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Accréditation Sans Frontières

International Accreditation of Healthcare Facilities

ASF Standards · Hospital · Standard 4

Standard 4 — Care & Treatment

37 criteria · 28 non-negotiable · 9 core · Version 3.0

Criteria in this standard

Part 2 — criteria 4.19–4.37. Criteria 4.1–4.18: Part 1 →

4.1 — Consent Is Real, Not a Signature
4.2 — Staff Credentials Are Checked and Current
4.3 — New Staff Are Properly Onboarded
4.4 — Staffing Actually Matches Patient Need
4.5 — Hand Hygiene Actually Happens
4.6 — Protective Equipment Is Actually Available
4.7 — Sharps and Waste Are Handled Safely
4.8 — Every Patient Gets a Real Assessment
4.9 — There’s an Actual Care Plan
4.10 — Medication Prescribing Is Safe
4.11 — The Surgical Safety Checklist Is Actually Used
4.12 — Anaesthesia Is Delivered Safely
4.13 — Surgical Site Infection Is Actively Prevented
4.14 — The Lab Has Quality Control
4.15 — Critical Lab Values Reach the Doctor Fast
4.16 — Specimens Are Correctly Identified
4.17 — Medication Storage Is Secure and Correct
4.18 — High-Alert Medications Get Extra Safeguards
4.19 — Medication Reconciliation Actually Happens
4.20 — Patient Identified Correctly at Every Point of Contact
4.21 — Falls Risk Assessed and Actively Prevented
4.22 — Look-Alike, Sound-Alike Medications Are Specifically Managed
4.23 — Restraint and Seclusion Use Is Governed and Minimised
4.24 — Nutrition and Therapeutic Diet Needs Are Actively Managed
4.25 — Deteriorating Patients Are Caught Before the Crisis, Not After
4.26 — Sepsis Is Recognised and Treated Within the Hour
4.27 — Pressure Injury Risk Is Assessed and Actively Prevented
4.28 — VTE Risk Is Assessed Before Every Admission and Procedure
4.29 — Blood and Blood Products Are Verified Before Every Transfusion
4.30 — Handoffs Use a Structured, Verbal Process — Not Just a Written Note
4.31 — Opioid Prescribing Is Deliberately Stewarded
4.32 — Pain Is Formally Assessed and Reassessed, Not Just Asked About Once
4.33 — Dignity, Respect, and Non-Discrimination Are Practised, Not Just Stated
4.34 — Vulnerable Patients Get Real, Specific Protections
4.35 — Advance Directives Are Sought, Documented, and Actually Followed
4.36 — The Facility Tracks Its Own Infection Rate Over Time
4.37 — Medication Safety Doesn’t Depend on Software That Isn’t Actually Working
4.19

Medication Reconciliation Actually Happens

Non-Negotiable

Admission and discharge medication lists are compared and discrepancies resolved by a trained, designated person — a genuine, documented reconciliation process, not an assumption that the lists already match, and not dependent on a clinical pharmacist role this facility may not have.

In plain terms: On admission and at discharge, someone trained compares the patient’s medication lists — what they were taking, what they are taking now — and fixes any mismatch.

Facility category Crisis Transition Small Standard
Applicability Full Adapted Full Full

Why this matters

Patients arrive taking medicines the hospital does not know about and leave with lists that omit the ones they came in on. Half of all medication errors happen at these transitions. The patient’s blood pressure tablet is stopped by accident; the new anticoagulant duplicates one already at home; the antibiotic started in hospital is never told to the GP. Reconciliation means someone — a pharmacist, a trained nurse — sits with the patient and their medicines and builds one accurate list, then makes sure every change is deliberate and communicated. It is tedious. It prevents readmissions, bleeds, and deaths.

What good looks like

  • Reconciliation happens consistently at both admission and discharge, with clear records.
  • Discrepancies are resolved and documented, not left open.
  • The patient’s own account is actively sought and incorporated, not just prior records relied on.

Common failure modes

  • Reconciliation happens at only one transition point, or inconsistently at either.
  • Discrepancies are noted but left unresolved in the record.
  • The process relies solely on prior records without checking the patient’s own current account.

Worked example

In practice
A 140-bed hospital with no pharmacist on the wards.
BeforeAdmission medication history was whatever the admitting doctor wrote from the patient’s memory. Discharge summaries listed hospital medications only. The Coordinator interviewed ten discharged patients by phone: four were unsure which home medicines to continue; two had stopped a regular medicine because it was ‘not on the new list.’
ActionA reconciliation form was introduced: three columns — home medicines (from patient, family, GP or pharmacy), hospital medicines, and discharge medicines — with every difference explained. A trained nurse completed it within 24 hours of admission and again at discharge. The completed form went to the patient and the GP.
AfterThe Monitor reviewed 15 discharge summaries: each had a completed reconciliation with every change explained. Phoned three patients: all could say which home medicines to continue. Verified.

If you are starting from zero — do this first

  1. Phone five recently discharged patients: do they know which of their home medicines to keep taking?
  2. Pull five admission records: is there a complete home medication list with source?
  3. Build a three-column reconciliation form: home, hospital, discharge, with reasons for every change.
  4. Assign one trained person per ward to complete it within 24 hours.
The most common mistake: Copying the patient’s recalled list into the notes and calling that reconciliation — recall is wrong about a third of the time.

Self-assessment questions

1. Is a formal reconciliation process completed at both admission and discharge, comparing medication lists directly? — Reconciliation only at one transition point, not both, leaves a real gap.
Evidence: Reconciliation record, admission and discharge
2. Are discrepancies found during reconciliation actually resolved and documented, not just noted? — Identifying a discrepancy without resolving it provides no real safety benefit.
Evidence: Discrepancy resolution record
3. Does the process include the patient’s own account of what they actually take, not only prior records? — Prior records can be outdated or incomplete — the patient’s own current account is a necessary cross-check.
Evidence: N/A — tested directly

Common reasons for a PARTIAL answer

  • Reconciliation happens reliably at admission but is rushed or skipped at discharge. — Discharge is often a busier, more time-pressured moment, and the safeguard erodes accordingly.
  • Discrepancies are documented as found but follow-up resolution isn’t consistently tracked. — Identification without a closed loop leaves the actual risk unaddressed.
  • Patient input is sought for coherent patients but skipped for those who are confused or unable to communicate clearly.

Implementation plan

When What
Week 1 Review a sample of recent admissions and discharges for reconciliation completeness.
Week 2 Reinforce discharge reconciliation specifically, given it’s the more commonly rushed transition.
Week 3 Build a simple discrepancy resolution tracker so identified issues don’t go unresolved.
Ongoing Audit reconciliation completeness periodically, particularly at discharge and for patients with communication barriers.

How the Monitor verifies this

Method What Detail
DOCUMENT Reconciliation completeness check Reviews records to confirm reconciliation happens at both admission and discharge, not only one transition point.
DOCUMENT Discrepancy resolution review Checks whether discrepancies identified during reconciliation are actually resolved and documented, not just noted.
ASK Patient-account inclusion check Asks staff whether and how the patient’s own account of their current medications is incorporated into reconciliation.

Supervisor tips

  • Check discharge reconciliation specifically, not just admission. — Admission reconciliation is more reliably performed; discharge is where gaps concentrate.
  • Ask how reconciliation works for a patient who can’t easily communicate. — This reveals whether the process has a real answer for its hardest, highest-risk case.
  • If no clinical pharmacist role exists at this facility, ask specifically who is trained to perform reconciliation and how they were trained. — A facility without a pharmacy department can still meet this fully — the question is whether reconciliation is a real, owned function for someone, not whether that someone has a specific job title.

Evidence base

WHO’s Medication Without Harm initiative identifies transitions of care as a high-risk point specifically requiring structured reconciliation, distinct from routine prescribing safety measures — the requirement is the structured process, not a specific staffing model.

Train your team: H-04 · Care & Treatment on GMJ Academy →

This course teaches practical implementation of this standard. Free to enroll. ASF certificate on completion.

4.20

Patient Identified Correctly at Every Point of Contact

Non-Negotiable

Every patient is verified using at least two identifiers before any medication, procedure, blood product, or specimen collection — not only for laboratory work, but at every point contact could go wrong.

In plain terms: Before any medication, procedure, blood product, or specimen — every time — staff check two identifiers against the patient’s wristband.

Facility category Crisis Transition Small Standard
Applicability Full Full Full Full

Why this matters

Wrong-patient errors happen in the most ordinary moments: two patients with the same surname on one ward, a bed swap not updated on the board, a nurse who ‘knows’ the patient. The two-identifier check — name and date of birth, or name and hospital number, read from the wristband not the bed board — is the barrier. It must happen at every intervention, not just the ones staff consider high-risk, because the wrong routine medication is still the wrong medication. The wristband must exist and be legible; a hospital where a third of patients have no wristband has no identification system.

What good looks like

  • Two identifiers are checked before every medication, procedure, and blood product administration.
  • Staff can clearly state that room or bed number is never an acceptable identifier alone.
  • Identification practice is consistent across every point of contact, not concentrated only in the lab.

Common failure modes

  • Two-identifier checking happens for lab specimens but not consistently for medication rounds.
  • Room or bed number is used as a de facto identifier by some staff.
  • Identification is treated as a one-time check at admission rather than repeated at each point of contact.

Worked example

In practice
A 160-bed hospital where identification was by bed number and the name on the board.
BeforeThe Coordinator walked the wards: 30% of patients had no wristband. Two patients with the surname Mammadov were in adjacent beds. Nurses identified patients by asking ‘Are you Mr Mammadov?’ — a leading question answered yes by either. Medications were checked against the bed board.
ActionWristbands became mandatory at admission, replaced immediately if removed. The identification rule was written: ask the patient to state their name and date of birth (not confirm it), check both against the wristband, then against the prescription or request. Bed boards were removed as an identification source. Same-name alerts were added to the ward board.
AfterThe Monitor found wristbands on 100% of patients across three wards. Observed six medication rounds: identification done correctly in all. Verified.

If you are starting from zero — do this first

  1. Walk one ward and count patients without a wristband.
  2. Watch a medication round: how does the nurse identify each patient?
  3. Write the rule: two identifiers, from the wristband, stated by the patient, before every intervention.
  4. Make wristbands a non-negotiable at admission.
The most common mistake: Asking ‘Are you Mr X?’ — a confused, deaf, or polite patient will say yes to anything.

Self-assessment questions

1. Are two identifiers checked before every medication administration, not only during specimen collection? — The same two-identifier discipline applied to lab work needs to extend to medication rounds.
Evidence: Medication administration protocol
2. Is a room or bed number ever used as a patient identifier? — Room and bed numbers change and are never acceptable as an identifier on their own.
Evidence: N/A — tested directly
3. Is patient identification checked before blood products and before procedures, independently each time? — Each new point of contact needs its own check, not reliance on identification done earlier in the encounter.
Evidence: Procedure and transfusion identification record

Common reasons for a PARTIAL answer

  • The practice is strong in the lab, where it was first introduced, but hasn’t spread to other departments. — A safety practice introduced for one purpose sometimes doesn’t generalise without deliberate effort.
  • Staff verify identity but use a mix of acceptable and unacceptable identifiers inconsistently. — Partial adherence to the rule can be harder to catch than its complete absence.
  • Verification happens once at admission and is assumed to carry forward for the rest of the stay.

Implementation plan

When What
Week 1 Audit medication rounds, procedures, and blood product administration for consistent two-identifier practice.
Week 2 Brief all clinical staff explicitly that room or bed number is never acceptable alone.
Week 3 Extend the lab’s existing two-identifier discipline formally to medication and procedural contexts.
Ongoing Spot-check identification practice across different departments, not only the lab.

How the Monitor verifies this

Method What Detail
OBSERVE Medication round observation Observes a medication round directly, checking whether two identifiers are verified before each administration.
ASK Staff practice interview Asks staff what counts as an acceptable identifier, checking specifically that room or bed number is never used alone.
DOCUMENT Cross-point consistency review Reviews identification practice across medication, blood product, and procedural records for consistency, not just lab specimens.

