ABP Pediatric Rheumatology study plan
ABP Pediatric Rheumatology · Give each week a clear focus.
8 weeks · About 7 hours per week
Basic and clinical immunology relevant to rheumatic disease & Juvenile idiopathic arthritis and other chronic arthritides
Distinguish innate from adaptive immune mechanisms and map each major cytokine pathway (IL-1, IL-6, TNF, type I interferon, JAK-STAT) to the biologic class that targets it
Classify the ILAR subtypes of juvenile idiopathic arthritis and list the characteristic age of onset, joint pattern, and expected laboratory findings for each
Construct a stepwise treatment ladder for oligoarticular, polyarticular, and systemic JIA, including when to escalate and how uveitis screening intervals differ by subtype
Interpret ANA, RF, anti-CCP, and HLA-B27 by pretest probability rather than as stand-alone tests, and explain why a positive ANA in a well child has low predictive value
Your checkpoint
A two-page JIA subtype comparison table plus a 40-card immunology/cytokine deck; pass a 15-question self-quiz at 80% or higher
Juvenile idiopathic arthritis and other chronic arthritides & Connective tissue diseases (systemic lupus erythematosus, juvenile dermatomyositis, scleroderma, Sjögren disease, mixed connective tissue disease)
Identify the JIA complications that change management (macrophage activation syndrome, chronic anterior uveitis, leg-length discrepancy, cervical spine involvement) and state the early warning signs of each
Apply the 2019 EULAR/ACR SLE classification criteria to three written pediatric vignettes and justify the score item by item
Interpret complement levels, anti-dsDNA titers, and urinalysis in a child with suspected lupus, and explain discordance between serology and clinical activity
Outline the ISN/RPS lupus nephritis classes and the standard induction and maintenance approach for proliferative disease
Compare childhood-onset SLE with adult-onset disease in organ involvement, damage accrual, and treatment intensity
Your checkpoint
Five written vignette interpretations (three SLE, two JIA-complication) each with a ranked differential and a management step
Connective tissue diseases (systemic lupus erythematosus, juvenile dermatomyositis, scleroderma, Sjögren disease, mixed connective tissue disease)
Recognize the clinical triad and characteristic findings of juvenile dermatomyositis (Gottron papules, heliotrope rash, nailfold capillary changes, calcinosis) and select the confirmatory tests
Differentiate anti-MDA5 from anti-TIF1-gamma and anti-NXP2 antibody phenotypes in terms of lung disease, malignancy risk, and calcinosis
Distinguish juvenile localized scleroderma from systemic sclerosis and specify the screening tests for interstitial lung disease and pulmonary arterial hypertension
Apply the classification approach to Sjogren disease and mixed connective tissue disease in children, including which antibody profiles define each
Design a monitoring schedule for a child on chronic immunosuppression for a connective tissue disease, covering pulmonary function, echocardiography, growth, and bone health
Your checkpoint
A four-column comparison matrix of JDM, juvenile scleroderma, Sjogren disease, and MCTD with antibody associations, organ screening, and monitoring intervals
Primary vasculitides of childhood
Classify childhood vasculitides by vessel size using the Chapel Hill nomenclature and the pediatric-specific (EULAR/PRINTO/PRES) criteria
Distinguish Kawasaki disease from other febrile vasculitides and state the IVIG plus aspirin regimen and the coronary artery surveillance timeline
Compare IgA vasculitis, ANCA-associated vasculitis, and Takayasu arteritis in presenting features, first-line therapy, and relapse monitoring
Interpret ANCA testing (PR3 vs MPO, immunofluorescence vs ELISA) in the context of clinical pretest probability
Select the imaging study of choice for suspected large-vessel vasculitis and explain the limitations of each modality
Your checkpoint
A six-case diagnostic algorithm for childhood vasculitis plus completion of a timed 30-question block across domains 1-4 with score and error review
Autoinflammatory and periodic fever syndromes & Infections and immunodeficiencies that mimic rheumatic disease
Differentiate PFAPA, familial Mediterranean fever, TRAPS, CAPS, and DADA2 by fever periodicity, duration, associated symptoms, and ethnic/geographic risk
Interpret genetic testing for autoinflammatory disease, including low-penetrance variants and variants of uncertain significance, and explain when genetic results should not drive treatment
