57+ Free FPM Foundations MCQ Practice Questions

Pass your FPM Foundations MCQ Examination (ANZCA Faculty of Pain Medicine) exam on the first try — instant access, no signup required.

✓ No registration✓ No credit card✓ No hidden fees✓ Start practicing immediately

57+ Questions

100% Free

Loading practice questions...

2026 Statistics

Key Facts: FPM Foundations MCQ Exam

150 MCQs

The FPM Foundations MCQ has 150 single-best-answer questions

ANZCA - Foundations MCQ exam

3 hours

Time allowed for the 150-question Foundations MCQ paper

ANZCA - Foundations MCQ exam

100 + 50

The paper mixes about 100 basic-knowledge and 50 applied-knowledge questions

ANZCA - Foundations MCQ exam

3-9 months

Trainees sit the Foundations MCQ 3 to 9 months after starting pain medicine training

ANZCA - Foundations MCQ exam

A$2,100

2026 Foundations MCQ examination fee (tax free)

ANZCA - FPM training fees and flexible training options

New in 2026

The Foundations MCQ replaced the written FPM fellowship exam paper for new trainees

ANZCA Library - Pain medicine training resources

9 topic areas

The FPM curriculum organises content into nine Essential Topic Areas (ETAs)

ANZCA Library - Pain medicine training resources

Free original MCQ practice questions in this bank

OpenExamPrep

The FPM Foundations MCQ is a 3-hour, 150-question computer-based exam introduced in 2026 by the ANZCA Faculty of Pain Medicine, replacing the written fellowship paper for new trainees. It is designed for 3–9 months into pain medicine training and includes about 100 basic-knowledge and 50 applied-knowledge single-best-answer questions mapped to the FPM curriculum. The 2026 exam fee is A$2,100. This bank contains 57 original foundational practice questions on pain mechanisms, analgesic pharmacology, and clinical assessment.

Sample FPM Foundations MCQ Practice Questions

Try these sample questions to test your FPM Foundations MCQ exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 57+ question experience with AI tutoring.

1According to the IASP's 2020 revised definition, pain is best described as:

A.A purely sensory experience proportional to tissue damage

B.An unpleasant sensory and emotional experience associated with, or resembling that associated with, actual or potential tissue damage

C.A reflex withdrawal response to noxious stimulation

D.A behaviour that only occurs when tissue damage can be objectively confirmed

Explanation: The IASP revised its definition of pain in 2020 to: 'An unpleasant sensory and emotional experience associated with, or resembling that associated with, actual or potential tissue damage.' This wording explicitly separates pain from a strict requirement for demonstrable tissue damage and recognises its emotional component.

2The gate control theory of pain, proposed by Melzack and Wall, suggests that pain transmission at the spinal dorsal horn is modulated by:

A.Activity in large-diameter A-beta fibres closing a 'gate' to reduce transmission of nociceptive signals

B.Direct inhibition of nociceptors in the periphery by opioid receptors alone

C.Complete blockade of C-fibre input by the blood-brain barrier

D.Simple summation of all afferent input with no inhibitory modulation

Explanation: Gate control theory (Melzack and Wall, 1965) proposes that large-diameter, fast-conducting A-beta fibres can activate inhibitory interneurons in the dorsal horn, 'closing the gate' and reducing onward transmission of nociceptive signals carried by A-delta and C fibres. This provides a physiological basis for treatments such as TENS and rubbing an injured area.

3Which primary afferent fibre type is myelinated and conducts the fast, sharp, 'first pain' sensation?

A.C fibres

B.A-beta fibres

C.A-delta fibres

D.B fibres

Explanation: A-delta fibres are thinly myelinated, conduct relatively quickly, and mediate the fast, sharp, well-localised 'first pain' felt immediately after an acute noxious stimulus.

4Unmyelinated C fibres are primarily responsible for which pain quality?

