenarios
Work through ten shuffled patient assessments. Position a thermometer, take and record the reading, then work through NEWS2 and clinical teaching.
Open patient scenariosUNDERSTANDING THE OBSERVATION
How body temperature changes
Think about what the body is trying to do when someone begins to shiver, develops a fever or becomes overheated.
Teaching 1 of 5
TRY IT · ONE NEWS2 PARAMETER
Move the temperature and watch the score change
This shows only the temperature component of an adult NEWS2 score. The overall NEWS2 depends on the other observations, and you should escalate whenever the patient's condition is concerning, regardless of the total.
37.0°C
Next: practise taking a temperature →
34°C41°C
Further reading: Royal College of Physicians NEWS2 and NICE NG253 on suspected sepsis.
PRACTICAL TECHNIQUE
Which thermometer are you using?
Select a method. You'll see how it is used, check the technique and take a fictional reading. The result is only revealed once you have worked through the positioning.
PART 2 · USE THE THERMOMETER
Position, measure and record
Use three realistic clinical close-ups and a movable thermometer. Prepare the device, guide the probe to the correct area, complete the finishing step, then record the simulated reading.
Illustrative positioning exercise, not an anatomical scale. Follow your actual device instructions.
BLEEPBOOK · TYMPANIC
--.-°C
Ready for patient preparation
FOLLOW YOUR MEASUREMENT
Review the temperature reading
Start by choosing your site, preparing the equipment and positioning the thermometer.
What belongs in the clinical record?
The temperature to one decimal place, method and site, time, previous trend and symptoms. Do not add or subtract a fixed “correction” to make axillary, oral and tympanic results look equivalent. Recheck an unexpected value with an appropriate method while assessing the person.
BLEEPBOOK · SIMULATED--.-°C
Ready
PART 3 · PATIENT SIMULATIONS
Assess the patient and take a reading
Meet ten shuffled adult patients. Their situations determine the urgency and which measurement site is suitable. Prepare the device, take the reading, document it, score the temperature component of NEWS2, then work through the bedside reasoning.
01 · PATIENT HANDOVER
Earlier observations and context
Temperature equipment · reference image02 · SET UP THE MEASUREMENT
Prepare the thermometer
Choose the safest appropriate method for this patient.
03 · OBSERVE THE THERMOMETER
Wait for a completed measurement
SIMULATED TEMPERATURE
--.-°C
Measuring…
Watch the display settle
Compare the result with the patient, the measurement site and the previous observation.
04 · RECORD THE OBSERVATION
What temperature did you actually measure?
Enter the value displayed by the thermometer and confirm the measurement site. The clinical teaching remains hidden until you record the reading accurately.
05 · SCORE ONE NEWS2 PARAMETER
What does this temperature contribute to NEWS2?
Choose only the temperature component, not the patient's full NEWS2. The remaining vital signs and clinical presentation still matter.
06 · BEDSIDE TEACHING AND REASSESSMENT
MEASURED TEMPERATURE
Fictional adult teaching cases, based on Royal College of Physicians NEWS2 and NICE NG253 on suspected sepsis. Use your approved thermometer, local infection-control guidance and clinical escalation policy. Core temperature in suspected heat stroke requires emergency team direction; peripheral measurements may be misleading.
PATIENT 1 OF 7
Meet your patient
01 / BEGIN AT THE BEDSIDE
What would you pay attention to?
Before you reach for the thermometer, consider what has changed about this patient.
02 / TAKE THE OBSERVATION
The thermometer is ready
SIMULATED TEMPERATURE--.-°C
Awaiting measurement
How many NEWS2 points does this temperature contribute?
Score the temperature only, not the patient's complete NEWS2.
03 / CLINICAL DECISION
04 / REASSESSMENT
Talk it through with your practice assessor
Bring the observations together: Recognising Deterioration →Fictional adult teaching cases. Follow clinical supervision, local thermometer instructions and escalation policy. Temperature is one component of assessment: NICE NG253 and RCP NEWS2.
INTERACTIVE SKILL 07
Consciousness & Neurological Assessment
A patient who was talking comfortably at handover is now struggling to answer you. Where do you begin, how do you describe the change, and who needs to know?
