Nursing · Adult clinical nursing
Small repetitive boring checks that prevent rare catastrophes — the tedium is the point
In the exams: NMCN Professional Examination: Medical and surgical nursing (Core paper); Saudi Nursing Licensure Examination: Critical and emergency care (Core)
An enormous number of operations are performed worldwide each year, and a substantial share of surgical complications and deaths are avoidable — but most of what prevents them is process rather than skill. Checking identity, checking the site, counting instruments, preventing infection, keeping people warm. The person who checks the consent, confirms the site, counts the swabs, holds the sterile field, watches the airway in recovery and notices the deterioration is a nurse: the surgeon operates, and the system around the operation is nursing. This is also not knowledge confined to theatre staff, because preparation, fasting, medicines, consent and the recognition of bleeding, chest infection, clots and wound breakdown all happen on ordinary wards. And for the central part of it the patient is unconscious, which means every protection they would normally provide themselves has to be provided by somebody else.
An enormous number of operations are performed worldwide every year, and a substantial proportion of the world's population has no access to safe surgery at all. Surgery is a public health matter as much as a technical one.
A significant share of surgical complications and deaths are avoidable, and most of what prevents them is process rather than skill — checking identity, checking the site, counting instruments, preventing infection, keeping people warm.
The person who checks the consent, confirms the site, counts the swabs, keeps the field sterile, watches the airway in recovery and notices the deterioration is a nurse. The surgeon operates; the system around the operation is nursing.
Preparation, fasting, medicines, consent, and the recognition of post-operative bleeding, chest infection, clots and wound breakdown all happen on ordinary wards. This is not knowledge confined to theatre staff.
Operating on the wrong patient, the wrong side, or leaving something inside happens seldom and is devastating when it does. That rarity is exactly why the procedures feel excessive and exactly why they are not.
Before, during and after — and the patient experiences it as one event. Information lost at any handover between those phases is the commonest source of error, which is why structured handover exists at each boundary.
Surgeons, anaesthetists, scrub practitioners, circulating staff, recovery nurses and ward nurses each hold part of the picture. Knowing who holds which part means knowing whom to ask, and that speeds everything.
For the central part of the process the patient can neither consent, complain, protect their airway, move off a pressure point nor feel a burn. Everything that would normally be their own protection has to be provided by somebody else.
Consent, the checklist, the count, the positioning, the implants used, the specimens taken, the observations in recovery. Every one of those has been the subject of a serious incident investigation somewhere.
Prolonged fasting, cancelled lists, and long waits on trolleys cause dehydration, distress, hypoglycaemia in children and deterioration in the frail. A delay is a clinical event and not only an inconvenience.
Assessment before surgery exists to identify what will make the anaesthetic or the recovery dangerous, and to fix what can be fixed in the time available. Anaemia, uncontrolled diabetes and untreated infection are the classic findables.
Previous anaesthetic problems, family reactions to anaesthesia, allergies, what medicines they actually take, smoking, alcohol, exercise tolerance, loose teeth, and whether they have ever been difficult to intubate. Each one changes a plan.
How far somebody can walk and whether they can climb stairs is one of the most useful predictors of how they will tolerate surgery, and it costs one question. It outperforms a great deal of testing.
Correcting anaemia, controlling blood pressure and glucose, treating infection, stopping smoking and improving nutrition beforehand measurably improves outcomes. A few weeks of preparation is frequently worth more than perfect surgery.
A frail eighty-year-old and a robust one face entirely different risks, and frailty rather than the number predicts complications, delirium and loss of independence. Assessing it changes what should be discussed and offered.
Valid consent requires that the person understands what is proposed, the alternatives including doing nothing, and the material risks, and that they decide freely. A signed form with none of that is a document, not consent.
Consent taken from somebody already sedated, already on the trolley, or in the anaesthetic room is compromised. The nurse who notices this and stops the process is doing their job rather than causing trouble.
Capacity is assessed for this decision at this time, and a person with dementia or delirium may have capacity for some decisions and not others. Where they lack it, decisions follow the legal framework in that country.