Supervisor tips

  • Observe a medication round directly, not just review policy. — This is where the practice most commonly fails to generalise from where it started.
  • Ask specifically whether room or bed number is ever used. — A direct, specific question often reveals what a general policy question won’t.

Evidence base

[13] Correct patient identification is the first of JCI’s six International Patient Safety Goals, applied universally across medication administration, blood products, and procedures — not treated as a department-specific requirement.

Train your team: H-04 · Care & Treatment on GMJ Academy →

This course teaches practical implementation of this standard. Free to enroll. ASF certificate on completion.

4.21

Falls Risk Assessed and Actively Prevented

Non-Negotiable

Every patient is assessed for fall risk on admission using a structured tool, with prevention measures implemented for anyone identified at risk, and every fall tracked as a safety indicator.

In plain terms: Every patient is assessed for fall risk with a proper tool on admission, at-risk patients get specific precautions, and every fall is reviewed.

Facility category Crisis Transition Small Standard
Applicability Full Full Full Full

Why this matters

Falls are the most common adverse event in hospitals and a leading cause of injury in patients over 65. A fall in hospital means a fracture, a head injury, a longer stay, and often the end of independent living. Most are predictable: the patient who is confused, on sedatives, unsteady, or has fallen before. A structured tool identifies them; specific precautions — low bed, call bell within reach, non-slip footwear, hourly rounding — prevent the fall. The final element, reviewing every fall, is how a hospital learns which precautions were missing.

What good looks like

  • A structured, validated fall risk tool is used consistently on admission.
  • High-risk patients have specific, visible prevention measures in place.
  • Every fall is logged and reviewed, with lessons feeding back into practice.

Common failure modes

  • Fall risk assessment relies on informal clinical impression rather than a structured tool.
  • High-risk patients are identified but no specific prevention measures follow.
  • Falls are not consistently logged, or logged without any review.

Worked example

In practice
A 120-bed hospital that recorded falls but did not assess for them.
BeforeThe incident log showed 40 falls in a year, 8 with fractures. No admission form asked about fall risk. Precautions were left to nurse judgment. Falls were logged but not investigated. When the Coordinator reviewed ten fall incidents, six patients had a prior fall documented in their history — nobody had acted on it.
ActionA validated falls risk tool was added to the admission assessment. Any patient scoring at risk received a printed precautions card at the bedside: low bed, bell in reach, footwear, hourly rounding, and a coloured wristband. Every fall triggered a 20-minute review by the ward manager within 48 hours using a simple form: what happened, which precautions were in place, what was missing.
AfterThe Monitor reviewed 20 admissions: all had falls assessment; 8 at-risk patients had precaution cards. Fall reviews for the last five falls identified specific gaps and actions. Falls with injury down 50% in six months. Verified.

If you are starting from zero — do this first

  1. Count your falls last year and how many caused injury.
  2. Check the admission form — is there a fall risk assessment?
  3. Add a validated tool and a precautions checklist for anyone at risk.
  4. Review your last five falls: what precautions were in place?
The most common mistake: Logging falls as incidents without reviewing them — logging without learning changes nothing.

Self-assessment questions

1. Is every patient assessed for fall risk on admission using a structured, validated tool? — Not clinical impression alone — a defined scoring tool such as the Morse Fall Scale or an equivalent.
Evidence: Fall risk assessment tool and completed sample
2. Are specific prevention measures implemented for patients identified as high risk? — A completed assessment that doesn’t change anything about care provides no real protection.
Evidence: Prevention measures record for high-risk patients
3. Are falls tracked as a safety indicator, with each fall reviewed? — Tracking without review misses the chance to learn from each incident.
Evidence: Fall incident log and review record

Common reasons for a PARTIAL answer

  • Assessment happens on admission but isn’t repeated as a patient’s condition or medication changes. — Fall risk can change significantly during a stay, and a single admission-day assessment can miss that shift.
  • Prevention measures exist but are generic rather than tailored to the specific risk factors identified. — A standard set of precautions applied uniformly captures less benefit than measures matched to why a specific patient is at risk.
  • Falls are logged but review focuses only on the most serious injuries.

Implementation plan

When What
Week 1 Adopt or confirm use of a structured, validated fall risk assessment tool.
Week 2 Ensure specific, tailored prevention measures follow every high-risk identification.
Week 3 Establish a fall incident log with a defined review process for every fall, not only serious ones.
Ongoing Reassess fall risk at meaningful points during a stay, not only at admission.

How the Monitor verifies this

Method What Detail
DOCUMENT Assessment tool and completion review Reviews the fall risk assessment tool used and checks completion consistency across a sample of admissions.
OBSERVE Prevention measures check Checks whether patients currently identified as high risk have visible, specific prevention measures in place.
DOCUMENT Incident tracking review Reviews the fall incident log for tracking consistency and evidence of review following each fall.

Supervisor tips

  • Check whether reassessment happens beyond admission. — A single-point assessment is a common, specific gap worth checking directly.
  • Ask to see prevention measures for a specific current high-risk patient. — A real, current example reveals whether assessment actually translates into action.

Evidence base

[8] Dykes PC, Carroll DL, Hurley A, et al. Fall prevention in acute care hospitals: a randomized trial. JAMA. 2010;304(17):1912-1918 — a structured, tailored fall prevention intervention significantly reduced patient falls in a randomized acute care trial.

Train your team: H-04 · Care & Treatment on GMJ Academy →

This course teaches practical implementation of this standard. Free to enroll. ASF certificate on completion.

4.22

Look-Alike, Sound-Alike Medications Are Specifically Managed

Core

Medications with names or packaging that could be confused with another are identified on a specific list and managed with distinct safeguards — separated storage, distinct labelling, or an independent check — not treated the same as any other medication.

In plain terms: Medicines that look alike or sound alike are on a list, stored apart, and labelled to prevent mix-ups.

Facility category Crisis Transition Small Standard
Applicability Adapted Full Full Full

Why this matters

Hydralazine and hydroxyzine. Dopamine and dobutamine. Two vials from the same manufacturer, identical in size, different only in the strength printed in small type. Confusion between these causes serious harm every year, usually in a hurry, usually at night. The defence is to know which pairs you stock, separate them physically, and mark them — tall-man lettering (hydrALAzine / hydrOXYzine), coloured labels, a warning on the shelf. A hospital that has not made its own list does not know where its risks are.

What good looks like

  • A specific, facility-relevant LASA list exists and is kept current.
  • LASA medications are physically separated or distinctly labelled.
  • A specific additional check step applies to LASA dispensing, beyond general practice.

Common failure modes

  • No specific LASA list exists beyond general staff awareness of the concept.
  • LASA medications are stored identically to any other medication, with no distinguishing measure.
  • No additional check exists specific to this risk category.

Worked example

In practice
A 140-bed hospital with a pharmacy of 400 items and no look-alike list.
BeforeThe Coordinator and pharmacist walked the shelves. They found 14 pairs stored side by side, including two strengths of morphine in identical vials on the same shelf. A near-miss the previous month involved cefazolin and ceftriaxone. There was no list and no labelling.
ActionThe pharmacist built a look-alike/sound-alike list of 22 items from the stock and international lists. Each pair was physically separated on the shelves and in ward stock. Tall-man labels were printed. A red ‘LASA’ sticker went on each shelf position. Ward staff were shown the list.
AfterThe Monitor checked pharmacy and two ward drug cupboards: all listed pairs separated and labelled. Asked a nurse to name two look-alike pairs; she did. Verified.

If you are starting from zero — do this first

  1. Walk your pharmacy shelves with a pharmacist and pull out every pair that looks or sounds similar.
  2. Check the ISMP or WHO look-alike list against your stock.
  3. Separate every pair physically — different shelf, different drawer.
  4. Label with tall-man lettering and a warning sticker.
The most common mistake: Having a general awareness of look-alikes without a written list specific to your own stock.

Self-assessment questions

1. Does a specific, named list of look-alike, sound-alike medications exist for this facility’s own formulary? — Generic awareness of the concept is not the same as a specific list for what this facility actually stocks.
Evidence: LASA medication list
2. Are LASA medications stored separately or distinctly labelled to prevent mix-up? — Physical or visual separation, not reliance on staff memory alone.
Evidence: Storage or labelling arrangement
3. Is there a specific check step for LASA medications distinct from general dispensing practice? — An additional safeguard specific to this risk, not just standard dispensing care.
Evidence: LASA-specific check protocol

Common reasons for a PARTIAL answer

  • A LASA list exists but wasn’t built from this facility’s own formulary, so it misses relevant local risks. — A generic list doesn’t substitute for one reviewed against what’s actually stocked here.
  • Separation exists for high-profile LASA pairs but not comprehensively. — Awareness often concentrates on well-known examples while missing less famous but equally risky pairs.
  • A distinguishing measure exists but staff don’t consistently use it under time pressure.

Implementation plan

When What
Week 1 Build a specific LASA list reviewed against this facility’s actual formulary.
Week 2 Implement physical separation or distinct labelling for identified pairs.
Week 3 Define and brief staff on a specific additional check for LASA dispensing.
Ongoing Review the LASA list whenever the formulary changes.

How the Monitor verifies this

Method What Detail
DOCUMENT LASA list review Reviews the facility’s specific LASA medication list against its actual formulary for completeness.
OBSERVE Storage separation check Checks physical storage or labelling arrangements for identified LASA medications.
ASK Dispensing staff interview Asks pharmacy or dispensing staff to describe the specific check applied to LASA medications.

Supervisor tips

  • Ask for the list itself, not a general description of awareness. — A specific, named list is the only real evidence this has been deliberately addressed.
  • Check storage for a specific LASA pair directly. — Physical verification reveals more than a policy description.

Evidence base

Look-alike, sound-alike medication confusion is a recognised, distinct medication safety category in WHO and international patient safety literature, requiring targeted controls separate from general prescribing safety measures.

Train your team: H-04 · Care & Treatment on GMJ Academy →

This course teaches practical implementation of this standard. Free to enroll. ASF certificate on completion.

4.23

Restraint and Seclusion Use Is Governed and Minimised

Core

Physical or chemical restraint and seclusion are used only under a defined protocol, as a last resort, time-limited, monitored, and documented — never as a routine or convenience practice.

In plain terms: Restraint — physical or drug — is used only as a last resort, under a written protocol, for a limited time, with monitoring and documentation.

Facility category Crisis Transition Small Standard
Applicability Full Full Full Full

Why this matters

Restraint has killed patients: by positional asphyxia, by pressure injury, by aspiration, by the panic it induces. It is also a dignity violation that patients and families remember for life. Yet in a busy ward at night with a confused patient pulling at lines, it is the easy answer. The standard does not ban restraint; it demands that it be exceptional, governed, and visible. A protocol that requires a doctor’s order, a time limit, 15-minute checks, and documentation of what was tried first turns an act of convenience into an act of last resort. Chemical restraint — sedating a patient for staff convenience — is subject to the same rules.

What good looks like

  • A specific, written protocol defines restraint and seclusion as genuine last resort, with clear limits.
  • Every use is time-limited, monitored, and documented with a clear rationale.
  • Usage patterns are reviewed to catch any drift toward routine or convenience use.

Common failure modes

  • No specific protocol exists beyond general clinical judgement.
  • Use log entries show open-ended duration or missing monitoring records.
  • No review exists to check whether use is becoming routine for specific situations.

Worked example

In practice
A 150-bed hospital with a medical ward that regularly admits confused elderly patients.
BeforeBed rails, mittens and lap belts were used at nurse discretion. There was no protocol, no order, no time limit. The Coordinator found three patients restrained on one morning; none had a documented reason. One had a pressure injury under a wrist tie. Sedation ‘to settle’ was given PRN without review.
ActionA restraint protocol was written: attempt and document three alternatives first; medical order required; maximum four hours before review; 15-minute observation log; family informed. Every restraint episode is reviewed at the weekly quality meeting. Alternatives — sitters, low beds, orientation, family presence — were made available.
AfterThe Monitor reviewed the restraint log: six episodes in three months, all with order, time limit, observations, and alternatives documented. Down from an estimated 40+. Verified.