What would you like to practise?
Each part opens separately. You can start with the teaching, practise assessing a response or go straight to the patient cases.
01 · UNDERSTAND THE OBSERVATION
Consciousness, ACVPU and GCS
Learn how to describe a change in responsiveness using ACVPU and the Glasgow Coma Scale.
Learn → 02 · EXAMINE THE RESPONSEPractise a neurological assessment
Ask questions, observe eye and motor responses, check the recorded pupil findings and choose the GCS components.
Practise → 03 · MEET YOUR PATIENTChanging neurological observations
Work through eight fictional patients. Decide what has changed, record the response and respond to deterioration.
Patient scenarios →UNDERSTANDING THE OBSERVATION
Establish what has changed
Before you choose a number on an observation chart, establish what this person can normally do and what has changed today.
Teaching 1 of 6
TRY IT · ONE NEWS2 PARAMETER
What does the patient's response mean for NEWS2?
Select a response to read the interpretation. This is only the consciousness component of NEWS2, not the complete score.
Next: assess a patient's responses →PRACTISE THE ASSESSMENT
Meet a patient and examine their responses
Observe eye opening, speak to the patient, request a movement and use the simulated penlight. Record what you find before checking the GCS components. All findings are fictional teaching examples.
ILLUSTRATIVE EXAMINATIONTHE HANDOVER
Select an assessment above to reveal what the patient does.
RECORD YOUR FINDINGS
Choose the best observed GCS responses
Record E, V and M separately. Select not testable where the examination cannot reliably be performed. The pupil response is an additional neurological observation, not a GCS component.
A pressure stimulus should only be used by trained clinicians when clinically necessary and following local procedure. This simulation describes responses without asking students to perform a physical pressure stimulus. GCS guidance: structured assessment aid.
PATIENT 1 OF 8
01 · AT THE BEDSIDE
Where would you begin?
Consider the first action while you assess a patient whose neurological state may have changed.
02 · NEUROLOGICAL OBSERVATIONS
What is this patient doing now?
Open each finding before recording a consciousness category. Look beyond the score when something has changed.
How would you record ACVPU for NEWS2?
Remember: new confusion has its own category, and responding only to voice is not the same as being fully awake.
03 · DESCRIBE THE RESPONSES
What are the eye, verbal and motor scores?
The components help the next clinician understand what you actually observed. Don't calculate a total when a component cannot be tested.
04 · ACT ON THE CHANGE
What would you do next?
05 · BACK AT THE BEDSIDE
What has changed since the team responded?
Talk it through with your assessor
Practise the whole assessment in Recognising Deterioration →These are fictional adult teaching cases, not a substitute for supervision or local escalation guidance. See NICE Head Injury NG232, RCP NEWS2 and the official GCS guidance.
← All interactive skills
Continue to Part 3 →
LISTEN · ASSESS · REASSESS
Pain assessment
Ask where the pain is, what it feels like and how it affects everyday activities. Reassess after the agreed care plan.
PART 1 · THE CLINICAL REASONING
Start with the person
Ask the person to describe their pain and give them time to answer. A calm expression, a normal pulse or a familiar diagnosis cannot tell you how much pain they are experiencing. Ask where it is, whether it spreads, when it began and what it feels like. Then connect those answers with what has changed and what the person needs to do.
Use SOCRATES to take a pain history
SOCRATES is a prompt for the conversation. Begin with “Tell me about the pain”, listen to the answer and ask about anything that is still unclear. You can change the order to follow what the person tells you. If they describe more than one pain, explore each separately.
- S · Site
- “Can you show me where it hurts?” Check whether there is one painful area or several. A body chart can help you record the location.
- O · Onset
- “When did it start? What were you doing at the time?” Establish whether it began suddenly or gradually, and whether this is a new pain or a change in an existing one.
- C · Character
- “How would you describe it?” Give the person time to find their own words. If they need help, ask whether it feels aching, sharp, burning, tight or different from those descriptions. Their description helps guide further assessment but cannot establish the cause on its own.
- R · Radiation
- “Does it stay there, or does it spread anywhere?” Record where it travels as well as where it began.
