Our review is designed to help you maximize your score on the Molecular-Genetic Exam. StatPearls questions and articles are linked directly to American Board of Pathology® content outlines. Each review course is designed to empower you to assess your knowledge and understanding of medical principles and concepts found on the Molecular-Genetic Exam.
About the Question Bank
We have 373 Multiple-choice 1st, 2nd, and 3rd order questions with four detailed teaching points linked to 309 PubMed indexed review articles related to the Molecular-Genetic Examination . You can customize practice questions to anatomical and clinical Pathologic Genetics Specialist subject areas. In addition, you will have access to a 250 question pre- and post-test Molecular-Genetic Exam to help you target learning and identify areas that need further study. Analytics and reports allow you to compare your scores to other students.
Achieve top scores
The StatPearls molecular genetic prep questions, molecular genetic review questions, and molecular genetic test questions will help you achieve a top score on the Molecular-Genetic Examination . 336 authors and 8 editors have contributed to the development of the Molecular-Genetic Exam content, which is continuously refined and updated to improve your learning experience.
Molecular-Genetic Exam Overview
How many hours is the Molecular-Genetic Exam?
The Molecular-Genetic Exam is 7 hours.
How many questions is the Molecular-Genetic Exam?
The Molecular-Genetic Exam is 270 questions.
What topics are covered on the Molecular-Genetic Exam?
Topics include: Normal Structure and Function - 9%, Molecular Genetic Principles - 6%, Techniques and Methods - 3%, Assay Performance and Validation - 6%, Quality - 6%, Ethical, Legal, and Regulatory Issues - 6%, Indications for Testing - 6%, Inherited Diseases - 10%, Inherited Cancer Syndromes - 3%, Solid Tumors - 9%, Hematopathology - 8%, Pharmacogenetics - 4%, Infectious Diseases - 8%, Identity Testing - 4%, Histocompatibility - 1%, Informatics - 3%, and Laboratory Management-General - 8%
Molecular-Genetic Exam MCQs (373)
Our question bank for the Molecular-Genetic Exam covers four Cognitive Difficulty Levels:
- Allergy and Immunology - 15 questions
- Cardiovascular - 15 questions
- Connective Tissue - 11 questions
- Ears Nose and Throat - 13 questions
- Endocrine and Metabolic - 57 questions
- Eyes - 12 questions
- Gastrointestinal - 29 questions
- Genetics - 295 questions
- Genitourinary - 12 questions
- Growth and Development - 82 questions
- Gynecologic - 16 questions
- Hematologic - 51 questions
- Infectious - 19 questions
- Integument - 49 questions
- Musculoskeletal - 42 questions
- Nervous - 60 questions
- Obstetric - 7 questions
- Oncologic - 135 questions
- Psychiatric Mental Health - 3 questions
- Pulmonary - 18 questions
- Renal - 17 questions
- Surgery - 4 questions
- Toxicology - 2 questions
- Health Promotion & Maintenance (Prevent Problems) - 3 questions
- Pharm/Parenteral Therapy (Drugs/Vital Signs) - 9 questions
- Physiological Adaptation (Care Ill Patients) - 207 questions
- Process (Analysis, Assess, Eval, Implement, Plan) - 217 questions
- Teaching/Learning (Promotes Behavior Change) - 1 questions
- Causes - 183 questions
- Classification - 39 questions
- Differential - 238 questions
- Epidemiology - 11 questions
- Evaluation Diagnostic Tests - 190 questions
- Evaluation Lab - 181 questions
- Evaluation Monitoring - 9 questions
- Evaluation Procedures - 77 questions
- Evaluation Radiologic - 55 questions
- Health Maint Prevention Public Health - 2 questions
- History Physical - 358 questions
- Pathophysiology - 306 questions
- Patient Education - 2 questions
- Prognosis Complications - 209 questions
- Toxicology - 2 questions
- Treatment Medical - 21 questions
- Treatment Radiation - 1 questions
- Treatment Surgical - 11 questions
- Clinical Education - 2 questions
- Therapeutics (Drug treatment) - 3 questions
- Drug Information - 4 questions
- Pharmaceutics (Safely dosing medications) - 3 questions
- Pharmacokinetics (Drug movement in body) - 1 questions
Molecular-Genetic Exam Articles (309)
Hodgkin lymphoma characteristically presents with Hodgkin and Reed-Sternberg cells. When the cells are mononucleated, they are called Hodgkin cells ...
Childhood tumors of the lung are rare malignant tumors accounting for 0.5% to 1% of all primary malignant lung tumors. These tumors are subdivided ...
Epidermolytic hyperkeratosis is a rare autosomal dominant pathology of cornification caused by mutations in keratins 1 and 10. It was originally te ...
Astrocytes are a subtype of glial cells that make up the majority of cells in the human central nervous system (CNS). They perform metabolic, struc ...
Since ancient times, children around the world have been afflicted with cystic fibrosis that leads to shortened lifespans. In medieval Europe, thes ...
Chediak Higashi syndrome (CHS) is a rare autosomal recessive condition that was initially described by Beguez-Cesar in1943. Chediak in 1952 and Hig ...
Glioma is the most common form of central nervous system (CNS) neoplasm that originates from glial cells. In the United States, there are six cases ...
Papillary thyroid carcinoma (PTC) is an epithelial malignancy showing evidence of follicular cell differentiation and a set of distinctive nuclear ...
Axons could be myelinated (high, moderate, or thin) or unmyelinated fibers. Unmyelinated, al ...
The epidermis is the outermost layer of skin. Its proper development during the fetal period is crucial as a barrier against infections and wa ...
Genomes of bacteria exist on a single double-stranded circular DNA molecule that contains approximately 4000 kb of DNA and are regulated by operons ...
Endovascular papillary angioendothelioma (EPA), also known as Dabska tumor (DT) and papillary intralymphatic angioendothelioma (PILA), represents a ...
T-PLL (T Prolymphocytic leukemia) is mature and aggressive T-cell leukemias characterized by the proliferation of small to medium-sized prolymphocy ...
Refsum disease is one of the four major peroxisomal biogenesis disorders. Peroxisomes are multiple membrane-bound intracellular organelles involved ...
Transplant rejection can be classified as hyperacute, acute, or chronic. Hyperacute rejection is usually caused by specific antibodi ...
William G Gossman MD Professor Creighton University FAAEM Elkhorn NE
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