If you are starting from zero — do this first

  1. Walk the wards this morning and count restrained patients. Ask why each one is restrained.
  2. Check whether any restraint has a written order and a time limit.
  3. Write a protocol: alternatives first, order, time limit, observation, review.
  4. Make every episode reviewable — a log the quality meeting sees.
The most common mistake: Not counting bed rails and sedation as restraint — they are.

Self-assessment questions

1. Is there a written protocol governing when restraint or seclusion may be used, as a last resort only? — A specific, documented threshold, not a general judgement call left to individual staff.
Evidence: Restraint and seclusion protocol
2. Is every use time-limited, monitored, and documented, with a defined review point? — Open-ended or unmonitored use is not acceptable under any protocol.
Evidence: Restraint/seclusion use log
3. Is restraint or seclusion use reviewed to check it isn’t becoming routine for particular patients or situations? — Pattern review catches drift from last-resort toward habitual use.
Evidence: Usage pattern review record

Common reasons for a PARTIAL answer

  • A protocol exists but staff apply it inconsistently depending on individual judgement. — A written threshold doesn’t guarantee consistent application without active reinforcement.
  • Documentation happens but review of usage patterns over time doesn’t occur. — Individual instances can each look justified while a pattern reveals a genuine drift.
  • Time limits exist on paper but aren’t consistently enforced in practice.

Implementation plan

When What
Week 1 Review the current restraint and seclusion protocol for specificity and last-resort framing.
Week 2 Audit recent use log entries for time limits, monitoring, and documented rationale.
Week 3 Brief clinical staff specifically on the threshold and reinforce consistent application.
Ongoing Review usage patterns periodically for any drift toward routine use.

How the Monitor verifies this

Method What Detail
DOCUMENT Protocol review Reviews the written restraint and seclusion protocol for a clear last-resort threshold and defined limits.
DOCUMENT Use log review Reviews the use log for time limits, monitoring records, and documented rationale for each instance.
ASK Staff threshold interview Asks clinical staff to describe the specific threshold for using restraint or seclusion, testing genuine understanding versus a vague sense of the policy.

Supervisor tips

  • Ask staff to describe the threshold in their own words, not recite the policy. — Genuine understanding versus rote familiarity shows in how the answer is framed.
  • Check for pattern review, not just individual case documentation. — Drift toward routine use is only visible across multiple instances, not any single one.

Evidence base

Restraint and seclusion governance is an established patient rights and safety standard in international accreditation frameworks, reflecting recognised risk of physical and psychological harm from unmonitored or prolonged use.

Train your team: H-04 · Care & Treatment on GMJ Academy →

This course teaches practical implementation of this standard. Free to enroll. ASF certificate on completion.

4.24

Nutrition and Therapeutic Diet Needs Are Actively Managed

Core

Patients are screened for nutritional risk, therapeutic diets are correctly identified and delivered, and food handling meets basic safety standards — nutrition treated as part of clinical care, not a hospitality afterthought.

In plain terms: Patients are screened for malnutrition risk, special diets are correctly delivered, and the kitchen meets basic food safety.

Facility category Crisis Transition Small Standard
Applicability Adapted Full Full Full

Why this matters

A third of hospital patients are malnourished on admission and most get worse during their stay. Malnutrition slows wound healing, weakens immunity, and lengthens recovery. It is invisible unless you look — a simple screening tool on admission finds it. Then the diet must actually reach the patient: the diabetic must not get the sugary dessert, the dysphagia patient must not get solid food, the renal patient must not get the high-potassium meal. Food safety is the floor: a hospital kitchen that gives patients food poisoning is doing harm. These three things — screening, delivery, safety — are usually managed by three different people who do not speak to each other.

What good looks like

  • Nutritional risk screening happens consistently on admission.
  • Therapeutic diets are correctly identified, ordered, and verified at delivery.
  • Food handling and storage meet basic, verifiable safety standards.

Common failure modes

  • No structured nutritional screening exists; nutrition is addressed only if a problem becomes obvious.
  • Therapeutic diet errors occur without a verification step to catch them.
  • Food safety practices show gaps when directly inspected.

Worked example

In practice
A 130-bed hospital with an in-house kitchen and no dietitian.
BeforeNo nutrition screening. Diet orders were free text on the chart and often not communicated to the kitchen. The Coordinator watched a meal service: two diabetic patients received standard meals; a patient with dysphagia received bread. The kitchen had no temperature logs for the fridges or the hot trolley.
ActionA three-question nutrition screen (MUST) was added to admission. Diet orders were standardised to six codes on a ward board the kitchen could see. A ward assistant checked each tray against the board before serving. Kitchen temperature logs were started and a food safety inspection was arranged.
AfterThe Monitor reviewed 15 admissions: all screened; 4 at-risk referred for supplements. Observed a meal service with tray-to-board check. Kitchen logs complete for eight weeks. Verified.

If you are starting from zero — do this first

  1. Add a three-question nutrition screen to the admission form this week.
  2. Watch one meal service: does every tray match the ordered diet?
  3. Standardise diet orders to a short list of codes the kitchen understands.
  4. Check the kitchen fridge and trolley temperatures — are they logged?
The most common mistake: Screening for nutrition risk but having no pathway for what happens when a patient is at risk.

Self-assessment questions

1. Is every patient screened for nutritional risk on admission? — A specific screening step, not an assumption that nutrition will be addressed informally if it becomes relevant.
Evidence: Nutritional screening tool and record
2. Are therapeutic diets correctly identified, prescribed, and verified as delivered to the right patient? — A diet order that doesn’t reliably reach the correct patient provides no real benefit.
Evidence: Therapeutic diet order and delivery verification
3. Does food handling meet basic safety standards, verified directly, not assumed? — Kitchen and food service hygiene checked directly, the same discipline applied to clinical infection control.
Evidence: Food safety inspection record

Common reasons for a PARTIAL answer

  • Screening happens for complex or clearly frail patients but not systematically for everyone. — Nutritional risk isn’t always visually obvious, and selective screening misses less apparent cases.
  • Diet orders are correct but delivery verification relies on informal tray-matching. — An informal process is more prone to error than a defined verification step.
  • Food safety practices are generally sound but specific storage temperature logging is inconsistent.

Implementation plan

When What
Week 1 Review current nutritional screening practice for consistency across all admissions.
Week 2 Establish or reinforce a specific verification step matching therapeutic diet orders to delivery.
Week 3 Conduct a direct food safety inspection and address any gaps found.
Ongoing Audit nutritional screening and diet delivery accuracy periodically.

How the Monitor verifies this

Method What Detail
DOCUMENT Nutritional screening review Reviews the nutritional screening tool and checks completion consistency across a sample of admissions.
OBSERVE Diet delivery verification Checks whether therapeutic diet orders are correctly matched to the right patient at the point of delivery.
OBSERVE Food safety check Directly inspects food handling and storage practices against basic safety standards.

Supervisor tips

  • Ask for the screening tool and a completed sample, not a description of general awareness. — A specific, used tool is the real evidence, not stated good intentions.
  • Inspect food handling directly rather than relying on a self-report. — Direct observation catches gaps a description of policy wouldn’t reveal.

Evidence base

Nutritional screening and therapeutic diet management are recognised elements of clinical quality frameworks, reflecting evidence that nutritional status materially affects recovery, complication rates, and length of stay.

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4.25

Deteriorating Patients Are Caught Before the Crisis, Not After

Non-Negotiable

A structured early warning score is calculated from routine vital signs, tracked over time, and triggers a defined escalation response when it crosses a threshold — not left to individual clinical impression alone to notice a patient is declining.

In plain terms: Vital signs are turned into an early warning score, tracked over time, and a high score triggers a defined escalation — before the patient collapses.

Facility category Crisis Transition Small Standard
Applicability Adapted Full Full Full

Why this matters

Patients do not collapse suddenly; they deteriorate over hours, and the signs are in the vital signs: a rising pulse, a falling blood pressure, a creeping respiratory rate. A nurse looking at a single set of observations may miss the trend. An early warning score (NEWS2, MEWS, PEWS for children) converts observations into a number, and the number into an action: score 5, call the doctor; score 7, call the emergency team. Hospitals with a working early warning system have fewer cardiac arrests on the wards, because the arrest is prevented. The escalation must be defined and must actually happen — a score that triggers nothing is a number.

What good looks like

  • A structured early warning score is calculated consistently on a defined schedule.
  • A specific, named escalation response is triggered and followed when the threshold is crossed.
  • Staff can state the threshold and describe the escalation process confidently and specifically.

Common failure modes

  • Vital signs are recorded but never combined into a structured trending score.
  • No defined escalation response exists beyond general clinical judgement.
  • Staff are uncertain what score should trigger escalation, or what happens next.

Worked example

In practice
A 160-bed hospital with observations charted on paper four times a day.
BeforeVital signs were recorded but not scored. There was no escalation rule. The Coordinator reviewed five cardiac arrests from the previous year: in four, observations in the preceding 12 hours showed clear deterioration that nobody acted on. Nurses said they ‘called the doctor if worried’ but had no threshold.
ActionThe NEWS2 chart replaced the observation chart. Every set of observations produced a score; the chart printed the escalation: score 5+ — doctor to review within 30 minutes; score 7+ — call the on-call registrar immediately. Observations frequency increased with score. A one-hour training session covered all nursing staff. The rapid response arrangement was written down with a phone number.
AfterThe Monitor reviewed 20 charts: all scored correctly with escalations documented where triggered. Asked three nurses what a score of 6 means; all answered correctly. Ward cardiac arrests: 1 in six months, down from 5. Verified.

If you are starting from zero — do this first

  1. Pull your last three cardiac arrest records and look at the observations 12 hours before — were there warning signs?
  2. Adopt a validated score (NEWS2 for adults) and replace your observation chart with the scored version.
  3. Write the escalation: which score triggers which action, who to call, how fast.
  4. Train every nurse in one session.
The most common mistake: Calculating the score but having no defined escalation — or an escalation that staff feel they need permission to trigger.

Self-assessment questions

1. Is a structured early warning score calculated from routine vital signs, not just individual readings checked in isolation? — A composite score tracking trend, not six separate numbers each compared to a normal range independently.
Evidence: Early warning score tool and completed sample
2. Is there a defined escalation response triggered when the score crosses a specific threshold? — A specific, named response — not “someone will probably notice and do something.”
Evidence: Escalation protocol document
3. Is the score recalculated on a defined schedule, not only when a nurse happens to have time? — A schedule that holds even during busy shifts is what actually catches deterioration in time.
Evidence: Scoring frequency schedule

Common reasons for a PARTIAL answer

  • Scoring happens reliably on day shifts but drops off overnight when staffing is thinner. — The exact conditions that make deterioration harder to catch informally are also when the structured backup is most likely to lapse.
  • The score is calculated but the escalation threshold is vague or inconsistently applied. — A score without a clear, consistently enforced action threshold provides information without protection.
  • Escalation happens for the most severe scores but not consistently for moderate, early-warning-range scores.

Implementation plan

When What
Week 1 Review current vital sign recording practice and whether it’s ever combined into a structured score.
Week 2 Adopt a structured early warning tool and define a specific escalation threshold and response.
Week 3 Brief all clinical staff, with particular attention to overnight and weekend coverage.
Ongoing Audit scoring consistency and escalation follow-through periodically, especially outside daytime hours.

How the Monitor verifies this

Method What Detail
DOCUMENT Scoring consistency review Reviews a sample of patient records for consistent early warning score calculation against the defined schedule.
OBSERVE Escalation response check Checks whether a recent above-threshold score actually triggered the defined escalation response, not just documentation of the score itself.
ASK Staff threshold interview Asks nursing staff to state the escalation threshold and describe exactly what they do when a patient crosses it.

Supervisor tips

  • Check overnight and weekend records specifically, not just daytime samples. — Coverage gaps concentrate exactly where staffing thins.
  • Ask for a real example of an above-threshold score and trace what actually happened next. — A real example reveals whether escalation is genuine, not just documented as a policy.