- A · Associated symptoms
- “Have you noticed anything else with it?” Follow up relevant symptoms, such as breathlessness, nausea, sweating, fever, weakness or altered sensation. The combination of symptoms may change how urgently the person needs assessment.
- T · Timing
- “Is it there all the time, or does it come and go? How long does it last?” Ask about changes through the day, episodes of worse pain and whether it disturbs sleep.
- E · Exacerbating and easing factors
- “What makes it worse? Has anything helped?” Ask about movement, position and any treatment already tried, including when it was given and what changed afterwards.
- S · Severity
- “How strong is the pain now?” Use a rating approach the person understands, and ask about pain at rest and during appropriate activity. Also ask what the pain is preventing them from doing.
For example, Mrs Wilson may report 4/10 while resting and 7/10 when coughing after surgery. Her difficulty coughing is part of the finding you need to report. At reassessment, ask about the pain and whether she can now cough or move more comfortably.
If someone develops concerning symptoms, such as new chest pain with breathlessness or sudden neurological changes, assess and seek help promptly. Continue gathering the history while help is arranged; completing every letter is not a condition for escalation.
How does this differ from a pain scale?
SOCRATES helps you explore the history. A pain scale helps you record one aspect of the assessment, usually intensity. A numerical rating scale uses 0 for no pain and 10 for the worst pain imaginable. A verbal rating scale uses descriptions such as no pain, mild, moderate or severe. A visual analogue scale asks the person to mark their pain on a line between two endpoints. Check that they understand the approach and can use it reliably.
Use the tool approved in your clinical area and, where possible, the same tool when you return. Record the person’s description, the effect on activity and the response to care alongside the rating. A number alone cannot explain the cause of pain or tell you whether a person is safe.
When someone cannot easily tell you about pain
Support the person to describe their pain before changing to an observational approach. Offer enough time, simple questions, communication aids or interpreting support as appropriate. Having dementia or difficulty speaking does not automatically mean someone is unable to report pain.
If reliable self-report remains difficult, use the structured observational tool approved for that person and setting, alongside clinical assessment. Examples you may meet include Pain Assessment in Advanced Dementia (PAINAD) and the Abbey Pain Scale. They use observations of behaviour and other findings; they do not produce the person’s own 0–10 pain rating. Learn the actual tool with your supervisor rather than substituting an informal impression.
Ask familiar carers what has changed from the person’s usual behaviour, and consider other causes of distress. Repeat the assessment after the agreed intervention and when behaviour or clinical findings change. Record the tool, the observations and the response, without treating a low score as proof that pain is absent.
Look beyond the resting score
Someone may be comfortable lying still but unable to cough, turn or walk. With consent and when clinically appropriate, ask about pain during necessary movement or usual activity. Do not provoke new chest pain or repeatedly move a potentially injured limb to obtain a score. Explore sleep, mood and the person’s own functional goals.
Respond, then return to the bedside
New concerning symptoms need prompt assessment and escalation while you gather information. You do not need to finish a pain questionnaire before calling for help. Follow the supervising clinician’s plan and local procedures for treatment, medicines checks and monitoring.
Agree when reassessment is needed for the intervention and clinical situation, and return sooner if symptoms worsen. Compare the same tool, function and safety observations. A lower score may show benefit while important problems remain, including ongoing breathlessness or new guarding. Document the intervention, timing and response so the next clinician can follow the trend.
Teaching sources: NHS England SOCRATES prompts (within dental triage guidance); Scottish Palliative Care Guidelines, pain assessment; NHS Borders Abbey Pain Scale; NICE dementia guidance, pain assessment; NICE chronic pain assessment; NICE recent-onset chest pain.
Continue to Part 2 →PART 2 · GUIDED PRACTICE
Explore pain at the bedside
Meet Mrs Wilson after surgery. Ask about her symptoms, compare pain at rest and during supported movement, then record and reassess. The controls and findings stay together in one assessment window.
How to practise
Start by observing the patient. Explore all six conversation prompts, choose a suitable tool and record the findings. Review function before checking your record. Choose the care response, open the reassessment and compare it with the earlier findings. Explanations help you correct an answer and continue. The device voice button is optional.