Asking somebody to explain in their own words what is going to happen reveals misunderstandings that a signature hides. This is where the wrong procedure on a consenting patient is caught.
Consent taken through a relative who is translating loses accuracy and places an unfair burden on them, and children should never be used. A proper interpreter is a requirement of valid consent, not a courtesy.
Stomach contents entering the lungs during anaesthesia causes severe and sometimes fatal lung injury, so the stomach is emptied beforehand. The whole rule exists for that one mechanism.
Patients are routinely fasted for far longer than necessary because of list changes, causing thirst, headache, dehydration, distress and hypoglycaemia, particularly in children and older people. Clear fluids are permitted much closer to surgery than most practice reflects.
Clear fluids leave the stomach quickly and solids do not, which is why the two have different times. Following one blanket rule for both is what produces unnecessarily long fasts.
Pregnancy, obesity, diabetes with delayed emptying, bowel obstruction, trauma and pain all slow gastric emptying, so these patients are treated as having a full stomach regardless of fasting time. That changes the anaesthetic technique.
Patients who ate because nobody explained, or because they thought tea did not count, cause cancellations. Clear written instruction with examples, and confirming it on the day, prevents most of that.
Stopping heart, blood pressure, anti-epileptic, thyroid, Parkinson's and steroid medicines around surgery causes harm, and it happens routinely because the patient was nil by mouth and nobody wrote a plan. This is a major avoidable harm.
Somebody on long-term steroids cannot mount a stress response to surgery, so additional cover is needed, and omitting it can cause collapse in recovery that is mistaken for bleeding or sepsis. Long-term steroid use is looked for actively.
Stopping and restarting anticoagulants around surgery requires a written plan balancing bleeding against clotting, and both stopping unnecessarily and continuing inappropriately cause deaths. The plan is asked for rather than assumed.
A fasting patient on glucose-lowering treatment needs written instructions, and the commonest harm is a usual dose given to somebody who will not eat for hours. Scheduling them early on the list exists for this reason.
Supplements bought over the counter affect bleeding, blood pressure and sedation, and patients do not consider them medicines so do not mention them. Asking specifically about anything taken that was not prescribed finds them.
Skin is cleaned with an antiseptic before incision, and hair is removed only if necessary and then with clippers rather than a razor, because razor nicks increase infection. Shaving the night before is worse than not removing hair at all.
Where preventive antibiotics are indicated, the timing relative to the incision determines whether they work. Given too early or after the incision they provide much less benefit, which makes the timing a clinical act rather than a tick.
Patients who become cold during surgery have more wound infections, more bleeding and more cardiac events. Keeping somebody warm is infection prevention as well as comfort, which is not intuitive.
High blood glucose around surgery increases infection, in people with and without diabetes, and malnutrition impairs healing. Both are modifiable before an elective operation and both are usually ignored.
Instruments, gloves, gowns, drapes, sutures, implants and the air itself. Traffic in and out of the theatre, doors opening, and talking over an open wound all matter, which is why theatre discipline looks obsessive.
Identity is confirmed at every handover by asking the patient to state their name and date of birth where they can, and against the band where they cannot. Repetition is the design, not an oversight.
Where side or level matters, the site is marked before the patient leaves the ward, by the operating surgeon, with the patient awake and agreeing. A mark made later, or by somebody else, has lost its purpose.
The consent form, the operating list, the notes and the imaging must all say the same thing, and a discrepancy is resolved before the patient is anaesthetised. Almost every wrong-site operation had a discrepancy that somebody noticed and did not escalate.
The patient is the most reliable check available, and asking them what operation they are expecting, in their own words, has caught errors that every document missed. It takes ten seconds.
Anybody in the room may halt proceedings over a discrepancy, regardless of seniority, and a culture where they cannot is itself the hazard. Saying so explicitly matters because juniors do not believe it.
Before anaesthesia, before the incision, and before the patient leaves. Each pause involves the whole team stopping and speaking, and its value comes from the stopping and speaking rather than from the paper.