Evidence base

[20] The National Early Warning Score (NEWS2) composite scoring approach, originally developed in the United Kingdom, has become an internationally adopted hospital assessment standard, shown to predict unplanned ICU transfers and clinical deterioration with strong accuracy.

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4.26

Sepsis Is Recognised and Treated Within the Hour

Non-Negotiable

Staff are trained to recognise sepsis using a standardised screening approach, and a defined care bundle — including prompt antibiotics and fluid resuscitation — is initiated without delay once sepsis is suspected, not after a diagnosis is fully confirmed.

In plain terms: Staff can recognise sepsis using a standard screen, and once suspected, antibiotics and fluids start within one hour — a defined bundle, every time.

Facility category Crisis Transition Small Standard
Applicability Full Full Full Full

Why this matters

Sepsis kills more people than heart attacks and cancer of the breast and bowel combined. Every hour of delay in antibiotics increases mortality by roughly 8%. The tragedy is that it is treatable — if recognised. It presents as ‘a bit unwell,’ ‘confused,’ ‘off their food,’ and by the time it looks like sepsis, hours have passed. A screening tool (qSOFA, NEWS2 trigger, or a sepsis-specific screen) prompts staff to suspect it early; a bundle — cultures, lactate, antibiotics, fluids, oxygen, monitoring — turns suspicion into treatment within the hour. The hour is the standard because the evidence is that clear.

What good looks like

  • A standardised screening tool is used consistently to identify possible sepsis.
  • The care bundle begins on suspicion, not after full diagnostic confirmation.
  • Time-to-antibiotic is tracked and reviewed as a specific quality metric.

Common failure modes

  • Sepsis recognition relies entirely on informal clinical impression, varying significantly by individual staff experience.
  • Treatment waits for full diagnostic confirmation before beginning.
  • No tracking exists of the time between suspicion and first treatment.

Worked example

In practice
A 150-bed hospital with no sepsis pathway.
BeforeSepsis was diagnosed by physicians on clinical judgment, often late. The Coordinator reviewed ten sepsis deaths: median time from first recorded deterioration to antibiotics was 6.5 hours. Nurses had no screening tool and no authority to escalate for sepsis specifically. Antibiotics waited for the ward round.
ActionA sepsis screen was added to the NEWS2 chart: any score of 5+ with suspected infection triggers the sepsis pathway. A ‘Sepsis Six’ bundle sticker was created: oxygen, cultures, antibiotics, fluids, lactate, monitor — with a one-hour clock started at the screen. Ward nurses were authorised to call the on-call doctor for sepsis without waiting. The pharmacy stocked first-line antibiotics on every ward.
AfterThe Monitor reviewed 12 sepsis pathway activations in three months: antibiotics given within one hour in 10. Two audit cases with delay were reviewed and actioned. Asked a nurse the six elements of the bundle; she listed them. Verified.

If you are starting from zero — do this first

  1. Review your last five sepsis deaths: how long from first deterioration to antibiotics?
  2. Add a sepsis trigger to your early warning chart.
  3. Print the Sepsis Six on a sticker and start a one-hour clock when it fires.
  4. Give nurses authority to activate the pathway without waiting for a doctor.
The most common mistake: Waiting for the doctor’s round to start antibiotics in a patient with clear sepsis triggers.

Self-assessment questions

1. Is there a standardised screening approach staff use to identify possible sepsis, not informal clinical suspicion alone? — A specific, structured screening tool, not left to individual recognition varying by experience.
Evidence: Sepsis screening tool
2. Does a defined care bundle begin immediately on suspicion, not after full diagnostic confirmation? — Suspicion triggers action; waiting for certainty costs the time that matters most.
Evidence: Sepsis bundle protocol and timing record
3. Is time from suspicion to first antibiotic dose tracked as a specific, monitored metric? — An untracked interval cannot be improved, and clinicians won’t know if delays are happening.
Evidence: Time-to-antibiotic tracking record

Common reasons for a PARTIAL answer

  • Screening is strong in the emergency department but less consistent for patients who deteriorate on general wards. — Sepsis awareness and protocol familiarity is often concentrated where it was first introduced.
  • The bundle exists and is used, but tracking of the time interval itself was never implemented. — Good practice that isn’t measured cannot demonstrate its own consistency or improve further.
  • Recognition and initial treatment are strong for classic presentations but less reliable for atypical ones.

Implementation plan

When What
Week 1 Review recent cases for screening consistency and time from suspicion to first antibiotic dose.
Week 2 Adopt or reinforce a standardised sepsis screening tool across all clinical areas, not just the emergency department.
Week 3 Establish time-to-antibiotic tracking as a routine, reviewed quality metric.
Ongoing Review tracked cases periodically, with particular attention to atypical presentations and non-emergency-department settings.

How the Monitor verifies this

Method What Detail
DOCUMENT Screening tool and bundle review Reviews the sepsis screening tool and defined care bundle for specificity and adherence in a sample of recent cases.
DOCUMENT Time-to-treatment tracking check Reviews whether time from suspicion to first antibiotic dose is tracked and monitored as a specific metric.
ASK Staff recognition interview Asks front-line clinical staff to describe how they recognise possible sepsis and what happens in the first hour after suspicion.

Supervisor tips

  • Ask about ward-based recognition specifically, not just emergency department practice. — Sepsis awareness often concentrates where it was first trained, leaving general wards less prepared.
  • Ask for actual time-to-antibiotic data, not a general assurance that treatment is prompt. — Tracked data is the only real evidence of consistent performance.

Evidence base

[9] Evans L, Rhodes A, Alhazzani W, et al. Surviving Sepsis Campaign: international guidelines for management of sepsis and septic shock 2021. Crit Care Med. 2021;49(11):e1063-e1143 — establishes time-sensitive bundled care, including prompt antibiotics and fluid resuscitation, as the international standard of care once sepsis is suspected.

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4.27

Pressure Injury Risk Is Assessed and Actively Prevented

Core

Every patient is assessed for pressure injury risk on admission and periodically thereafter, with a specific, documented prevention plan for at-risk patients — repositioning schedules, appropriate surfaces — not addressed only after an injury has already developed.

In plain terms: Every patient is assessed for pressure injury risk on admission and regularly after, and at-risk patients have a specific written prevention plan.

Facility category Crisis Transition Small Standard
Applicability Adapted Full Full Full

Why this matters

A pressure injury is a wound the hospital gave the patient. It starts within hours of immobility on a hard surface and can reach bone in days. It is painful, slow to heal, prone to infection, and almost entirely preventable: identify who is at risk (immobile, incontinent, poorly nourished, elderly), then turn them, offload the pressure, keep skin clean and dry, and check daily. A risk tool on admission — Braden, Waterlow, Norton — finds the at-risk patient; a written plan makes sure the turning schedule survives the shift change.

What good looks like

  • A structured risk assessment happens at admission and is periodically repeated during the stay.
  • A specific, documented prevention plan exists and is visibly followed for at-risk patients.
  • Patients and families receive genuine education about prevention, not just staff-facing protocol.

Common failure modes

  • Risk assessment happens once at admission, or not at all, with no periodic reassessment.
  • At-risk patients are identified but no specific prevention plan follows.
  • Patients and families receive no education about pressure injury risk or prevention.

Worked example

In practice
A 120-bed hospital where pressure injuries were treated when found.
BeforeNo risk assessment. Turning was ‘as needed.’ The Coordinator found four patients with hospital-acquired pressure injuries on one ward, none with a documented prevention plan. Nurses said the mattresses were poor and there were not enough staff to turn everyone — but no one had identified who actually needed turning.
ActionThe Braden scale was added to admission and repeated weekly. Any at-risk patient received a bedside turning chart (two-hourly), a pressure-relieving mattress from a newly purchased pool of ten, and a daily skin inspection documented. Hospital-acquired pressure injuries were counted monthly.
AfterThe Monitor reviewed 20 admissions: all had Braden scores; 7 at-risk had turning charts with entries. Monthly count showed hospital-acquired injuries down from 6 to 1. Verified.

If you are starting from zero — do this first

  1. Walk the wards and count patients with pressure injuries — ask which developed here.
  2. Add a validated risk tool (Braden or Waterlow) to admission.
  3. For anyone at risk: a turning chart at the bedside and a daily skin check.
  4. Count hospital-acquired pressure injuries every month and show the number to staff.
The most common mistake: Treating pressure injuries well but never assessing who will get one — prevention starts before the injury.

Self-assessment questions

1. Is every patient assessed for pressure injury risk on admission using a structured tool? — A validated risk assessment tool, not visual inspection alone.
Evidence: Risk assessment tool and completed sample
2. Is risk reassessed periodically during a stay, not only at the point of admission? — Risk can change significantly as a patient’s mobility or condition changes during their stay.
Evidence: Reassessment schedule and records
3. Does a documented, specific prevention plan exist for patients identified as at-risk? — Specific interventions — repositioning schedule, surface type — not a general awareness the patient is at risk.
Evidence: Prevention plan for at-risk patients

Common reasons for a PARTIAL answer

  • Assessment happens reliably at admission but reassessment during longer stays is inconsistent. — Risk can change substantially over a longer stay, and admission-only assessment misses that shift.
  • A prevention plan exists but repositioning schedules aren’t consistently followed under staffing pressure. — A documented plan and its consistent execution are different things, especially when short-staffed.
  • Staff-facing prevention protocol is strong; patient and family education is an afterthought.

Implementation plan

When What
Week 1 Review current risk assessment practice for consistency and periodic reassessment.
Week 2 Establish or reinforce specific, documented prevention plans for at-risk patients.
Week 3 Build patient and family education into the standard prevention process.
Ongoing Audit reassessment consistency and prevention plan adherence periodically.

How the Monitor verifies this

Method What Detail
DOCUMENT Risk assessment tool review Reviews the risk assessment tool used and checks completion consistency, including periodic reassessment, across a sample of admissions.
OBSERVE Prevention plan implementation check Checks whether a specific, visible prevention plan is actually in place for a current at-risk patient.
DOCUMENT Patient and family education check Checks whether at-risk patients and families receive education about pressure injury prevention, as distinct from staff-only awareness.

Supervisor tips

  • Check for reassessment specifically, not just an initial admission score. — This is the most common, specific gap in otherwise reasonable practice.
  • Ask a current at-risk patient or family member what they’ve been told about prevention. — Patient-side confirmation reveals whether education is genuine, not just documented as delivered.

Evidence base

[23] Established patient safety guidance requires systematic risk assessment at admission and periodic reassessment, with a documented, evidence-based prevention plan for identified risks.

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4.28

VTE Risk Is Assessed Before Every Admission and Procedure

Core

Every patient is assessed for venous thromboembolism risk at admission and before surgical procedures, with appropriate prophylaxis — pharmacological or mechanical — genuinely prescribed and administered for at-risk patients, not left as a general awareness that blood clots are a possible complication.

In plain terms: Every patient is assessed for blood clot risk on admission and before surgery, and those at risk get prophylaxis — drugs or compression.

Facility category Crisis Transition Small Standard
Applicability Adapted Full Full Full

Why this matters

Venous thromboembolism — a clot in the leg that travels to the lung — is the leading preventable cause of hospital death. Immobility, surgery, cancer, and age all raise the risk; most hospital patients have at least one. A short assessment identifies who is at risk; prophylaxis — low-molecular-weight heparin or compression stockings — cuts the risk by more than half. Hospitals that assess every patient and treat the at-risk have measurably fewer pulmonary emboli. Hospitals that leave it to individual judgment have the same rate as hospitals that do nothing.

What good looks like

  • VTE risk is assessed consistently at admission and reassessed before procedures.
  • Identified at-risk patients consistently receive appropriate, documented prophylaxis.
  • Staff can describe the process specifically and confidently for a real recent case.

Common failure modes

  • No structured VTE risk assessment exists beyond general clinical awareness.
  • At-risk patients are identified but prophylaxis is inconsistently prescribed or administered.
  • Reassessment before surgical procedures doesn’t happen, relying on the original admission assessment alone.