PART 3 · PATIENT SCENARIOS
Different people, different assessments
Apply the same approach to a different clinical situation. Each patient has their own conversation, functional findings and response to the care plan.
Fictional adult teaching cases for supervised learning. Use the assessment tools, treatment plans and escalation procedures approved in your setting.
Back to Interactive Skills →PAIN ASSESSMENT
← All interactive skills
Continue to Part 3 →
FLUID BALANCE
Fluid balance & urine output
Practise measuring urine, recording fluid intake and checking a fluid balance chart.
PART 1 · LEARN
Before you write it on the chart
Before recording an amount, check what you have actually measured. If someone leaves half a drink, only the amount they drank belongs in the intake column. If an IV bag is still running, record the volume delivered during that period. For urine, make sure the container, dry pad or weighing bag has not been included in the amount.
Using tare, or subtracting the container
Place the empty container on the scales first. Its weight will appear on the display. Pressing tare brings the reading back to zero while the container stays in place. When you add the urine, the display then shows the urine weight alone. If tare was not used, you can still find the urine weight by subtracting the empty container from the filled-container reading.
Watch what happens if a tared container is lifted off: the display becomes negative. That is the weight the scales were told to exclude. Put the same container back and the reading returns. Taring a filled container would hide the urine weight as well, so use the empty container. Once it has been tared, there is no need to subtract its weight again.
Wet pads and protective weighing bags
A wet-pad reading includes more than urine. Take off the dry weight of the same pad type and size, and the weight of any protective bag that has not already been tared. For a urine-only sample, the difference in grams is commonly used as an approximate volume in millilitres. Follow the method used in your setting and record that the amount was estimated by weighing.
Urine density is not exactly the same as water. Stool, other liquids, evaporation, leakage and a different dry pad can distort the estimate. Do not apply this urine approximation indiscriminately to blood, drainage fluid or mixed soiling. Report unmeasured or unreliable losses rather than inventing a precise urine amount.
Reading volumes and avoiding duplicate output
Use a suitable calibrated receptacle on a level surface and read it at eye level. For the clear urine samples in this exercise, read the bottom of the meniscus against the marks. Work within the precision the container supports. A drainage bag’s broad graduations may provide only an estimate; confirm in a calibrated measuring container when required by the local method.
Urine drained from a catheter bag into a jug remains the same urine. Record the episode once, not once for the bag and again for the jug. Use the drainage tap and local infection-prevention procedure. Do not disconnect the catheter from its drainage system to make a measurement.
Patient weight is another part of the trend
Use appropriate, checked patient-weighing equipment and the assistance the person needs. Follow the equipment’s tare procedure for a chair, hoist sling or other support. If a display already excludes that support, do not subtract it again. Read a settled value in kilograms and compare measurements taken under similar conditions, using the same equipment where possible.
A rapid weight change can support assessment of fluid status, but it does not establish the cause or precisely equal the balance on the chart. Consider the patient’s symptoms, examination, observations, medicines and clinical results alongside it.
What the totals can tell you
Recorded balance is measured intake minus measured output over the same period. It does not capture every loss through skin and breathing, or every missed or spilled sample. A positive figure does not prove adequate hydration; a negative figure does not by itself diagnose dehydration.
Urine output in mL/kg/hour is the measured urine volume divided by body weight in kilograms and then by the number of hours. In adults, output below 0.5 mL/kg/hour is a concern that needs assessment in context. Persistence is part of acute kidney injury criteria, but do not wait for a time threshold when someone is unwell. New breathlessness, hypotension or a marked change in output needs prompt assessment and escalation under local procedures.
Teaching references: NICE acute kidney injury; NICE IV fluid therapy in adults; Worcestershire Acute Hospitals fluid balance guideline (an example of a local weighing method).
Continue to Part 2 →PART 2 · PRACTISE
Try the measurements
Start with an empty container and try the scale buttons. Then measure a pad, read a jug and check a patient’s weight. You will use those amounts to complete the fluid chart.
How to practise
Place the container on the scales, press tare and add the urine. You can lift the container off and replace it to see how the reading changes, or press Reset to start again. Enter the amount you would record, then check your answer. The jug readings use an enlarged scale. Keep an eye on the units, and remember that the same urine only goes on the chart once.
