NBME CBSE study plan

Construct a one-page formula sheet for study design, measures of association, and screening test characteristics

Compute and interpret sensitivity, specificity, predictive values, relative risk, odds ratio, and attributable risk from clinical vignettes

Distinguish selection, information, and confounding bias, and identify the design (cohort, case-control, cross-sectional, RCT) used in a vignette

Classify the major psychiatric presentations (depression, mania, psychosis, anxiety, substance use) by defining features and first-line management

Apply the biopsychosocial model and stages-of-change framework to adherence and behavioral-change vignettes

Diagram hematopoiesis and map each major anemia to its underlying defect and peripheral smear finding

Differentiate microcytic, normocytic, and macrocytic anemias using iron studies, reticulocyte count, and smear description

Outline hemostasis and explain platelet versus coagulation-factor bleeding patterns with corresponding lab abnormalities

Trace normal cardiac cycle pressures and relate each valvular lesion to its murmur timing, location, and radiation

Explain the pathophysiology and initial management of heart failure, acute coronary syndrome, and hypertensive emergency

Build an autosomal dominant, autosomal recessive, and X-linked pedigree set and solve inheritance-risk problems from each

Map the major metabolic pathways (glycolysis, TCA, oxidative phosphorylation, glycogen, HMP shunt) to their deficiency syndromes

Connect cell-cycle regulation, oncogenes, and tumor suppressors to named neoplasms and their inheritance patterns

Diagram the hypothalamic-pituitary-end organ axes and predict lab values in primary versus secondary endocrine failure

Differentiate thyroid, adrenal, and pituitary disorders by their biochemical profile and first-line therapy

Trace the nephron segment by segment and predict which transport defect produces each acid-base and electrolyte disturbance

Interpret arterial blood gases and calculate the anion gap and delta gap in mixed disorders

Relate gastrointestinal anatomy to absorption sites and the deficiency syndrome produced by resection or disease at each site

Explain the pathophysiology of peptic ulcer disease, inflammatory bowel disease, and cirrhosis with their complications

Apply liver function test patterns to distinguish hepatocellular from cholestatic injury

Compare obstructive and restrictive lung disease using spirometry values, compliance, and diffusion capacity

Map the cerebral circulation and correlate each stroke syndrome with its vascular territory and clinical deficit

Explain the pathophysiology of asthma, COPD, pulmonary embolism, and pneumonia with their classic exam findings

Diagram the ascending and descending sensory pathways and localize lesions by the pattern of sensory loss

Describe the cranial nerves by function, exit, and lesion effect

Trace the male and female reproductive tracts and link developmental anomalies to their embryologic origin

Sequence the menstrual cycle hormonally and identify the cause of each amenorrhea or abnormal uterine bleeding pattern

Differentiate the major skin lesion morphologies and their associated systemic diseases

Explain bone remodeling, fracture healing, and the pathophysiology of osteoporosis and osteoarthritis

Correlate the major autoimmune and crystal arthropathies with their joint distribution and serologic findings

Re-rank your weakest 15 concepts from weeks 1-6 and rewrite each as a testable one-line question

Re-solve every previously missed question from weeks 1-4 and explain why the correct answer is correct

Integrate behavioral health screening into primary care vignettes (depression, alcohol use, intimate partner violence)

Interpret a full blood count, coagulation panel, and lipid panel in under 90 seconds each

Rehearse the highest-yield cardiovascular and hematologic emergencies as rapid pattern-recognition cards

Simulate two full-length timed blocks under exam conditions and review every error the same day

Consolidate each domain into a single high-yield summary sheet written from memory, then fill gaps

Practice rapid interpretation of ABGs, spirometry, ECGs, and blood counts in 60-second drills

Review test-taking strategy and time allocation for long vignettes with multi-step reasoning

Audit sleep, caffeine, and study timing in the final week to protect cognitive performance