Worked example

In practice
A 170-bed hospital with a surgical unit and no VTE policy.
BeforeProphylaxis was prescribed at surgeon discretion. The Coordinator reviewed 40 surgical admissions: 15 had prophylaxis prescribed, none had a documented risk assessment. Two pulmonary emboli in the previous year had occurred in post-operative patients with no prophylaxis.
ActionA VTE risk assessment (Caprini for surgical, Padua for medical) was added to admission and pre-operative documentation, with a mandatory tick: risk score → prophylaxis decision → reason if none. Pharmacy stocked LMWH on every ward and compression stockings in surgical wards. Monthly audit of 20 charts checked assessment and prescribing.
AfterThe Monitor reviewed 25 records: all had VTE assessment; all at-risk had prophylaxis or a documented contraindication. Verified.

If you are starting from zero — do this first

  1. Pull 20 surgical and 20 medical admissions: how many have a VTE risk assessment?
  2. Adopt a validated tool and add it to admission and pre-operative forms.
  3. Make the form require a prophylaxis decision — yes, or why not.
  4. Audit 20 charts a month and report the compliance rate.
The most common mistake: Prescribing prophylaxis for ‘obvious’ cases and missing the medical patient who is just as immobile.

Self-assessment questions

1. Is every patient assessed for VTE risk at admission using a structured tool? — A specific, structured assessment, not informal judgement about which patients seem higher risk.
Evidence: VTE risk assessment tool and completed sample
2. Is risk reassessed before surgical procedures specifically, not only at general admission? — Surgery itself changes VTE risk, and pre-procedure reassessment catches that shift.
Evidence: Pre-procedure reassessment record
3. Is appropriate prophylaxis actually prescribed and administered for patients identified as at-risk? — Identification without follow-through provides no real protection.
Evidence: Prophylaxis prescription and administration record

Common reasons for a PARTIAL answer

  • Assessment happens reliably for surgical patients but less consistently for medical admissions. — VTE risk awareness is often historically stronger in surgical contexts, leaving medical patients under-assessed.
  • Prophylaxis is prescribed but administration is inconsistently tracked or confirmed. — A prescription that doesn’t reliably translate into administration provides no real protection.
  • Mechanical prophylaxis (compression devices) is used inconsistently even when correctly prescribed.

Implementation plan

When What
Week 1 Review VTE risk assessment consistency across both surgical and medical admissions.
Week 2 Establish or reinforce pre-procedure reassessment as a distinct, required step.
Week 3 Build a verification step confirming prescribed prophylaxis is actually administered.
Ongoing Audit prophylaxis administration rates periodically against risk assessment results.

How the Monitor verifies this

Method What Detail
DOCUMENT Risk assessment consistency review Reviews VTE risk assessment completion at admission and before procedures across a sample of patients.
DOCUMENT Prophylaxis administration check Checks whether identified at-risk patients actually received prescribed prophylaxis, not just an assessment result on file.
ASK Clinical staff interview Asks clinical staff to describe the VTE risk assessment and prophylaxis process for a recent, specific patient.

Supervisor tips

  • Check medical admissions specifically, not just surgical ones. — VTE prevention rigor often concentrates in surgical contexts, leaving medical patients under-protected.
  • Ask to see administration records, not just the prescription. — A prescribed but unadministered prophylaxis is a common, specific gap worth checking directly.

Evidence base

[17] National Institute for Health and Care Excellence. Venous thromboembolism in over 16s: reducing the risk of hospital-acquired deep vein thrombosis or pulmonary embolism. NICE guideline NG89. London: NICE; 2018 — establishes systematic risk assessment and appropriate prophylaxis as standard practice for all applicable hospital admissions.

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4.29

Blood and Blood Products Are Verified Before Every Transfusion

Non-Negotiable

Blood and blood products are matched to the correct patient through an independent two-person verification at the bedside immediately before transfusion, with the reaction monitored throughout — not a single check at collection assumed to hold true all the way to administration.

In plain terms: Before every blood transfusion, two people independently verify the blood matches the patient, at the bedside, immediately before it goes up.

Facility category Crisis Transition Small Standard
Applicability Full Full Full Full

Why this matters

An ABO-incompatible transfusion kills within minutes, and it happens because a unit intended for one patient was hung on another. The chain of error is short: two patients with similar names, a unit collected for the wrong bed, a check done at the nurses’ station instead of the bedside. The bedside two-person check — both staff independently comparing the patient’s wristband, the unit label, the crossmatch form, and the prescription — is the last barrier and has to be done at the bedside, immediately before starting, every time. There is no acceptable shortcut.

What good looks like

  • Independent two-person bedside verification happens consistently, immediately before every transfusion.
  • Monitoring during and after transfusion follows a defined, consistently applied schedule.
  • Staff describe a specific, confident response protocol for a suspected reaction.

Common failure modes

  • Verification happens once at collection, with no independent bedside check before administration.
  • Monitoring is informal, with no defined schedule.
  • Staff are uncertain what to do if a reaction is suspected.

Worked example

In practice
A 150-bed hospital transfusing about 30 units a week.
BeforeBlood was collected from the fridge, checked at the nurses’ station by two nurses against the crossmatch form, then taken to the patient. The Coordinator observed this: the check happened 15 metres from the patient and did not include the wristband. There had been one near-miss (wrong patient, caught by a relative) in the previous year.
ActionThe bedside check became mandatory: both staff at the bedside, patient states name and date of birth, both check wristband against unit, form, and prescription, both sign on the transfusion record at the bedside, unit started immediately. The transfusion record was redesigned to make the bedside signature explicit. Ward managers observed the first 20 transfusions.
AfterThe Monitor observed two transfusions: both checked at the bedside by two staff with wristband verification. Reviewed 30 transfusion records: all bedside-signed. Verified.

If you are starting from zero — do this first

  1. Watch a transfusion from fridge to vein. Where does the check happen, and what is checked?
  2. Redesign the transfusion form to require two bedside signatures with time.
  3. Make the rule: no check at the nurses’ station — bedside only, immediately before starting.
  4. Observe the next 20 transfusions to embed it.
The most common mistake: Checking at the nurses’ station and then walking to the patient — the walk is where the error happens.

Self-assessment questions

1. Is there an independent two-person verification of blood product and patient identity immediately before transfusion, at the bedside? — Two people, independently, at the actual point of administration — not a single check earlier in the process.
Evidence: Bedside verification protocol and record sample
2. Is the patient monitored for a reaction during and immediately after transfusion, on a defined schedule? — A specific monitoring schedule, not “someone will notice if something goes wrong.”
Evidence: Transfusion monitoring record
3. Is there a defined, immediate response protocol for a suspected transfusion reaction? — A specific, known process — not improvisation in the moment.

Common reasons for a PARTIAL answer

  • Bedside verification happens but isn’t genuinely independent — the same person effectively checks their own work twice. — Independent verification requires a second person forming their own judgement, not confirming the first person’s.
  • Monitoring is thorough in the first few minutes but tapers off before the transfusion completes. — Reactions can occur at any point during administration, not only at the start.
  • A reaction response protocol exists but hasn’t been drilled or reviewed recently.

Implementation plan

When What
Week 1 Review recent transfusion records for genuine two-person bedside verification.
Week 2 Reinforce genuine independence in the verification process, not sequential confirmation by the same effective judgement.
Week 3 Establish or reinforce a defined, complete monitoring schedule covering the full transfusion period.
Ongoing Periodically review or drill the reaction response protocol with relevant staff.

How the Monitor verifies this

Method What Detail
OBSERVE Bedside verification observation Observes or reviews detailed records of the two-person bedside verification step for a sample of recent transfusions.
DOCUMENT Monitoring record review Reviews transfusion monitoring records for consistency with the defined schedule.
ASK Reaction response interview Asks clinical staff to describe the specific response protocol for a suspected transfusion reaction.

Supervisor tips

  • Ask who performed the bedside check and confirm genuine independence. — A specific example reveals whether this is a real second check or a formality.
  • Ask about monitoring at the end of a transfusion specifically, not just the beginning. — Monitoring discipline commonly tapers off before a transfusion is actually complete.

Evidence base

[1] Blood transfusion safety standards, including AABB’s Standards for Blood Banks and Transfusion Services, require independent two-person bedside verification immediately before administration as a distinct, non-negotiable safeguard separate from earlier collection and crossmatch checks.

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4.30

Handoffs Use a Structured, Verbal Process — Not Just a Written Note

Non-Negotiable

Clinical handoffs between shifts or care teams follow a structured, standardised format delivered verbally with an opportunity to ask questions — not a written note alone that the receiving clinician reads without any live exchange.

In plain terms: Shift and team handovers use a fixed structure, are done out loud, and the receiving team can ask questions — not just a written note left on the desk.

Facility category Crisis Transition Small Standard
Applicability Full Full Full Full

Why this matters

Handover is where the day shift’s knowledge of the patient either transfers to the night shift or evaporates. A structured format — SBAR, I-PASS, or a local equivalent — ensures the critical items are said: the pending result, the deteriorating patient, the family conversation that needs to happen. Verbal delivery with questions catches what the written note omits. Handovers done by reading a printed list while the receiving team is already moving lose the one thing they exist for: shared understanding of who is at risk tonight.

What good looks like

  • Handoffs consistently follow a structured, standardised format, delivered live and verbally.
  • The receiving clinician has a genuine, used opportunity to ask questions.
  • The process is consistent across shifts and departments, not dependent on individual team habit.

Common failure modes

  • Handoffs are written notes only, with no live verbal exchange.
  • No standardised structure exists; content varies significantly by who is handing over.
  • Different departments have noticeably inconsistent handoff practices.

Worked example

In practice
A 140-bed hospital where handover was a printed patient list with free-text comments.
BeforeThe Coordinator observed a night handover: a nurse read names and diagnoses from a list; the incoming team listened while checking phones. No questions. A patient with a critical potassium result pending was not mentioned; the night team found it at 2am. Doctors handed over verbally, but the format varied by individual.
ActionAn SBAR handover template was adopted for nursing and medical handovers: each patient — situation, background, assessment, recommendation — with a specific line for ‘things to watch tonight’ and ‘pending results.’ Handover was done in a quiet room, seated, with the incoming team asked ‘Any questions?’ after each patient. It took five minutes longer.
AfterThe Monitor observed a handover: structured, verbal, with three questions asked and answered. Reviewed the template in use. Asked an incoming nurse to name the sickest patient on the ward; she did immediately. Verified.

If you are starting from zero — do this first

  1. Sit in on one shift handover and count the questions asked. Zero is the usual answer.
  2. Adopt SBAR or I-PASS and print it as a template.
  3. Add two mandatory lines: ‘watch tonight’ and ‘pending results.’
  4. Move handover to a room where people sit and can hear.
The most common mistake: Confusing a written handover sheet with a handover — the sheet is a memory aid, not the handover.

Self-assessment questions

1. Do handoffs follow a structured, standardised format, not an unstructured verbal or written summary? — A defined structure — covering the same essential elements every time, not left to individual habit.
Evidence: Handoff format template
2. Is the handoff delivered live and verbally, with an opportunity for the receiving clinician to ask questions? — Live exchange, not a written note read in isolation with no chance to clarify.
Evidence: N/A — tested directly
3. Is the handoff process consistent across shift changes and between departments, not only within one team’s habit? — Consistency matters most exactly at the boundaries where information is most likely to be lost.
Evidence: Cross-department handoff consistency check

Common reasons for a PARTIAL answer

  • A structured format exists for nursing handoffs but not for physician-to-physician handoffs. — Different professional groups sometimes develop separate, uncoordinated handoff cultures within the same facility.
  • Verbal handoff happens but questions are rarely actually asked, suggesting limited genuine engagement. — The opportunity existing and being genuinely used are different things worth checking separately.
  • Handoff quality is strong during weekday daytime shifts but thinner at night or on weekends.

Implementation plan

When What
Week 1 Observe current handoff practice across different shifts and departments for structure and consistency.
Week 2 Adopt or reinforce a standardised handoff format applied across all relevant staff groups.
Week 3 Brief staff explicitly on the expectation of live, verbal delivery with genuine opportunity for questions.
Ongoing Spot-check handoff quality periodically, particularly at night and on weekends.