PART 3 · PATIENT SCENARIOS
Now check the patient’s findings
Choose a patient and complete their six-hour record. Each has different measurements and observations. Check the totals, calculate urine output and decide what needs to be reported.
These fictional adult cases support supervised learning. In practice, use approved equipment and your local fluid-balance and escalation procedures.
Back to Interactive Skills →FLUID BALANCE & URINE OUTPUT
INTERACTIVE SKILL 08
Capillary Blood Glucose Assessment
A meter gives you a number, but you still need to know whether you can trust the sample, how the patient feels and what happens next. Practise the steps before you meet the patient cases.
What would you like to practise?
Each part opens separately. Start with the physiology, use the simulated meter or work through the patient cases.
01 · UNDERSTAND THE READING
Understanding blood glucose
Understand glucose regulation, the symptoms of a low reading and the importance of trends and clinical context.
Learn → 02 · USE THE EQUIPMENTPractise the finger-prick test
Prepare the meter, choose the right sampling steps and troubleshoot contaminated or inadequate samples.
Use the simulated meter → 03 · CLINICAL PRACTICEPatient scenarios
Meet shuffled patients, take the capillary sample and record your reading before interpreting symptoms, medicines and acute illness.
Patient scenarios →BLOOD GLUCOSE TEACHING
Before taking the blood glucose reading
A low reading in someone who is clammy and confused means something different from an unexpectedly high value taken after handling food. Look at how the measurement and the clinical picture fit together.
Teaching 1 of 6
TRY IT · INTERPRET THE READING
Move the value and think about what it tells you
Next: practise the measurement →Clinical reading: JBDS inpatient hypoglycaemia guidance, NICE NG17 and NHS Scotland inpatient glucose advice.
PRACTICAL SKILL
Use the simulated meter
Work through a bedside reading. In each step, choose the technique you would use. A result only appears once you have prepared the patient and equipment.
PART 2 · PRACTICAL STATION
Take a capillary blood glucose reading yourself
Choose a testing situation, prepare the equipment, identify the sampling site, obtain the fictional drop and apply it to the strip. The result only follows a completed test.
01 · CHECK PATIENT AND EQUIPMENT
Get everything ready
In clinical practice use an approved, quality-controlled blood glucose meter, in-date strips and a new single-use safety lancet. Follow your local infection-prevention policy.
02 · OBTAIN THE CAPILLARY SAMPLE
Choose a safe fingertip position
Tap or click where you would place the new safety lancet. Avoid the very centre of the fingertip, where puncture may be more painful. Follow the device and local policy for the appropriate sampling site.
Interactive clinical image · select the side of the finger pad.
03 · APPLY THE SAMPLE TO THE STRIP
Bring the strip to the drop
Touch the test-strip sampling edge to the blood drop in the photograph. Allow the strip to draw the blood in as directed by the manufacturer. Avoid excessive squeezing of the finger.
04 · WATCH THE GLUCOSE METER
Wait for a valid reading
BLEEPBOOK · FICTIONAL POINT-OF-CARE METER
--.-mmol/L
Ready
The number should only appear after a valid sample has been analysed.
05 · DOCUMENT THE OBSERVATION
What did the meter actually display?
Enter the glucose value, in mmol/L. A laboratory result or continuous glucose monitor reading is not interchangeable with a fictional finger-prick result without checking the clinical context.
06 · CLINICAL TEACHING
Now interpret the reading
RELIABLY MEASURED CAPILLARY GLUCOSE
Simulated measurements, not real device output. Always use local capillary glucose testing, quality-control, infection prevention, hypoglycaemia and ketone/escalation pathways. Treat clinical emergencies immediately. Do not wait to finish a training exercise.
BLEEPBOOK · PRACTICE METER--.-mmol/L
STEP 1 OF 4
The meter and measurements are fictional. Use the locally approved quality-controlled device, strips, single-use lancing devices and specimen procedure under supervision. For sampling steps see NHS capillary sampling information.