Structured surgical checklists have been shown to reduce deaths and complications substantially across very different settings. That evidence is what justifies interrupting a busy list to do it properly.
Team members introducing themselves changes whether somebody speaks up later, which is why it is the first item. It is the part most often skipped and the part with the clearest effect on behaviour.
Expected blood loss, difficult airway, implants needed, equipment problems, allergies and antibiotic timing. The checklist's purpose is to surface the problem before it happens rather than to record that it did.
A checklist recited while people continue working, with nobody listening, creates a record of a safety process that did not occur. Genuine pauses are what the evidence is about.
Everything that could be left inside is counted before the operation, during it, and at closure, by two people, and recorded. An item retained inside a patient causes infection, pain and further surgery.
If the count does not reconcile, the surgeon is informed, the wound and the theatre are searched, and imaging is used before the patient leaves. Assuming an item was miscounted is how retained items happen.
Counting is done aloud, by two people, with both seeing the items, and recorded as it goes. A count reconstructed afterwards from memory is not a count.
Radio-opaque markers exist in swabs so that a missing one can be found on imaging, which is why non-theatre swabs are not introduced into a surgical field. That substitution has caused real harm.
Most count errors occur when the count is interrupted, during shift changes, or in an emergency. Protecting the count from interruption is a recognised safety intervention rather than inflexibility.
An item or area is either sterile or it is not, and any doubt means it is treated as contaminated. That absolute rule exists because the consequences of a probably-fine judgement are borne by the patient.
The front of a gown from chest to waist and the sleeves, the top surface of a draped trolley, and what is within view. Below the waist, behind the back and the edges of drapes are not sterile, which surprises people.
Sterile people face each other and pass back to back, unsterile people never lean over the field, and nobody reaches across it. Every one of those rules is derived from where the boundaries are rather than arbitrary.
Packs are opened away from the body, contents delivered without the unsterile person's hand crossing the field, and liquids poured without touching the receiver. These techniques are learned by doing and watching.
A contaminated glove, a drape touched, an item of doubt — said out loud and corrected. The cost of admitting it is a moment's embarrassment; the cost of not is somebody's wound infection.
Instruments cannot be sterilised while soiled, because organic material shields organisms and prevents the process working. Thorough cleaning is therefore the essential first step rather than a preliminary one.
Heat, chemical and other methods suit different instruments, and using the wrong one either fails to sterilise or destroys the instrument. Following the specified process for each item is what makes the result reliable.
Indicators confirm that a load was actually processed correctly, and a pack without valid indication is not used regardless of how busy the list is. Assuming a cycle worked is not the same as knowing.
Items marked for single use are not reprocessed, because they were never designed to survive it and cannot be reliably cleaned. This is tempting where resources are short and it has caused outbreaks.
Recording which set was used for which patient is what allows a patient to be traced if a decontamination failure is discovered weeks later. It looks like bureaucracy until the day it is needed.
Under anaesthesia nobody shifts off a pressure point, pulls an arm back from an uncomfortable stretch, or reports a numb hand. Every protective reflex is absent, so positioning injuries are caused rather than suffered.
Arms abducted too far, legs in stirrups, pressure at the elbow or behind the knee, and a head turned too far all cause nerve injuries that may be permanent. Padding and limiting angles prevent them.
A long operation on a firm table, with reduced blood pressure and no movement, produces pressure damage in a single procedure. Heels, sacrum and the back of the head need active attention.
Head-down, head-up, prone and lateral positions all change breathing and circulation substantially, and a frail patient may not tolerate a position that a fit one does. Position is part of the anaesthetic, not just access.
Transfers require enough people, a coordinated lift, protection of the airway, lines and limbs, and one person leading. Most positioning and handling injuries, to patients and to staff, happen during transfers.
Unconsciousness, absence of pain and, where needed, muscle relaxation. Understanding that these are separate effects explains why several agents are used and why a patient can be paralysed without being asleep.