How the Monitor verifies this

Method What Detail
OBSERVE Live handoff observation Observes an actual shift handoff for structure, verbal delivery, and genuine opportunity for questions.
DOCUMENT Format template review Reviews the standardised handoff format for completeness and consistent use.
ASK Cross-department consistency interview Asks staff in different departments to describe their handoff process, checking for genuine consistency.

Supervisor tips

  • Observe an actual handoff, don’t just review the template. — Live observation reveals whether structure exists in practice, not only on paper.
  • Check physician handoffs specifically, not only nursing handoffs. — Structured handoff culture sometimes takes hold in one professional group and not others.

Evidence base

Correct patient identification and effective communication are named together among JCI’s International Patient Safety Goals, with structured handoff communication specifically identified as a distinct requirement from general clinical documentation.

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4.31

Opioid Prescribing Is Deliberately Stewarded

Core

Opioid prescribing follows a defined stewardship approach — appropriate dose and duration, genuine consideration of non-opioid alternatives, and monitoring for signs of diversion or misuse — led by a trained, designated person or a physician champion where no dedicated pharmacy function exists, not treated identically to any other medication once high-alert safeguards are satisfied.

In plain terms: Opioids are prescribed deliberately — right dose, shortest duration, non-opioid options considered first — and patients are monitored for harm.

Facility category Crisis Transition Small Standard
Applicability Adapted Adapted Full Full

Why this matters

Opioids relieve pain and cause respiratory depression, dependence, and death. In-hospital opioid deaths are usually from over-sedation that nobody was monitoring for. Post-discharge dependence often starts with a hospital prescription that was never reviewed. Stewardship means asking, every time: is an opioid needed, is a non-opioid enough, what is the lowest effective dose, when will it stop, and who is watching the patient’s breathing? A hospital without a stewardship approach is prescribing on habit.

What good looks like

  • A specific opioid stewardship protocol exists, distinct from general medication safety practice.
  • Non-opioid alternatives are genuinely considered and documented, not just theoretically available.
  • A real monitoring process exists for diversion or misuse concerns.

Common failure modes

  • Opioids are managed identically to other high-alert medications, with no opioid-specific stewardship approach.
  • No documentation shows alternatives were considered before opioid prescribing.
  • No monitoring exists for diversion or misuse beyond initial prescribing safeguards.

Worked example

In practice
A 160-bed hospital with liberal PRN opioid prescribing on surgical wards.
BeforePost-operative patients routinely had PRN morphine with no stop date and no sedation monitoring. Discharge prescriptions for a week of strong opioids were standard. The Coordinator found two documented over-sedation events requiring naloxone in the previous year and no review of discharge opioid prescribing.
ActionA stewardship protocol was introduced: multimodal analgesia (paracetamol and NSAID) first; opioids with a documented indication and a 72-hour review date; sedation score with every dose; discharge opioid supply limited to three days with a review plan. Pharmacy flagged prescriptions outside the protocol.
AfterThe Monitor reviewed 20 surgical charts: all had multimodal analgesia; opioid orders had review dates; sedation scores present. Discharge opioid quantities down 60%. Verified.

If you are starting from zero — do this first

  1. Pull 20 post-operative charts: is there a sedation score recorded with opioid doses?
  2. Check how many days of opioids patients typically go home with.
  3. Write a protocol: non-opioids first, indication, stop date, sedation monitoring.
  4. Cap discharge supply at three days with a review plan.
The most common mistake: Monitoring pain closely but not monitoring sedation — the patient who is comfortable and not breathing.

Self-assessment questions

1. Is there a defined stewardship approach for opioid prescribing, distinct from general high-alert medication management? — Specific to opioids — dose, duration, alternatives — not folded generically into broader medication safety.
Evidence: Opioid stewardship protocol
2. Are non-opioid alternatives genuinely considered and documented before opioid prescribing, not just theoretically available? — Evidence of actual consideration, not an assumption that alternatives were weighed.
Evidence: Prescribing documentation sample
3. Is there monitoring for signs of diversion or misuse, not just appropriate initial prescribing? — Stewardship extends beyond the prescribing moment into ongoing awareness.
Evidence: Diversion monitoring process

Common reasons for a PARTIAL answer

  • Stewardship principles are followed by senior prescribers but less consistently by covering or junior staff. — Institutional knowledge doesn’t always transfer without deliberate, structured reinforcement.
  • Alternatives are considered clinically but not documented, making the practice hard to verify or audit. — Genuine practice that isn’t documented can’t be reliably distinguished from practice that didn’t happen.
  • Diversion monitoring exists for inpatient settings but not for discharge prescriptions.

Implementation plan

When What
Week 1 Review current opioid prescribing documentation for evidence of alternative consideration.
Week 2 Establish or reinforce a specific opioid stewardship protocol, distinct from general medication safety.
Week 3 Build a monitoring process for diversion or misuse signs, covering discharge prescriptions specifically.
Ongoing Audit prescribing documentation and monitoring practice periodically.

How the Monitor verifies this

Method What Detail
DOCUMENT Stewardship protocol review Reviews the specific opioid stewardship protocol for dose, duration, and alternative-consideration guidance.
DOCUMENT Prescribing documentation check Reviews a sample of opioid prescriptions for documented consideration of non-opioid alternatives.
ASK Diversion monitoring interview Asks pharmacy or nursing staff to describe how diversion or misuse concerns are identified and addressed.

Supervisor tips

  • Ask to see the opioid-specific protocol, not general high-alert medication policy. — A facility without a distinct opioid protocol likely hasn’t genuinely separated this risk category yet.
  • Ask about discharge prescription monitoring specifically. — This is where diversion risk monitoring most commonly stops, even when inpatient practice is strong.
  • Ask who leads opioid stewardship at this facility, and accept a named physician champion as a genuine answer. — The absence of a pharmacy department is not, on its own, evidence stewardship is missing — the presence of a genuinely designated, trained owner is what matters.

Evidence base

[7] Established clinical practice guidance for prescribing opioids for pain establishes dose, duration, and alternative-consideration principles as core opioid stewardship practice, reflected in guidance recognized across many countries.

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4.32

Pain Is Formally Assessed and Reassessed, Not Just Asked About Once

Core

Every patient’s pain is assessed using a structured tool on admission and reassessed at defined intervals, particularly after any intervention intended to address it — not asked about once informally and left unrevisited.

In plain terms: Pain is measured with a scale on admission and re-checked at set times — especially after giving something for it — not just asked about once.

Facility category Crisis Transition Small Standard
Applicability Adapted Full Full Full

Why this matters

Untreated pain is a clinical failure, not a discomfort. It raises blood pressure, delays mobilisation, prevents sleep, and slows recovery. But pain is invisible unless asked about, and a single question at admission tells you nothing about the patient at 3am. A numerical or faces scale gives a number; reassessment at defined intervals and after each analgesic tells you whether the treatment is working. A patient who reports 8/10, receives morphine, and is not re-asked for six hours has not been treated for pain — they have been given a drug.

What good looks like

  • Pain is assessed using a structured tool on admission, consistently.
  • Reassessment specifically follows interventions intended to address pain.
  • Reassessment results are visibly used to adjust the care plan, not just recorded.

Common failure modes

  • Pain is asked about informally once, with no structured tool used.
  • No reassessment happens after interventions intended to address pain.
  • Reassessment results are documented but never lead to any change in the care plan.

Worked example

In practice
A 130-bed hospital with ‘pain’ as a free-text item in the nursing notes.
BeforePain was recorded as ‘pain +’ or ‘comfortable.’ There was no scale and no reassessment schedule. The Coordinator interviewed ten patients: six reported pain over 5/10 that had not been reassessed since the last analgesic. One post-operative patient had received nothing for 14 hours because ‘she didn’t ask.’
ActionA 0–10 scale (with a faces scale for children and those who cannot rate) was added to the observation chart as a fifth vital sign. Rule: assess on admission, with every set of observations, and 30–60 minutes after any analgesic. Score over 4 prompts action. Monthly audit of 20 charts.
AfterThe Monitor reviewed 20 charts: pain scored with observations and after analgesics. Interviewed five patients: all had been asked about pain in the last four hours. Verified.

If you are starting from zero — do this first

  1. Ask ten patients right now to rate their pain 0–10 and when they were last asked.
  2. Add a pain score to the observation chart as a fifth vital sign.
  3. Make the rule: reassess 30–60 minutes after every analgesic.
  4. Audit 20 charts monthly for reassessment after analgesia.
The most common mistake: Recording pain in free text — ‘comfortable’ cannot be trended or acted on.

Self-assessment questions

1. Is pain assessed using a structured tool on admission, not an informal, unstructured question? — A specific, structured scale appropriate to the patient, not a general “how are you feeling” check.
Evidence: Pain assessment tool and completed sample
2. Is pain reassessed at defined intervals, particularly after any intervention intended to address it? — Reassessment specifically tied to interventions, not just a general periodic check.
Evidence: Reassessment record
3. Are reassessment results actually used to adjust the care plan, not just recorded and left unactioned? — A reassessment that doesn’t influence care provides no real benefit over not reassessing at all.
Evidence: Care plan adjustment record

Common reasons for a PARTIAL answer

  • Assessment is structured and thorough at admission but reassessment becomes informal or inconsistent afterward. — Initial assessment often receives more deliberate attention than the ongoing reassessment that follows.
  • A structured tool is used but not adapted for patients who can’t self-report clearly, such as those who are cognitively impaired. — A tool that works well for most patients can still leave a meaningful group without adequate assessment.
  • Reassessment happens and is documented but rarely results in a visible care plan change.

Implementation plan

When What
Week 1 Review current pain assessment practice for structured tool use and reassessment consistency.
Week 2 Ensure the assessment tool is adapted for patients who cannot self-report clearly.
Week 3 Establish reassessment specifically tied to interventions, not only a general schedule.
Ongoing Audit whether reassessment results are actually reflected in care plan adjustments.

How the Monitor verifies this

Method What Detail
DOCUMENT Assessment tool review Reviews the pain assessment tool used and checks completion consistency on admission.
DOCUMENT Reassessment timing review Reviews whether reassessment specifically follows pain-related interventions, not only a general schedule.
OBSERVE Care plan responsiveness check Checks whether reassessment results are reflected in actual adjustments to the care plan.

Supervisor tips

  • Check reassessment specifically after an intervention, not just admission assessment. — This is the most common gap — strong initial assessment, weak follow-through.
  • Ask how pain is assessed for a patient who cannot self-report clearly. — This reveals whether the tool genuinely covers the whole patient population, not just the straightforward cases.

Evidence base

Formal pain assessment and reassessment is an established element of patient-centred care standards in major hospital accreditation frameworks internationally, treated as its own distinct requirement rather than folded into general clinical assessment.

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4.33

Dignity, Respect, and Non-Discrimination Are Practised, Not Just Stated

Non-Negotiable

Every patient is treated with dignity and respect regardless of background, and care decisions are demonstrably free of discrimination based on race, religion, gender, disability, sexual orientation, or any other protected characteristic — verified through observation and patient experience, not assumed from a written policy.

In plain terms: Every patient is treated with dignity regardless of who they are, and you can show that care decisions are not affected by race, religion, gender, disability, wealth, or any other status.

Facility category Crisis Transition Small Standard
Applicability Full Full Full Full

Why this matters

Discrimination in healthcare is rarely a policy; it is a hundred small decisions — who waits longer, who gets the private room, whose pain is believed, whose questions are answered. It is often invisible to the people who work in the system and painfully visible to those on the receiving end. The standard asks for more than a non-discrimination statement: it asks for evidence — patient feedback disaggregated by group, complaints reviewed for patterns, staff who can describe what dignified care looks like in practice, and a way for a patient who feels discriminated against to say so and be heard.

What good looks like

  • A non-discrimination policy specifically covers clinical care decisions, not only administrative matters.
  • Staff describe concrete, specific practices, not general assurances.
  • A discrimination-specific reporting mechanism exists, distinct from general complaints.