PATIENT 1 OF 8
PART 3 · PATIENT SIMULATIONS
Collect the sample before interpreting the patient
Meet shuffled patients. Examine symptoms first, prepare the meter, carry out the finger-prick simulation, record the result and then work through the patient-specific teaching.
Your next patient
01 · CHECK PATIENT AND EQUIPMENT
Get everything ready
In clinical practice use an approved, quality-controlled blood glucose meter, in-date strips and a new single-use safety lancet. Follow your local infection-prevention policy.
02 · OBTAIN THE CAPILLARY SAMPLE
Choose a safe fingertip position
Tap or click where you would place the new safety lancet. Avoid the very centre of the fingertip, where puncture may be more painful. Follow the device and local policy for the appropriate sampling site.
Interactive clinical image · select the side of the finger pad.
03 · APPLY THE SAMPLE TO THE STRIP
Bring the strip to the drop
Touch the test-strip sampling edge to the blood drop in the photograph. Allow the strip to draw the blood in as directed by the manufacturer. Avoid excessive squeezing of the finger.
04 · WATCH THE GLUCOSE METER
Wait for a valid reading
BLEEPBOOK · FICTIONAL POINT-OF-CARE METER
--.-mmol/L
Ready
The number should only appear after a valid sample has been analysed.
05 · DOCUMENT THE OBSERVATION
What did the meter actually display?
Enter the glucose value, in mmol/L. A laboratory result or continuous glucose monitor reading is not interchangeable with a fictional finger-prick result without checking the clinical context.
06 · CLINICAL TEACHING
Now interpret the reading
RELIABLY MEASURED CAPILLARY GLUCOSE
Simulated measurements, not real device output. Always use local capillary glucose testing, quality-control, infection prevention, hypoglycaemia and ketone/escalation pathways. Treat clinical emergencies immediately. Do not wait to finish a training exercise.
01 · ASSESS THE PATIENT
What needs checking first?
Think about the person's symptoms, their usual glucose pattern and anything that might make a reading unreliable.
02 · TAKE A READING
What does the meter show?
SIMULATED BLOOD GLUCOSE--.-mmol/L
How would you describe this reading?
Use the value and context. These three choices are teaching categories, not a universal inpatient target.
03 · CLINICAL RESPONSE
What would you do now?
04 · RECHECK AND HANDOVER
What happens next?
Talk it through with your assessor
Practise assessing changing consciousness →Fictional adult cases, for supervised education. Local hypoglycaemia, diabetes, ketone testing and escalation protocols apply; do not use these simulations to calculate or administer a real medicine dose. UK reference: JBDS hypoglycaemia and NICE NG17.
MODULE 03 · ADULT NURSING
Recognising deterioration
A patient looked well an hour ago, but now their breathing, circulation or alertness has changed. Learn how to recognise those changes, use ABCDE to assess the patient, and practise calling for help with clear observations.
What would you like to practise?
You can look at the warning signs first, revise ABCDE, or work through a changing patient with NEWS2 and SBAR.
01 · RECOGNISE THE CHANGE
When a patient becomes unwell
Understand how changes in breathing, circulation and consciousness may signal early deterioration.
Learn → 02 · ASSESS SYSTEMATICALLYUsing ABCDE
Follow the order of the bedside assessment and learn when to seek help without waiting to finish.
Review ABCDE → 03 · PUT IT INTO PRACTICEPatient scenarios
Explore new findings, calculate NEWS2, make an escalation decision, practise SBAR and reassess.
Patient scenarios →01 / Recognising a change
What tells you someone is becoming unwell?
Imagine a patient who had been talking comfortably an hour ago. Now they cannot quite finish a sentence, seem less alert or are suddenly more breathless. A new observation set may show that respiratory rate has increased, blood pressure has fallen or oxygen saturation is lower than their usual reading. The significance lies in the combination of findings and the change from their baseline.
There is physiology behind some of these changes. If effective circulating volume falls, the body may increase pulse rate and tighten peripheral blood vessels to protect blood pressure; by the time blood pressure is falling, the patient may already be struggling to compensate. Someone with worsening breathing may increase their respiratory rate and effort before the oxygen saturation changes substantially. A new change in consciousness can tell you just as much about deterioration as a number on the chart. These findings become meaningful when you connect them with the patient, the baseline and what you can see now.