Recognize macrophage activation syndrome in a child with systemic JIA or lupus using clinical and laboratory criteria and state the initial treatment
Build a differential for infections that mimic rheumatic disease (parvovirus B19, Lyme, tuberculosis, Epstein-Barr virus, septic arthritis, endocarditis) and identify the discriminating features
Identify primary immunodeficiency red flags that overlap with rheumatic presentations (CVID, IgA deficiency, chronic granulomatous disease) and state the vaccine safety implications
Your checkpoint
A fever-pattern timeline decision tool (periodic vs continuous vs episodic) plus a 15-row table contrasting infection with autoimmune flare
Laboratory evaluation, imaging, and diagnostic procedures & Non-inflammatory musculoskeletal and bone disorders, including pain amplification syndromes
Select and sequence laboratory tests for suspected rheumatic disease, explaining sensitivity, specificity, and the cost of indiscriminate panel ordering
Compare radiography, ultrasound, and MRI for detecting synovitis and bone marrow edema in children, and state which is preferred for each clinical question
Perform and interpret synovial fluid analysis to separate septic, inflammatory, and non-inflammatory arthritis
Distinguish benign non-inflammatory musculoskeletal conditions (growing pains, hypermobility spectrum, Osgood-Schlatter, chronic pain amplification, complex regional pain syndrome) from inflammatory arthritis
List red flags that mandate urgent workup for malignancy, infection, or bone disease in a child presenting with limb pain or refusal to walk
Your checkpoint
A 20-item lab and imaging interpretation quiz with written explanations for every answer, scoring 80% or higher
Pharmacologic and biologic therapy, including monitoring for toxicity & Rehabilitation, functional assessment, psychosocial and transitional care
Compare mechanism, dosing, monitoring parameters, and major toxicities for methotrexate, anti-TNF agents, abatacept, tocilizumab, IL-1 blockers, and JAK inhibitors
Design a pretreatment and on-treatment safety monitoring plan covering tuberculosis screening, hepatitis B, vaccination status, and live-vaccine avoidance on immunosuppression
Counsel a family on glucocorticoid toxicity and a steroid-sparing taper strategy using evidence-based tapering principles
Select functional assessment tools (CHAQ, JAMAR grip strength, 6-minute walk) and explain how to interpret change scores in a clinical trial or clinic visit
Develop a transition plan for an adolescent moving to adult care using a transition-readiness assessment, school accommodations, and psychosocial screening
Your checkpoint
A drug monitoring table for eight agents plus a one-page adolescent transition checklist
Basic and clinical immunology relevant to rheumatic disease & Juvenile idiopathic arthritis and other chronic arthritides & Connective tissue diseases (systemic lupus erythematosus, juvenile dermatomyositis, scleroderma, Sjögren disease, mixed connective tissue disease) & Primary vasculitides of childhood & Autoinflammatory and periodic fever syndromes & Non-inflammatory musculoskeletal and bone disorders, including pain amplification syndromes & Infections and immunodeficiencies that mimic rheumatic disease & Laboratory evaluation, imaging, and diagnostic procedures & Pharmacologic and biologic therapy, including monitoring for toxicity & Rehabilitation, functional assessment, psychosocial and transitional care
Reattempt every previously missed question and write a corrected rationale for each
Complete a timed 60-question cumulative examination under exam conditions and analyze errors by domain
Rank personal weak domains by error density and build a targeted two-week remediation schedule for each
Consolidate high-yield discriminators (antibody-disease pairs, fever patterns, drug toxicities) into a single review sheet
Your checkpoint
A full-length practice exam score report plus an error log with 30 reviewed items and a written weak-domain remediation plan
Milestones
Week 4: Score 75% or higher on a timed 30-question block covering domains 1-4, with every missed item rewritten as a corrected teaching point
Week 6: Complete the JIA, connective tissue disease, and vasculitis comparison matrices entirely from memory, then verify against notes and log discrepancies
Week 8: Score 70% or higher on the cumulative 60-question exam, with no single domain below 60%