Common failure modes

  • Policy exists only for employment matters, silent on clinical care decisions.
  • Staff can only offer general assurances with no specific practice examples.
  • No distinct mechanism exists for reporting discriminatory treatment; it would be lost in general feedback.

Worked example

In practice
A 150-bed hospital serving a city with a significant minority-language population.
BeforeA non-discrimination policy existed. Patient surveys were not broken down by any group. The Coordinator reviewed complaints: three in the past year alleged discriminatory treatment; all were closed as ‘no evidence.’ Minority-language patients waited longer at registration because staff did not speak their language and no interpreter was arranged.
ActionPatient experience surveys were disaggregated by language, age, and gender. A dignity and respect module was added to induction, with concrete examples. Complaints alleging discrimination were routed to a named senior person with a defined investigation. Interpreter access was arranged (see 8.3/9.3). Waiting-time data by language group was reviewed quarterly.
AfterThe Monitor reviewed disaggregated survey data showing waiting-time equity within 10%. Interviewed four staff who described dignity practices concretely. Reviewed a discrimination complaint investigated in full. Verified.

If you are starting from zero — do this first

  1. Break your patient survey down by language, gender, and age — are the results the same?
  2. Review any complaint alleging discrimination in the last two years — how was it investigated?
  3. Ask five staff to describe one specific thing that shows dignity in care.
  4. Create a route for discrimination complaints to a named senior person.
The most common mistake: Having a non-discrimination policy and no data — you cannot demonstrate equity you have never measured.

Self-assessment questions

1. Is there a written non-discrimination policy covering care decisions, not only administrative or employment matters? — Specifically covering clinical care and treatment decisions, not just a general workplace policy.
Evidence: Non-discrimination policy document
2. Can staff describe specific ways they ensure equitable treatment across different patient backgrounds? — Concrete, specific practices, not a general assurance that discrimination doesn’t happen here.
Evidence: N/A — tested directly
3. Is there a mechanism for a patient to report perceived discriminatory treatment, distinct from a general complaint process? — A pathway that specifically names and takes discrimination concerns seriously, not folded anonymously into general feedback.
Evidence: Discrimination-specific reporting mechanism

Common reasons for a PARTIAL answer

  • Policy exists and is comprehensive but was never specifically communicated to clinical staff. — A well-written policy that never reaches the people making care decisions has limited practical effect.
  • Staff describe good intentions but struggle to give specific examples of how equity is actually ensured. — Genuine practice usually shows in specific examples; general intentions alone are harder to verify.
  • A reporting mechanism exists but few patients know it’s available or specifically covers discrimination.

Implementation plan

When What
Week 1 Review current policy scope for coverage of clinical care decisions specifically.
Week 2 Communicate the policy directly to clinical staff, with concrete examples of equitable practice.
Week 3 Establish a distinct, clearly communicated mechanism for reporting discrimination concerns.
Ongoing Gather patient feedback periodically specifically addressing equitable treatment.

How the Monitor verifies this

Method What Detail
DOCUMENT Policy scope review Reviews the non-discrimination policy for coverage of clinical care decisions specifically, not only administrative matters.
ASK Staff practice interview Asks staff to describe specific, concrete practices ensuring equitable treatment across patient backgrounds.
OBSERVE Patient experience check Where possible, observes or gathers patient feedback on whether treatment felt equitable and respectful across different backgrounds.

Supervisor tips

  • Ask staff for a specific example, not a general assurance. — Concrete practice examples distinguish genuine internalisation from stated policy.
  • Ask how a patient would report a discrimination concern specifically, not a general complaint. — A distinct, known pathway is the real evidence this is taken seriously as its own category.

Evidence base

Non-discrimination and equitable treatment are foundational patient rights principles across international healthcare quality frameworks, consistently requiring verification through actual patient experience and observed practice, not policy existence alone.

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4.34

Vulnerable Patients Get Real, Specific Protections

Non-Negotiable

Patients who are elderly, cognitively impaired, or otherwise vulnerable to reduced capacity for self-advocacy receive specific, documented additional protections — not the same general care approach applied to every patient regardless of their actual ability to protect their own interests.

In plain terms: Patients who cannot easily speak up for themselves — elderly, cognitively impaired, disabled — get specific, documented extra protections.

Facility category Crisis Transition Small Standard
Applicability Full Full Full Full

Why this matters

The confused elderly patient cannot say the food is wrong, the bed rail is up without reason, or the medication was missed. The patient with a learning disability may nod through a consent conversation they did not understand. These patients are harmed more often than others because they cannot object. Protection means identifying them at admission, involving a family member or advocate, documenting decisions with extra care, checking on them more often, and having a named person responsible for their wellbeing. It is not extra work for its own sake; it is the only way these patients get the same care as everyone else.

What good looks like

  • A specific, structured process identifies patients with reduced capacity for self-advocacy.
  • Identified patients receive specific, documented additional protections beyond standard care.
  • A real advocacy or representation process ensures active involvement in care decisions.

Common failure modes

  • No specific identification process exists beyond informal staff impression.
  • Vulnerable patients receive the same general approach as any other patient, with no additional protections.
  • No advocacy or representation process exists for patients unable to fully self-advocate.

Worked example

In practice
A 140-bed hospital with a large geriatric case load.
BeforeCognitive impairment was not screened. Patients with dementia were treated identically to others, including consent by signature they did not understand. There was no advocate arrangement. The Coordinator found a patient with advanced dementia who had been in a side room for four days with no documented family contact and a missed meal each day because ‘she didn’t want it.’
ActionA four-item cognitive screen was added to admission for over-65s. Any positive screen triggered: a family or advocate contact recorded within 24 hours; a ‘vulnerable patient’ flag on the ward board; a named nurse; daily check by the ward manager; consent decisions involving the family or a best-interests process. A vulnerable adults lead was appointed.
AfterThe Monitor reviewed 15 over-65 admissions: all screened; 5 flagged with named nurse and family contact recorded. Interviewed a family member who described being involved. Verified.

If you are starting from zero — do this first

  1. Add a brief cognitive screen to admission for older patients.
  2. For anyone who screens positive: contact a family member or advocate within 24 hours and record it.
  3. Put a discreet flag on the ward board and assign a named nurse.
  4. Name one senior person as the vulnerable adults lead.
The most common mistake: Treating vulnerable patients ‘the same as everyone else’ — which means their needs go unmet because they cannot ask.

Self-assessment questions

1. Is there a process to identify patients with reduced capacity for self-advocacy, not left to informal staff judgement alone? — A specific, structured identification process, not assumed to be obvious.
Evidence: Vulnerability identification process
2. Do identified vulnerable patients receive specific, documented additional protections? — Concrete, named protections — not the same general care approach applied to everyone.
Evidence: Additional protections documentation
3. Is there a designated advocate or process ensuring a vulnerable patient’s interests are actively represented in care decisions? — Active representation, not an assumption that standard processes adequately protect everyone equally.
Evidence: Advocate or representation process

Common reasons for a PARTIAL answer

  • Identification happens for obviously impaired patients but misses more subtle or intermittent vulnerability. — Capacity can fluctuate or be less visibly apparent, and a process calibrated for obvious cases misses this.
  • Additional protections exist on paper but aren’t consistently implemented in daily practice. — A protection that exists as policy but not as lived practice provides limited real benefit.
  • An advocacy process exists for family-involved patients but not for those without present family or support.

Implementation plan

When What
Week 1 Review current practice for identifying patients with reduced self-advocacy capacity.
Week 2 Establish specific, documented additional protections for identified vulnerable patients.
Week 3 Build an advocacy or representation process, with particular attention to patients without present family support.
Ongoing Audit identification and protection consistency periodically.

How the Monitor verifies this

Method What Detail
DOCUMENT Identification process review Reviews the process for identifying patients with reduced capacity for self-advocacy.
DOCUMENT Additional protections check Reviews documentation for specific, additional protections applied to identified vulnerable patients.
ASK Advocacy process interview Asks staff to describe how a vulnerable patient’s interests are actively represented in a specific, real care decision.

Supervisor tips

  • Ask about a patient with no accompanying family or support specifically. — This is where advocacy processes are most likely to have a genuine, unaddressed gap.
  • Ask for a specific, real example of additional protections being applied. — A concrete example reveals genuine practice better than a description of policy.

Evidence base

Vulnerable patient protection frameworks, addressing populations with reduced capacity for self-advocacy, are established requirements across major international healthcare quality and safety standards, distinct from general patient rights provisions.

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4.35

Advance Directives Are Sought, Documented, and Actually Followed

Core

Patients are asked about existing advance directives and offered support to create one where appropriate, with any documented directive genuinely accessible to the care team and followed — not asked once as a formality with no real mechanism ensuring it influences actual care decisions.

In plain terms: Patients are asked whether they have an advance directive, helped to make one if they want, and any directive is accessible and actually followed.

Facility category Crisis Transition Small Standard
Applicability Adapted Full Full Full

Why this matters

An advance directive is the patient’s voice when they cannot speak — what treatment they want and do not want if they lose capacity. A directive that exists but is in a drawer at home, or filed in a record nobody opens at 2am, has failed. The standard asks that patients be asked, that those who want one be helped, that the directive be visible in the record and at the bedside where relevant, and that the team follows it. A hospital that resuscitates a patient with a valid do-not-resuscitate directive has committed a serious harm.

What good looks like

  • Advance directive questions are a consistent, standard part of every admission.
  • Documented directives are genuinely, quickly accessible to the care team when needed.
  • Real evidence exists that directives influence actual care decisions, not just sit on file.

Common failure modes

  • Advance directive questions are asked inconsistently or only in specific situations.
  • Directives are documented but difficult or slow to locate during an actual care decision.
  • No evidence exists that documented directives have influenced any real care decision.

Worked example

In practice
A 120-bed hospital with an oncology and palliative unit.
BeforeNo one asked about advance directives. Two patients on the oncology ward had written directives at home; neither was in the record. One was resuscitated against her documented wishes because the night team did not know. Staff were unsure of the legal status of directives.
ActionAdmission for all adults includes ‘Do you have an advance directive or a preference about treatment if you become very unwell?’ Any existing directive is copied into the record with a prominent flag. Patients who want one are referred to a trained nurse who helps them complete a simple form. The directive summary appears on the ward handover sheet.
AfterThe Monitor reviewed 20 adult admissions: all asked; 3 directives on file and flagged. Interviewed a palliative nurse who described the process. Verified.

If you are starting from zero — do this first

  1. Add one question to admission: ‘Do you have any written wishes about your treatment if you become very unwell?’
  2. Create a visible flag in the record for any directive.
  3. Put the directive status on the handover sheet.
  4. Train one nurse to help patients complete a directive.
The most common mistake: Filing a directive in the record without flagging it — at 3am, nobody reads the full record.

Self-assessment questions

1. Are patients asked about existing advance directives as part of standard admission practice? — A routine, standard question, not asked inconsistently or only when a situation prompts it.
Evidence: Admission process documentation
2. Is a documented advance directive genuinely accessible to the care team at the point of an actual decision? — Findable in the moment it matters, not filed somewhere nobody checks during an emergency.
Evidence: Directive accessibility check
3. Is there evidence that documented directives actually influence care decisions when relevant? — Genuine adherence, not just documentation that exists but goes unconsulted.
Evidence: Directive adherence record

Common reasons for a PARTIAL answer

  • The question is asked consistently but support to actually create a directive isn’t offered. — Asking whether one exists is different from helping a patient who wants one but doesn’t have one yet.
  • Directives are documented but stored in a system not all relevant staff can quickly access. — Documentation that isn’t genuinely accessible at the point of decision provides limited real protection.
  • Directives are respected when family is present to remind staff but not consistently otherwise.

Implementation plan

When What
Week 1 Review current admission practice for consistency of advance directive questions.
Week 2 Ensure genuine support is offered to patients who want to create a directive.
Week 3 Verify and improve directive accessibility to all relevant care team members, not dependent on family reminders.
Ongoing Review real cases periodically to confirm directives are actually influencing care decisions.