At induction the patient loses consciousness, stops breathing adequately and loses airway protection within seconds, so everything must be ready and nobody leaves. The assistant's attention during induction is not optional.
Too light risks awareness, which is a recognised and deeply traumatic complication, and too deep depresses the circulation. Monitoring exists to keep it in between, and reports of awareness are taken seriously.
Airway obstruction, laryngeal spasm, vomiting and agitation cluster around emergence, which is why somebody stays with the patient and why recovery is a high-observation area rather than a waiting room.
A rapid rise in temperature with muscle rigidity after certain agents is a life-threatening inherited reaction requiring immediate specific treatment. Knowing that the emergency exists, and where the kit is, is the nursing part.
A patient under regional anaesthesia hears everything said in the room. Conversation about other patients, about the findings, or joking over them is heard and remembered, and that alone should change behaviour.
Local anaesthetic placed near nerves or in the spine numbs a region while the person remains awake or lightly sedated, avoiding many risks of general anaesthesia. It is particularly valuable in frail patients.
Blocking nerves in the spine dilates vessels and commonly lowers blood pressure, sometimes sharply, which is why blood pressure is monitored closely and fluids and treatment are ready. It is expected rather than surprising.
Too much local anaesthetic, or accidental injection into a vessel, causes tingling around the mouth, ringing in the ears, confusion, fits and cardiac arrest. Recognising the early symptoms in an awake patient is a nursing responsibility.
A blocked limb cannot feel pressure, heat or injury and may be completely paralysed, so it is positioned, padded and protected until sensation returns, and the patient is warned not to weight-bear. Burns and pressure injuries happen here.
No amount of monitoring matters if the airway is lost, which is why airway management dominates anaesthetic practice and why recovery nursing is fundamentally airway nursing. It is the first thing assessed, always.
Knowing the equipment, having suction working and tested, positioning the patient, applying pressure if asked, and handing what is needed without being told twice. A prepared assistant shortens a dangerous interval.
Previous difficulty, limited mouth opening, a short neck, obesity, pregnancy, facial abnormality and radiotherapy to the neck all predict difficulty. Knowing in advance means the right equipment and people are present.
A drowsy patient's tongue falls back and obstructs, producing snoring, see-saw breathing, and falling oxygen. Position, a chin lift, an airway adjunct and oxygen, and calling for help, are the immediate actions.
Laryngeal spasm, vomiting and aspiration occur as the tube comes out, and the patient is watched closely rather than considered finished. The handover to recovery includes how the airway behaved.
Anaesthesia removes the ability to maintain temperature, theatres are cold, the patient is exposed, and cold fluids are given. Most patients will become cold unless somebody actively prevents it.
More wound infection, more bleeding, more cardiac events, slower drug metabolism, delayed waking and severe shivering that is distressing and increases oxygen demand. This is a genuine outcome measure, not a comfort issue.
Patients warmed before induction stay warmer throughout, which means blankets and warmed gowns on the ward rather than only warming devices in theatre. Prevention beats correction here as elsewhere.
Large volumes of cold intravenous fluid or irrigation cool a patient rapidly, so warming them is part of the plan in long or major procedures. This is easily overlooked.
Infants have a large surface area relative to their size and older people have poor temperature regulation, so both cool quickly and both tolerate it badly. Extra measures are routine rather than exceptional.
Blood loss is estimated from suction volumes, weighed swabs and what is on the drapes and floor, and it is consistently underestimated. An honest estimate handed over is more useful than a tidy one.
A rising pulse, cool peripheries, reduced urine output, restlessness and a narrowing gap between systolic and diastolic pressures come before blood pressure falls. In young fit patients blood pressure falls late and suddenly.
Losses are replaced with fluid and, beyond a point, with blood components, and in major haemorrhage with a balanced combination rather than red cells alone. The point is restoring circulation, not filling a chart.
Where major loss is expected, blood is available, large access is in place and the team knows the plan before the incision. A haemorrhage protocol invoked calmly is entirely different from one invoked in panic.