A.Sharp, well-localised, immediate pain

B.Dull, aching, poorly localised, slow-onset pain

C.Touch and vibration sensation

D.Proprioceptive feedback from joints

Explanation: C fibres are small, unmyelinated, and slow-conducting. They mediate the dull, burning, aching, poorly localised 'second pain' that persists after the initial sharp sensation carried by A-delta fibres.

5Primary nociceptive afferent fibres synapse with second-order neurons predominantly in which region of the spinal cord?

A.The dorsal horn, particularly laminae I and II (substantia gelatinosa)

B.The ventral horn motor neuron pools

C.The dorsal columns exclusively

D.The lateral corticospinal tract

Explanation: Nociceptive primary afferents terminate mainly in the dorsal horn of the spinal cord, particularly in laminae I and II (the substantia gelatinosa), where they synapse with second-order projection neurons and interneurons that modulate onward transmission.

6The main ascending pathway carrying nociceptive information from the spinal cord to the thalamus is the:

A.Dorsal column-medial lemniscus pathway

B.Spinothalamic tract

C.Corticospinal tract

D.Spinocerebellar tract

Explanation: The spinothalamic tract is the principal ascending pathway for nociceptive and temperature information, decussating near the level of entry and ascending in the anterolateral spinal cord to the thalamus.

7Descending pain modulation from the periaqueductal grey and rostral ventromedial medulla can inhibit dorsal horn nociceptive transmission largely through the release of which neurotransmitters?

A.Serotonin and noradrenaline

B.Acetylcholine and dopamine only

C.Histamine and prostaglandins

D.Bradykinin and substance P

Explanation: The descending inhibitory pathway from the periaqueductal grey via the rostral ventromedial medulla to the dorsal horn releases serotonin and noradrenaline, which inhibit nociceptive transmission — this is part of why serotonin-noradrenaline reuptake inhibitors such as duloxetine have analgesic effects.

8Central sensitisation refers to:

A.A reduction in sensitivity of peripheral nociceptors following repeated stimulation

B.An increased responsiveness of central nervous system neurons to normal or subthreshold afferent input, amplifying pain

C.The exclusive loss of descending inhibitory control with no change in neuronal excitability

D.A purely psychological phenomenon with no neurophysiological basis

Explanation: Central sensitisation is an increase in the excitability and responsiveness of neurons in the central nervous system (particularly dorsal horn neurons), such that normal or subthreshold inputs produce an amplified and prolonged pain response. It contributes to allodynia, hyperalgesia, and pain that outlasts the original tissue insult.

9The 'wind-up' phenomenon observed with repeated C-fibre stimulation of dorsal horn neurons is primarily mediated by activation of which receptor?

A.GABA-A receptor

B.NMDA receptor

C.Nicotinic acetylcholine receptor

D.Beta-2 adrenergic receptor

Explanation: Wind-up is a form of short-term activity-dependent plasticity in dorsal horn neurons produced by repetitive C-fibre stimulation. Glutamate released with repeated firing progressively removes the magnesium block from NMDA receptors, increasing their contribution to the response and amplifying output — a key step toward central sensitisation.

10Peripheral sensitisation of nociceptors after tissue injury is largely driven by:

A.A rise in the threshold of nociceptors due to local anaesthesia from injury

B.Release of inflammatory mediators such as prostaglandins, bradykinin, and cytokines, lowering nociceptor activation threshold

C.Complete destruction of all peripheral nerve endings at the injury site

D.Immediate myelination of previously unmyelinated fibres

Explanation: Tissue injury releases an 'inflammatory soup' of mediators including prostaglandins, bradykinin, histamine, and cytokines. These substances act on nociceptor terminals to lower their activation threshold and increase their responsiveness, producing peripheral sensitisation and primary hyperalgesia.

About the FPM Foundations MCQ Exam

The FPM Foundations MCQ Examination is a pain medicine training assessment introduced by the Faculty of Pain Medicine of the Australian and New Zealand College of Anaesthetists (ANZCA) for 2026, replacing the written section of the former FPM fellowship examination for trainees who had not already passed it. It is a 3-hour, 150-question single-best-answer computer-based exam designed to be sat between 3 and 9 months after a trainee commences pain medicine training. Questions are mapped to the FPM Pain Medicine Training Program Curriculum. This bank provides 57 original foundational-level practice questions covering pain physiology, analgesic pharmacology, and multidimensional clinical assessment.

