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This document contains a complete set of practice questions and answers aligned with the PRITE examination format. It covers essential domains including neuroscience, psychopathology, clinical psychiatry, psychopharmacology, and developmental topics. The content is structured to reflect the depth and style of the real exam and supports targeted preparation for residents. All material is designed to provide thorough review across the major PRITE subject areas.

This document covers assorted high-yield topics relevant to the PRITE examination, including neuroscience, psychopathology, clinical psychiatry, psychopharmacology, and developmental and behavioral concepts. It provides a wide range of structured questions with clear, accurate answers that mirror the style and depth of the PRITE. The material is designed to support efficient study across multiple pertinent domains and offers thorough coverage for exam preparation.

This document covers a complete set of practice questions and answers aligned with the PRITE (Psychiatry Resident-In-Training Examination). It includes key topics such as neuroscience, psychopathology, clinical psychiatry, psychopharmacology, and developmental disorders. The material is structured to reflect the scope and style of the exam, offering clear explanations to support focused studying and exam readiness.

This document contains 100 rigorously selected and accurately answered multiple-choice questions for the PRITE (Psychiatry Resident-In-Training Examination) 2025/2026 edition, designed to support psychiatry residents and medical students preparing for board-style assessments. The questions cover a wide spectrum of clinically relevant topics, with an emphasis on neuroanatomy, neurophysiology, neuropathology, clinical psychiatry, and neuroimaging interpretation. The format mimics real PRITE exam s...

PRITE Psychopharmacology Questions and Answers What is the MOA of antipsychotics? - Dopamine receptor antagonists What are the two classes of antipsychotics? - effects Typicals - antagonize D2 only, greater risk of side Atypicals - antagonize D2, D4, and 5HTZ, favorable for long term treatment *Risperidone [Risperdal] - atypical, only acts on D2 and 5HTz Typical Antipsychotic Rx - Haloperidol [Haldol], Chlorpromazine [Thorazine], Prochlorperazine [Compazine], Fluphena...

PRITE Psychopharmacology Questions and Answers The biochemistry of anxiety (4 total) and identify if excitatory/inhibitory - Locus Coeruleus NE System (excitatory); HPA Axis (excitatory); 5HT Depletion (inhibitory); GABA-BZD Receptor Complex (inhibitory) The Locus Coeruleus NE System begins in the ___, travels to the ___, and ends in the ___. - hypothalamus; locus coeruleus; amygdala The LC is in the ___ (seat of emotionality). It's job is to ___ and modulate ___. - limbic syste...

PRITE Psychopharmacology Final Exam Questions and Answers The process of releasing neurotransmitter molecules from the vesicles is known as _____ and occurs as a result of an influx of _____ - Exocytosis; Ca2+ Depot binding is said to occur when drugs - Bind to inactive sites During the ____ period, no additional action potentials can be created - Absolute refractory Neural transmission is generally ____ within a single neuron and ____ between neurons. - Electrical; chemical

PRITE NINJA High Yield 2025 Exam Questions and Answers 60 yo R-handed M, getng lost, only writes on right half of paper (image of a clock with all numbers drawn only on R side) L hemi-neglect. Where is the lesion? (10x) - RIGHT PARIETAL LOBE 66 yo w/ HTN develops vertgo, diplopia, nausea, vomitng, hiccups, L A7ace numbness, nystagmus, hoarseness, ataxia of limbs, staggering gait, and tendency to fall to the lef. Dx? (8x) - LATERAL MEDULLARY STROKE 26 yo w/ HA and R-hand clumsiness ...

PRITE Ninja Exam Questions and Answers 60 yo right-handed M, getting lost, only writes on right half of paper. Left-sided hemi-neglect. Where is the lesion? - RIGHT PARIETAL LOBE 66 yo with HTN develops vertigo, diplopia, nausea, vomiting, hiccups, L face numbness, nystagmus, hoarseness, ataxia of limbs, staggering gait, and tendency to fall to the left. Dx? - LATERAL MEDULLARY STROKE

PRITE Child and Adolescent Exam Questions and Answers Child and Adolescent Which of the following acutely inhibits the release of glucocorticoids in the adrenal glands? * GABA Cortisol Estrogen Serotonin Acetylcholine 2019 Child: 1 GABA (gamma-aminobutyric acid) is an inhibitory neurotransmitter that acts on specific receptors in the body, including those in the adrenal glands. When GABA binds to its receptors in the adrenal glands, it can inhibit the release of the horm...