A rising pulse, falling urine output, increasing drain output, abdominal distension, a swelling wound or a patient who is pale, cold and restless. Post-operative bleeding is recognised on the ward and by nurses.
Electrical current used to cut and seal tissue burns the patient if the return pad is poorly applied, if the patient touches metal, or if wet drapes create a path. Pad placement and keeping the patient dry are nursing responsibilities.
Jewellery, metal implants and cardiac devices interact with electrical equipment, so they are identified beforehand and the technique adapted. A pacemaker discovered mid-operation is a preventable problem.
Oxygen, alcohol-based skin preparation that has not dried, and an ignition source together cause theatre fires, including airway fires. Allowing preparation to dry fully before draping is the single most effective prevention.
Laser use requires eye protection for everybody including the patient, control of reflective surfaces, and attention to the smoke produced. The precautions are specific and are not optional for the people not operating.
Surgical smoke contains material harmful to inhale, and extraction is used for the staff's sake. Long-term exposure is an occupational health matter that theatre staff are frequently not told about.
A specimen mislabelled, lost or placed in the wrong container may be irreplaceable, and the patient either has another operation or is treated on a guess. This is one of the highest-consequence clerical tasks in nursing.
The container is labelled with the patient's identifiers and the exact site, at the moment of collection, checked with the surgeon. Labelled later, or from memory, it is not reliable.
Some specimens go into preservative, some must go fresh, and some must go on ice immediately, and the wrong choice destroys the sample. Knowing which for a given test is part of preparing for the case.
Multiple specimens from one patient labelled only with their name cannot be attributed to a site, which can mean treating the wrong side of an organ. The site description is essential rather than helpful.
What was taken, how many, where they went and who took them, recorded and handed over, so that a missing result can be traced. Most lost specimens are lost between theatre and the laboratory.
Sudden collapse, difficulty ventilating, a fall in blood pressure and a rash in an anaesthetised patient may be a severe allergic reaction, and the patient cannot report the early symptoms. Knowing where the treatment is kept matters.
Arrest in theatre is usually witnessed, monitored and reversible, with the best possible circumstances for resuscitation. The team's familiarity with roles determines the outcome, which is why drills are worth the time.
A vessel injury can change a routine case into a resuscitation in seconds. Knowing how to activate the major haemorrhage response, who fetches blood, and how to get more hands is the nursing contribution.
Stomach contents entering the lungs causes immediate hypoxia and severe lung injury. It happens at induction and emergence, in the patients whose stomachs are never empty, and suction that works is the prerequisite.
Airway obstruction, low oxygen, bleeding, pain, hypothermia, low blood pressure and delayed waking. Recovery is where the anaesthetic's complications appear, and the nurse there is the entire monitoring system.
Recovery nursing follows that order every time, because that is the order in which things kill. Pain and sickness are addressed urgently but after the airway is secure.
Oxygen, continuous observation, monitoring of oxygen saturation, pulse, blood pressure, breathing, conscious level, temperature, pain and wound. Frequency reduces as the patient stabilises rather than by the clock.
What operation, what anaesthetic, what was given for pain and sickness, blood loss, fluids, problems encountered, drains, and what the plan is. A recovery nurse receiving less than that is working blind.
A patient leaves recovery on the basis of stated criteria — awake, maintaining their own airway, stable observations, pain controlled, not bleeding, adequate breathing — rather than because the ward called or the bay is needed.
An unconscious or drowsy patient is never left unobserved, because airway obstruction is silent and fast. This is the simplest and most frequently violated rule in the whole of recovery.
Pain prevents deep breathing, coughing, moving and sleeping, which causes chest infections, clots, pressure damage and delirium. Treating it well is a means of preventing those rather than only a kindness.
Regular analgesia so pain does not return, plus additional doses for movement and dressing changes. Waiting until pain is severe means chasing it, and the patient learns not to ask.
Combining different types of analgesia, regional blocks, positioning, ice, and support of the wound when coughing achieves better relief with less of any single agent. A plan of one drug is an incomplete plan.
