ABPMR Pain Medicine study plan

Map spinal cord, dorsal horn, nerve root, and peripheral nerve anatomy onto a single hand-drawn schematic, labeling where each common pain procedure targets and what structure sits at risk nearby.

Explain nociception from transduction through cortical perception, naming the receptor, ion channel, or neurotransmitter operating at each relay and one drug that acts there.

Build a 40-card deck covering mechanism, key adverse effect, and absolute contraindication for opioid, non-opioid, adjuvant, and membrane-stabilizing classes.

Differentiate A-delta, C-fiber, and large-fiber physiology and translate each into the bedside pain descriptors and exam findings it produces.

Derive equianalgesic conversions, opioid rotation ratios, and cross-tolerance assumptions, then apply them to five written rotation scenarios.

Distinguish tolerance, physical dependence, addiction, and opioid-induced hyperalgesia using DSM and clinical criteria rather than impression.

Rehearse a structured pain history and focused neurologic exam sequence aloud until it runs without notes in under twelve minutes.

Interpret pharmacokinetic differences among immediate-release, extended-release, transdermal, and intrathecal routes and match each to a patient profile.

Construct region-specific differential diagnoses for neck, low back, shoulder, hip, and neuropathic limb pain, ordering each by prevalence and by danger.

Identify red flags that mandate urgent imaging or referral and state the specific action each triggers.

Interpret plain film, MRI, and electrodiagnostic findings in the context of the clinical picture, explicitly separating incidental findings from explanatory ones.

Perform and document provocative tests for radiculopathy, facet-mediated pain, sacroiliac pain, and peripheral nerve entrapment.

Relate needle trajectory and target depth to surface landmarks and fluoroscopic or ultrasound views for epidural, facet, medial branch, and sympathetic blocks.

State indications, absolute contraindications, and anticoagulation hold intervals for each core procedure without reference material.

Outline informed consent content, including expected benefit, plausible harm, and alternatives, and rehearse it for three procedures.

Distinguish fluoroscopic and ultrasound safety principles, including radiation dose reduction and needle-tip confirmation.

Formulate immediate recognition and management steps for intravascular injection, dural puncture, pneumothorax, nerve injury, and infection.

Compare particulate versus non-particulate steroids, contrast selection, and local anesthetic dosing limits by block site.

Explain radiofrequency lesioning physics, sensory and motor testing thresholds, and selection criteria for neurotomy.

Justify procedure selection by matching evidence for efficacy and duration to specific pain generators and patient goals.

Sequence pharmacologic therapy for nociceptive, neuropathic, and centralized pain, naming first-line agents, titration intervals, and stopping rules.

Design an opioid tapering schedule with withdrawal mitigation and functional outcome measures for a patient on long-term therapy.

Appraise non-interventional options including physical therapy, exercise dosing, thermal modalities, topical agents, and neuromodulation referral criteria.

Evaluate drug-drug and drug-disease interactions relevant to common analgesic regimens in older adults and those with renal or hepatic disease.

Conduct a biopsychosocial assessment that screens for catastrophizing, fear-avoidance, depression, sleep disruption, and substance misuse using validated instruments.

Describe cognitive behavioral, acceptance-based, and graded exposure approaches well enough to explain rationale and referral triggers to a patient.

Design a functional restoration and return-to-work progression that specifies activity dosing, flare management, and objective milestones.

Coordinate roles across physician, psychologist, physical therapist, pharmacist, and vocational specialist, and identify when each is indicated.

Integrate all five domains by working mixed-topic vignettes that cross pharmacology, diagnosis, procedures, and rehabilitation in a single case.

Re-audit the accumulated error log and close each unresolved gap with a targeted primary-source read.

Rehearse exam-day pacing and item-decision strategy under timed conditions to reduce avoidable reasoning errors.

Recite the high-yield safety facts, dosing limits, and contraindication lists from memory without prompts.