National early warning systems help teams recognise abnormal physiology consistently, but clinical concern is also an escalation trigger. A patient with new severe chest pain or reduced consciousness requires attention even if several recorded numbers remain within familiar ranges. Recognising deterioration means noticing those changes early, assessing systematically and bringing the right help to the bedside. NICE CG50 makes this link between observation, concern and response clear.
02 / A structure for the next assessment
ABCDE helps you act while you think
The ABCDE approach gives your assessment an order when the clinical picture is changing. It starts with problems that may threaten life immediately, then moves through breathing, circulation, neurological status and the wider examination. You can call for help at any point; a structured assessment is not something to finish before escalating a serious concern.
AAirway
Can the patient maintain a clear airway and speak or respond?
BBreathing
Consider work of breathing, respiratory rate, saturation and oxygen delivery.
CCirculation
Look at pulse, blood pressure, perfusion and signs of bleeding or fluid loss.
DDisability
Assess new confusion, responsiveness and relevant reversible causes.
EExposure
Review temperature, skin, pain and other findings while maintaining dignity.
For a fuller bedside explanation, see ABCDE Assessment for Student Nurses. The next activity focuses on making the decisions, not memorising the letters.
03 / Your turn to make the assessment
Something has changed. What matters now?
You'll meet one patient from seven different clinical situations. Hear their concerns, ask relevant bedside questions, compare the observation trend, turn over the ABCDE assessment cards, decide when and how to escalate, and build an SBAR handover before seeing a worked example.
There are seven patient cases. Call for help whenever you are concerned; you can escalate before completing every assessment.
04 / Communicating clinical concern
The handover should tell the next person what has changed
Recognising deterioration is only the beginning. The colleague responding to your call needs to know what has changed, what you have found and how urgently you need help. SBAR gives those details a clear order, but the value is in the clinical reasoning, not in reciting four letters. For more practice, read SBAR for Student Nurses in the Bleepbook Learning Hub.
A useful way to practise
Picture yourself making the call. You might say, 'I'm worried about a postoperative patient whose blood pressure has fallen and who is becoming faint.' You can then explain the earlier observations, what you have assessed and the response you need. In an emergency, make the call promptly; the rest of SBAR can follow as help is on its way.
This learning activity uses fictional adults and simplified observation trends. It supports clinical reasoning; it does not assess or treat a real patient. Use supervision, local policy, the prescribed observation plan and clinical judgement in practice.
Clinical sourcesNICE CG50 · Recognising and responding to deteriorationRoyal College of Physicians · NEWS2Resuscitation Council UK · ABCDE approachNICE NG253 · Assessing suspected sepsis using history, examination and NEWS2NICE NG115 · COPD, oxygen targets and ventilatory supportRCP · Official NEWS2 observation chart
Quiz Library
Pick a nursing topic and work through 20 randomly selected questions. You’ll see an explanation after each answer.
Free to use20 questions per quizNo timer
★ Share your feedback
Browse quiz subjects
Choose a subject, start a quiz and read the explanation after each answer.
Subject
Loading quizzes…
No quizzes match that search. Try a different subject or search term.
BACKGROUND
CHOOSE THE BEST ANSWER
Choose your answer, then select ‘Check my answer’.
This is a learning activity, not a clinical decision tool. Follow local guidance and supervision in practice.
QUIZ COMPLETE
Your quiz results
0 / 20questions answered correctly on this attempt
Tried a quiz? Rate your experience and tell us what you think →
Latest from Bleepbook
View all learning →
PRACTISE
On a Cardiac Ward
Work through a realistic scenario using the clinical A–E approach.
Read scenario →
LEARN
White Blood Cells: The Different Cells of the Immune Response
Meet the different white blood cells, discover their roles in infection and inflammation, and learn what the differential count can tell you.
Read article →
LAW & ETHICS
When families disagree with care
A practical UK-focused look at difficult decisions.
Read article →
Supporting student nurses from theory to practice
Bleepbook creates practical, evidence-informed learning resources for UK student nurses. Designed to support learning alongside university teaching and clinical placement, not replace local policy or professional judgement.