Pain is what the patient says it is, reported pain is under-believed in some groups more than others, and a score recorded before treatment and never after measures nothing. The second measurement is the useful one.
Strong analgesia causes drowsiness and slowed breathing, and the sedation appears before the breathing changes. Monitoring conscious level is the earlier and better warning, and it is the observation most often omitted.
Sickness after anaesthesia is one of the things patients fear most and remember longest, and it is substantially preventable by identifying those at risk and treating them in advance.
Women, non-smokers, people with previous post-operative sickness or motion sickness, certain operations, and certain anaesthetic agents. Risk is identifiable before the operation, which means prevention is possible.
Vomiting causes pain, strains wounds, risks aspiration, delays eating, delays discharge and distresses people intensely. Treating it as an inevitable nuisance understates what it costs.
Preventive treatment for those at risk, and prompt treatment with a different agent if it occurs, works better than repeating the same one. Repeating what has already failed is a common and futile pattern.
Avoiding prolonged fasting, adequate hydration, avoiding sudden movement, fresh air, and not pressing food on somebody who is nauseated. Simple and genuinely effective.
Anaesthesia, pain, immobility and abdominal or chest surgery combine to cause small areas of lung collapse and then chest infection. It is among the commonest serious complications after major surgery.
Regular deep breathing, effective coughing with the wound supported, sitting upright and getting out of bed prevent most of it. This is nursing work with a direct effect on mortality.
Smokers have far more respiratory complications, and stopping even weeks before surgery reduces that. It is one of the few opportunities where the intervention is a conversation.
People who stop breathing during sleep are highly sensitive to sedatives and opioids and can obstruct dangerously after surgery. Identifying them beforehand, by asking about snoring and daytime sleepiness, changes their monitoring.
Rising respiratory rate is the earliest and most reliable warning of deterioration after surgery, and it is the observation most often estimated rather than counted. Counting it for a full period is a genuine clinical act.
Immobility, tissue injury and the body's response to surgery all promote clotting, so almost every surgical patient needs assessment and most need preventive measures. Clots in the lung remain a leading cause of preventable surgical death.
Risk is assessed on admission and reassessed, because it changes with mobility, dehydration and complications. A single assessment on arrival does not describe a patient a week later.
Stockings and compression devices applied correctly, and preventive medicine where indicated. Stockings measured wrongly, applied wrinkled, or left off overnight provide no protection and can cause harm.
Early mobilisation and adequate hydration are the measures with no cost and no contraindication, and they depend entirely on nursing. A patient who has not been helped to walk has not been given prevention.
A swollen, warm, painful calf, or sudden breathlessness, chest pain or collapse. Both are easily attributed to the surgery or to anxiety, which is why they are considered explicitly.
Bowel activity slows after anaesthesia and abdominal surgery and returns over days, causing distension, nausea and no bowel sounds in the interval. Knowing that is normal prevents unnecessary alarm.
Prolonged absence of bowel function with vomiting and distension is a complication requiring assessment rather than patience. Distinguishing the expected slowing from an obstruction or a leak is the clinical question.
A join in the bowel that leaks typically presents several days after surgery with pain, fever, a fast pulse and feeling dreadful, and it is frequently attributed to a chest infection. A patient deteriorating on day five needs this considered.
Early feeding after many operations improves recovery and shortens stay, contrary to long-standing practice of prolonged starvation. The evidence favours getting people eating and moving early.
Analgesia, immobility and dehydration together produce constipation severe enough to cause pain, vomiting, confusion and readmission. Preventive attention to bowels is part of post-operative care rather than an afterthought.
A closed surgical wound is usually dressed briefly then left, and unnecessary handling introduces infection. Knowing what normal looks like prevents intervention that causes the problem.
The most useful single warning of wound infection is pain that was settling and has increased, with spreading redness, discharge or fever. Reported on day four, it is acted on.
An abdominal wound separating is a serious complication, and a sudden discharge of pink fluid frequently precedes it. That observation is escalated immediately rather than dressed and documented.