Assessment

A single computer-based paper of 150 single-best-answer multiple-choice questions, comprising approximately 100 basic-knowledge items and 50 applied-knowledge items, presented in randomised order per candidate. This bank provides original practice items in the same foundational style.

Time Limit

3 hours (180 minutes) for the full 150-question paper.

Passing Score

ANZCA uses a standard-setting method to determine the pass mark for each sitting rather than publishing a fixed percentage cut score.

Exam Fee

The 2026 Foundations MCQ exam fee is A$2,100 (tax free), in addition to the FPM annual training fee. (Australian and New Zealand College of Anaesthetists (ANZCA), Faculty of Pain Medicine (FPM))

FPM Foundations MCQ Exam Content Outline

20 items

Pain Physiology and Mechanisms

Original practice items on nociception, pain pathways, sensitisation, mechanistic pain descriptors, and visceral or referred pain.

19 items

Analgesic Pharmacology

Original practice items on non-opioid analgesics, opioids, adjuvant analgesics, local anaesthetics, and mechanism-based treatment principles.

18 items

Clinical Assessment

Original practice items on pain measurement, neuropathic-pain screening, red and yellow flags, functional assessment, and biopsychosocial formulation.

How to Pass the FPM Foundations MCQ Exam

What You Need to Know

Passing score: ANZCA uses a standard-setting method to determine the pass mark for each sitting rather than publishing a fixed percentage cut score.
Assessment: A single computer-based paper of 150 single-best-answer multiple-choice questions, comprising approximately 100 basic-knowledge items and 50 applied-knowledge items, presented in randomised order per candidate. This bank provides original practice items in the same foundational style.
Time limit: 3 hours (180 minutes) for the full 150-question paper.
Exam fee: The 2026 Foundations MCQ exam fee is A$2,100 (tax free), in addition to the FPM annual training fee.

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

FPM Foundations MCQ Study Tips from Top Performers

1Use the FPM curriculum and Essential Topic Area resources as the authority for what to study; this bank is supplemental original practice, not an ANZCA question source.

2Practise applying pain physiology and pharmacology to short clinical vignettes as well as recalling core definitions.

3Know the purpose and limitations of pain measures and neuropathic-pain screening tools; a screening result informs, but does not replace, clinical assessment.

4Build a biopsychosocial formulation that integrates sensory findings, function, mood, sleep, beliefs, and social or occupational context.

Frequently Asked Questions

How many questions are on the FPM Foundations MCQ exam?

The Foundations MCQ has 150 single-best-answer multiple-choice questions: approximately 100 basic-knowledge items and 50 applied-knowledge items, answered in 3 hours.

When should trainees sit the FPM Foundations MCQ?

It is designed to be sat between 3 and 9 months after a trainee commences pain medicine training, once they have completed at least three months FTE training and received Supervisor of Training approval.

Is the Foundations MCQ new for 2026?

Yes. It is a new exam introduced for 2026 that has replaced the written section of the FPM fellowship examination for trainees who had not already passed it. Trainees who passed the written exam before 2026 are exempt.

How much does the FPM Foundations MCQ cost?

The 2026 Foundations MCQ examination fee is A$2,100 (tax free), separate from the FPM annual training fee and the separate fellowship examination fee.

What does the FPM Foundations MCQ cover?

Questions are mapped to the FPM Pain Medicine Training Program Curriculum. This practice bank focuses on pain mechanisms, analgesic pharmacology, and multidimensional clinical assessment.

Are these official ANZCA or FPM practice questions?

No. These are original OpenExamPrep questions modelled on the published FPM curriculum learning outcomes. ANZCA and the Faculty of Pain Medicine provide their own curriculum, essential topic area guides, and recommended reading list separately.