General Pharmaceutical Council Registration Assessment (GPhC Assessment) Dispensing, Medicines Optimisation and Safety Syllabus

Dispensing, Medicines Optimisation and Safety syllabus — full chapter and topic list

Expand any chapter to see its topics and sub-topics. This is the whole examinable outline for Dispensing, Medicines Optimisation and Safety in General Pharmaceutical Council Registration Assessment (GPhC Assessment), not a summary of it.

1. 1

   The Dispensing Process

   4 topics

   • Clinical and Legal Screening of Prescriptions
     • Validity, dose appropriateness and interactions
   • Accuracy Checking and Labelling
     • Dispensing label requirements
     • Cautionary and advisory labels
   • Assembly and Supply
     • Original pack dispensing
     • Owings and emergency supply
   • Final Accuracy Check and Handout
     • Patient identity verification and counselling at handout
2. 2

   Medication Safety and Error Prevention

   4 topics

   • Types of Medication Error
     • Prescribing, dispensing and administration errors
   • High-Risk and Look-Alike Sound-Alike Medicines
     • Insulin, methotrexate, anticoagulants
   • Error Reporting and Learning
     • National Reporting and Learning System
     • Root cause analysis and human factors
   • Safety Alerts and Risk Management
     • MHRA and patient safety alerts
3. 3

   Medicines Optimisation and Reconciliation

   4 topics

   • Medicines Reconciliation
     • Admission and discharge reconciliation
     • Identifying discrepancies
   • Structured Medication Review
     • Reviewing appropriateness and adherence
   • Adherence and Concordance
     • Compliance aids and barriers to adherence
   • Antimicrobial and Antithrombotic Stewardship
     • Optimising high-risk therapy
4. 4

   Pharmacy Services and Supply Routes

   4 topics

   • NHS Pharmacy Services
     • New Medicine Service and discharge medicines service
   • Patient Group Directions and Protocols
     • Legal basis and supply under PGD
   • Emergency and Exceptional Supply
     • Emergency supply at patient request
     • Serious shortage protocols
   • Unlicensed Medicines and Specials
     • Obtaining and supplying specials

Dispensing, Medicines Optimisation and Safety flashcards for General Pharmaceutical Council Registration Assessment (GPhC Assessment)

23 of 51 cards from the Dispensing, Medicines Optimisation and Safety deck — real questions with worked answers.

1. What are the two main categories of screening a pharmacist must perform on a prescription before dispensing?

   Legal screening (the prescription meets all legal requirements) and clinical screening (the medicine is safe, appropriate and effective for that individual patient).

2. List the legally required particulars for a valid NHS prescription.

   Patient's name and address (and age if under 12), the medicine with dose/form/quantity, the prescriber's signature in ink, the prescriber's address, and the date.

3. What extra legal requirements apply to a prescription for a Schedule 2 or 3 Controlled Drug?

   Indelible/computer-generated writing; signed and dated by the prescriber; prescriber's UK address; form and strength; total quantity in both words and figures; and the dose. It is valid for 28 days from the appropriate date.

4. During clinical screening, which patient-specific factors must be checked?

   Appropriateness of drug, dose and duration; allergies and prior adverse reactions; contraindications and cautions; interactions (drug-drug, drug-disease, drug-food); renal/hepatic function; pregnancy/breastfeeding; and adherence/practicality.

5. Name the key 'rights' used as a safety checklist when supplying or administering medicines.

   Right patient, right drug, right dose, right route, right time, right formulation, right documentation, and the patient's right to refuse.

6. What particulars must legally appear on a dispensed medicine label?

   Patient's name; name and address of the supplying pharmacy; date of dispensing; name of the medicine; directions for use; quantity supplied; and the warning 'Keep out of the sight and reach of children' (plus 'For external use only' where relevant).

7. What is the purpose of the accuracy check during dispensing?

   To confirm the dispensed product matches the prescription exactly — correct drug, strength, form, quantity, and a correct, complete label — before it is handed to the patient.

8. What is the difference between a clinical check and an accuracy check?

   The clinical check assesses whether the prescribed therapy is safe and appropriate for the patient; the accuracy check verifies that what has been physically assembled and labelled matches the prescription.

9. In a final accuracy check before handout, what should the checker verify?

   That the right medicine, strength, form and quantity have been assembled, the label is correct and complete, it matches the prescription, the patient's identity is confirmed, and counselling/cautionary labels are appropriate.

10. Define a 'medication error'.

    Any preventable event that may cause or lead to inappropriate medication use or patient harm while the medication is in the control of a healthcare professional, patient or consumer.

11. What are the main stages at which medication errors are classified by point of occurrence?

    Prescribing errors, dispensing errors, administration errors, and monitoring errors (with transcription/transfer errors at care transitions).

12. Distinguish a 'mistake', a 'slip' and a 'lapse' as types of human error.

    A mistake is a planning failure (wrong intention/decision); a slip is an attention failure during a correct plan (wrong action); a lapse is a memory failure (omitting a step or forgetting).

13. What is the difference between an error and an adverse drug reaction (ADR)?

    An error is a preventable failure in the medication process; an ADR is an unintended, noxious response to a medicine at normal doses that may occur even when the medicine is used correctly.

14. What does 'never event' mean in the context of medication safety?

    A serious, largely preventable patient safety incident that should not occur if available preventative measures are in place — e.g. maladministration of insulin or wrong-route administration of medication.

15. What are 'high-risk medicines' and why do they need special precautions?

    Medicines with a high likelihood of causing significant patient harm when used in error, even though errors may not be more common. Examples include anticoagulants, insulin, opioids, methotrexate, and potassium chloride.

16. What does the acronym LASA stand for, and what risk does it describe?

    Look-Alike, Sound-Alike — medicines whose names or packaging are similar, increasing the risk of selection errors (e.g. confusion between similarly named or packaged drugs).

17. Give common strategies used to reduce LASA medication errors.

    Tall Man lettering, separating storage of confusable items, using barcode scanning, adding warning flags/alerts, and independent double-checking.

18. What is 'Tall Man lettering'?

    The use of mixed-case (capital) lettering to highlight the differing parts of similar drug names to reduce confusion, e.g. vinBLAStine vs vinCRIStine.

19. Why is oral methotrexate a recognised high-risk medicine, and what is the key safety rule?

    Fatal errors have occurred from daily instead of weekly dosing. Methotrexate for non-cancer use is taken once weekly; prescriptions should specify the day, usually only 2.5 mg tablets are supplied, and folic acid is co-prescribed.

20. In England, which national body operates the system for reporting patient safety incidents?

    NHS England, through the Learn from Patient Safety Events (LFPSE) service, which replaced the National Reporting and Learning System (NRLS).

21. What is the purpose of error reporting in a 'no-blame'/just culture?

    To learn from incidents and near misses, identify system weaknesses and implement improvements, rather than to assign individual blame — encouraging open reporting.

22. Define a 'near miss' in dispensing.

    An error that is detected and corrected before the medicine reaches or is taken by the patient, so no harm occurs; recording near misses helps identify error-prone steps.

23. What is Root Cause Analysis (RCA) used for after a significant incident?

    A structured investigation method to identify the underlying system and contributory causes of an incident (not just the immediate human action) so that preventative actions can be taken.

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