Knowing what a drain is for, what it should produce, and what a change means allows a nurse to recognise bleeding or a leak early. A drain filling rapidly with blood is an emergency.
What to look for, when sutures come out, when to shower, what activity is allowed and whom to call. Written, in their language, because nothing said at a busy discharge is retained.
A large and growing proportion of operations are done as day cases, which reduces infection, disruption and cost, and suits patients better. It also concentrates all the assessment and teaching into a few hours.
Success depends on choosing patients whose health, home circumstances, transport and support make going home safe. A patient living alone with no telephone after a general anaesthetic is not a day case however minor the operation.
Awake and oriented, stable, pain controlled, able to drink, not bleeding, able to pass urine where relevant, and accompanied by a responsible adult. Discharging against these because the unit is closing is how readmissions happen.
All the observation that an inpatient receives is replaced by the patient and their family, so what they were told and whether they understood it is the entire safety net. Written instructions and a contact number are essential.
Not driving, not operating machinery, not signing documents, not drinking alcohol, and not being left alone for a period after a general anaesthetic. Each of these is routinely breached because nobody explained why.
Doses, equipment, temperature loss, fluid needs, fasting tolerance and psychological preparation are all different. A child fasted as long as an adult becomes hypoglycaemic and distressed.
Explanation appropriate to age, a parent present at induction where possible, familiar objects, and honesty about what will hurt. A child deceived about pain does not trust the next encounter, and that lasts years.
Confusion after surgery is common in older people and is worsened by pain, dehydration, constipation, infection, unfamiliar surroundings, missing glasses and hearing aids, and disturbed sleep. Most of the prevention is nursing.
For a frail older person, the meaningful question is frequently not whether the operation is technically possible but whether they will return to their own home and their own abilities. That deserves discussing before consent.
Long medicine lists, reduced kidney function, sensitivity to sedatives and analgesia, and multiple conditions. The commonest post-operative harm in older people involves a medicine that was right for a younger patient.
Most serious surgical incidents involved somebody who noticed and did not say, or said it and was not heard. A theatre where a junior nurse can stop a list is safer than one with better equipment.
Deference to seniority is the mechanism by which correct observations fail to prevent harm. Naming that openly, and having agreed language for escalating a concern, is a recognised safety intervention.
Tired, understaffed teams make more errors, and long lists without breaks are a patient safety issue rather than a matter of stoicism. Saying so is legitimate professional conduct.
Sharps injuries, back injuries from handling, latex allergy, radiation exposure, surgical smoke and standing for hours. Theatre staff are injured at work frequently and the precautions exist for them.
Noise and conversation impede communication at critical moments and increase error, particularly during induction, counting and closure. Quiet at those moments is a clinical measure.
The surgical checklist and wrong-site prevention, consent validity, fasting, counting, sterile field rules, recovery priorities, and recognising post-operative bleeding and chest complications.
Accepting consent obtained after sedation; omitting long-term steroid or anti-epileptic medicines because the patient is nil by mouth; fasting for far longer than needed; closing with an unreconciled count; leaving a drowsy patient unobserved; attributing day-five deterioration to a chest infection.
Airway, breathing, circulation, in that order. Consent before sedation. Ask the patient what operation they are having. A count that does not reconcile stops the closure. Rising respiratory rate is the earliest warning.
Ask them to state their own name. Ask what they are expecting to have done. Label the specimen at the moment it is handed to you. Count the respiratory rate rather than estimating it. Say it out loud when the field is broken.
This subject is built almost entirely out of small, repetitive, boring checks that prevent rare catastrophes. Their tedium is the point, and the discipline of doing them properly when nothing has ever gone wrong is the whole skill.
Written in plain sentences on purpose. Nursing is studied in a second language by a large share of the students who will read this, and a sentence that has to be decoded twice is a sentence that teaches less.
These are the twelve questions written with this SUNYRA nursing manual, to check what it teaches. They are not past papers and were not written to any one examination's pattern; an examination tag means only that the examination's published blueprint covers this subject. Difficulty was not graded in the source, so every question is marked medium.
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