How the Monitor verifies this

Method What Detail
DOCUMENT Admission practice review Reviews whether advance directive questions are a consistent, standard part of admission practice.
OBSERVE Accessibility check Checks how quickly and reliably a documented advance directive can actually be located by a care team member.
DOCUMENT Adherence record review Reviews cases where a directive existed to check whether it was genuinely followed in the relevant care decision.

Supervisor tips

  • Test how quickly a documented directive can actually be located. — Accessibility in practice, not just documentation existing somewhere, is the real test.
  • Ask about a case where a directive existed and trace what actually happened. — A real example reveals genuine adherence better than a description of the intended process.

Evidence base

Advance care planning and directive documentation is an established element of patient-centred care and end-of-life care quality frameworks internationally, with genuine accessibility and adherence identified as distinct requirements from the initial documentation step.

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4.36

The Facility Tracks Its Own Infection Rate Over Time

Core

The facility measures and trends its own healthcare-associated infection rate as a standing indicator, reviewed regularly — not only following individual prevention bundles like surgical site infection practice, without ever stepping back to see whether the overall rate is actually improving.

In plain terms: The hospital counts its own infections — surgical, bloodstream, catheter — as a standing number, and watches the trend over time.

Facility category Crisis Transition Small Standard
Applicability N/A Adapted Adapted Full

Why this matters

A hospital that does not measure its infection rate does not have an infection rate; it has an unknown. And an unknown cannot be improved. Measuring healthcare-associated infections — surgical site infection, catheter-associated urinary tract infection, central line bloodstream infection, ventilator-associated pneumonia — converts a vague concern into a number with a trend. When the number goes up, something has changed and can be found. When it goes down, something worked. Hospitals that track infections consistently reduce them; the act of measuring changes behaviour.

What good looks like

  • A real infection rate is measured and tracked specifically for this facility.
  • The rate is trended over time and reviewed on a defined, regular schedule.
  • Staff can describe the current trend and any changes made in response to it.

Common failure modes

  • No facility-specific infection rate is measured; prevention bundle compliance is assumed to be sufficient on its own.
  • A rate was calculated once, historically, with no ongoing trend tracking.
  • Staff cannot describe whether the facility’s rate is improving, worsening, or unchanged.

Worked example

In practice
A 160-bed hospital with an infection control nurse and no surveillance system.
BeforeInfections were investigated individually when a clinician raised concern. Nobody knew the rate. The Coordinator asked for last year’s surgical site infection rate; the answer was ‘we don’t have many.’ A review of 100 surgical records found 11 documented wound infections — 11% — a rate nobody had calculated.
ActionSurveillance was started for four infections using standard definitions: SSI (30-day follow-up on clean and clean-contaminated cases), CAUTI, CLABSI, and VAP in ICU. Monthly rates per 100 procedures or per 1,000 device-days were calculated and shown on a quality dashboard. The infection control nurse reviewed the trend monthly with ward managers.
AfterThe Monitor reviewed nine months of surveillance data with trend charts. SSI had fallen from 11% to 5%; CAUTI from 8 to 3 per 1,000 catheter-days. Verified.

If you are starting from zero — do this first

  1. Ask what your surgical site infection rate was last year. If nobody knows, that is the finding.
  2. Pick one infection to start with — usually SSI — and adopt the standard definition.
  3. Count for three months and calculate a rate.
  4. Show the number to surgeons and ward managers every month.
The most common mistake: Investigating individual infections without calculating a rate — a rate is what tells you if you are getting better.

Self-assessment questions

1. Does the facility measure its own healthcare-associated infection rate, not only comply with individual prevention practices? — A real, tracked number specific to this facility, not an assumption that following the bundles is sufficient on its own.
Evidence: Infection rate surveillance data
2. Is the rate trended over time and reviewed on a regular schedule, not calculated once and left unexamined? — A single measurement doesn’t show a trend; regular review is what reveals whether prevention practice is actually working.
Evidence: Trend review schedule and record
3. Does the facility know whether its rate is improving, worsening, or unchanged, and can it say why? — Genuine engagement with what the data shows, not data collected and filed without interpretation.
Evidence: N/A — tested directly

Common reasons for a PARTIAL answer

  • Data is collected but not reviewed on a consistent schedule, so trends are noticed late if at all. — Collection without regular review provides limited real early-warning value.
  • The rate is tracked for surgical site infections specifically but not more broadly across other infection types. — A narrower scope than the facility’s actual infection risk profile can miss a genuine emerging problem elsewhere.
  • Data is reviewed by infection prevention staff but not shared with the wider clinical team or governance structure.

Implementation plan

When What
Week 1 Establish what infection data the facility currently has, even informally, and identify gaps.
Week 2 Build a simple, consistent method for tracking the facility’s own rate over time.
Week 3 Establish a regular review schedule, even monthly, for examining the trend.
Ongoing Share trend data with the wider clinical team and governance structure, not only infection prevention staff.

How the Monitor verifies this

Method What Detail
DOCUMENT Surveillance data review Reviews the facility’s own infection rate tracking data for consistency and completeness over time.
DOCUMENT Trend review schedule check Checks whether the rate is reviewed on a regular, defined schedule, not calculated once.
ASK Data interpretation interview Asks infection prevention staff to describe the facility’s current trend and what, if anything, has changed in response to it.

Supervisor tips

  • Ask for the actual trend data, not a description of prevention bundles in use. — This criterion is specifically about knowing the outcome, not just following the process.
  • Ask whether the rate has changed recently and why, testing genuine engagement with the data. — A real, considered answer reveals whether the data is actually being used, not just collected.

Evidence base

Healthcare-associated infection surveillance and trending is a distinct, established requirement in international infection prevention frameworks, recognised as necessary alongside — not replaced by — individual prevention bundle compliance.

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4.37

Medication Safety Doesn’t Depend on Software That Isn’t Actually Working

Non-Negotiable

Where an electronic system is used for medication safety checks — drug interactions, allergy alerts, duplicate therapy — its actual function is verified and audited, not assumed from its presence, and where records are split between paper and electronic, one is clearly designated as the record staff check first, so the two can never silently disagree about what a patient is actually taking.

In plain terms: If you use software to check drug interactions, allergies, or duplicates, you have tested that it actually works — and you know what it does not catch.

Facility category Crisis Transition Small Standard
Applicability Full Full Full Full

Why this matters

Electronic prescribing systems promise to catch interactions and allergies. Often they do. Sometimes the allergy module was never configured, the interaction database is three years out of date, or alerts are so frequent that staff click through without reading. A hospital that trusts the software has outsourced medication safety to a black box it has never opened. The standard asks for evidence: has the allergy check been tested with a known allergy? Are interaction alerts firing for known pairs? What is the override rate? What does the system not check? A system that is believed to work but has never been tested is a false reassurance.

What good looks like

  • Electronic safety alerts have been specifically tested and confirmed to function, with dated verification records.
  • A genuine, used manual backup exists for any check not confirmed working.
  • Staff give a consistent, immediate answer about which record is authoritative when paper and electronic both exist.

Common failure modes

  • Electronic alerts are assumed functional because the software was purchased with that feature, never actually tested.
  • No manual backup exists for safety checks the electronic system doesn’t reliably perform.
  • Different staff give different answers about which record — paper or electronic — is authoritative, or seem uncertain.

Worked example

In practice
A 150-bed hospital that implemented electronic prescribing two years earlier.
BeforeStaff assumed the system checked allergies and interactions. The Coordinator asked pharmacy to test it: a penicillin allergy entered and amoxicillin prescribed — no alert. The allergy module had never been activated. Interaction alerts fired for trivial pairs and were overridden 94% of the time; staff had stopped reading them.
ActionThe allergy module was configured and tested with ten allergy-drug pairs. The interaction alert set was reduced to major interactions only. Override reasons became mandatory. A quarterly test of the system with known scenarios was scheduled, with results filed. A list of what the system does not check (dose ranges, renal adjustment) was posted for prescribers.
AfterThe Monitor reviewed the test log: allergy and interaction checks functioning for all test cases. Override rate down to 31% with reasons recorded. Verified.

If you are starting from zero — do this first

  1. Enter a test patient with a penicillin allergy and prescribe amoxicillin — does the system alert?
  2. Prescribe warfarin and aspirin together — does it alert?
  3. Ask how often alerts are overridden. Over 80% means nobody reads them.
  4. Write down what your system does NOT check.
The most common mistake: Assuming the software works because it was expensive and installed by the vendor.

Self-assessment questions

1. If your electronic system claims to check for drug interactions, allergies, or duplicate therapy, has this actually been tested and confirmed to work — not assumed from the system’s marketing or original configuration? — A specific test — entering a known interacting pair and confirming an alert fires — not an assumption the feature works because it was purchased.
Evidence: Test record or verification log
2. If safety checks are not confirmed working, or don’t exist, is there a specific manual backup step staff genuinely use instead? — A defined paper checklist or verbal double-check, not an informal hope that staff will individually remember to be careful.
Evidence: Manual backup process documentation
3. Where records are split between paper and electronic — common during power instability — is one specific version designated as what staff check first, avoiding the two silently disagreeing? — A named, consistent rule, not left to individual staff judgement about which version to trust in the moment.
Evidence: Record authority designation

Common reasons for a PARTIAL answer

  • The system was tested once at installation but never re-verified after an update or configuration change. — Software updates can silently disable or alter alert behaviour without anyone noticing until it’s tested again.
  • A manual backup exists for the most obvious checks but not for less prominent ones, like duplicate therapy. — Attention naturally concentrates on the most dramatic risk category, leaving quieter but still real gaps uncovered.
  • Record authority is clear to senior staff but not consistently understood by newer or covering staff.

Implementation plan

When What
Week 1 Test every electronic safety alert your system claims to have, using a known trigger case for each.
Week 2 For any check that fails or doesn’t exist, establish a specific, written manual backup process.
Week 3 Designate, in writing, which record is authoritative when paper and electronic both exist, and brief all staff.
Ongoing Re-test alert function after any system update, and audit prescriptions periodically against actual records, not assumed accuracy.

How the Monitor verifies this

Method What Detail
DOCUMENT Alert function test review Reviews evidence that electronic safety alerts have been specifically tested with a known trigger case, not assumed functional.
OBSERVE Manual backup process check Checks whether a genuine, used manual backup exists for any safety check not confirmed working electronically.
ASK Record authority interview Asks staff which record — paper or electronic — they check first when both exist for the same patient, testing for a consistent, shared answer.

Supervisor tips

  • Ask to see the actual test — a specific trigger case and its result — not a description of the system’s features. — A feature list from a vendor brochure is not evidence the feature is confirmed working at this facility.
  • Ask two different staff members, separately, which record is authoritative. — Inconsistent answers reveal a real, dangerous gap that a single confident answer from one person would hide.

Evidence base

[18] Olakotan OO, Mohd Yusof M. The appropriateness of clinical decision support systems alerts in supporting clinical workflows: a systematic review. Health Informatics J. 2021;27(2):14604582211007536 — documents that clinicians routinely silence, disable, or ignore inappropriate or excessive alerts, meaning an alert’s presence in a system does not confirm it is functioning as clinical staff believe.
Kruse CH, Smith MTD, Clarke DL. Hybrid electronic record: an error reduction strategy for diverse medical prescription formats. S Afr Fam Pract. 2024;66(1):5845 — comparing electronic, tick-sheet, ink-stamp, and handwritten prescribing across real hospitals, found that increasing technology alone did not reduce prescription error rates, but that regular audits, applicable to any format, were the effective error-reduction strategy.

Train your team: H-04 · Care & Treatment on GMJ Academy →

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Tools and forms for this standard

Every criterion in Standard 4 maps to a free ASF tool. All 165 tools at france-asf.fr/tools. Key tools for this standard:

4.11 Surgical safety1.1 WHO Surgical Checklist →
4.25 Deterioration34.1 NEWS2 Chart →
4.27 Pressure injury12.1 Braden Scale →
4.30 Handoffs5.3 SBAR Card →
4.35 Advance directive33.5 Advance Directive Record →

All 165 tools →

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