Oakstone Need-to-Know Pathology 2026

A Review for Physicians in a Hurry

37-Hour Anatomic & Clinical Pathology Review | 30+ Topic Areas | Board Preparation

Build a broad, high-yield review of modern anatomic and clinical pathology with Oakstone Need-to-Know Pathology: A Review for Physicians in a Hurry 2026.

Released on August 15, 2026, this extensive Oakstone video program uses a methodical, case-based teaching approach supported by high-quality pathology images to review diagnostic criteria, disease classification, laboratory medicine, molecular pathology, and practical diagnostic problem-solving across the major pathology subspecialties.

The course is particularly valuable for:

• Pathology residents preparing for specialty examinations
• Pathology fellows
• Practicing pathologists
• Physicians seeking a comprehensive pathology update
• Learners reviewing both anatomic and clinical pathology

The program spans 30+ major topic areas and approximately 37 hours of educational content, covering subjects ranging from neuropathology, thoracic pathology, breast pathology, gynecologic pathology, dermatopathology, hematopathology, gastrointestinal pathology, hepatobiliary pathology, genitourinary pathology, renal pathology, pediatric pathology, and forensic pathology to transfusion medicine, hematology, coagulation, cytogenetics, flow cytometry, molecular diagnostics, clinical chemistry, microbiology, digital pathology, laboratory management, and statistics.

Course Details

• Course: Need-to-Know Pathology: A Review for Physicians in a Hurry
• Provider: Oakstone CME
• Production: CMEinfo Video Production
• Edition: 2026
• Original Release Date: August 15, 2026
• Estimated Time to Complete: 37 Hours
• Topic Areas: 30+
• Primary Specialty: Pathology
• Major Divisions: Anatomic Pathology + Clinical Pathology
• Format: Video-Based Pathology Review
• MedicalAmboss Delivery: Google Drive
• Language: English
• MedicalAmboss CME / Certificate: Not Included

Course Directors

Michael Kallen, MD

Associate Professor
Department of Pathology
University of Maryland Medical Center

Kevan J. Salimian, MD, PhD

Assistant Professor
Johns Hopkins University School of Medicine

The course brings together subspecialty faculty from major academic institutions to provide focused instruction across virtually the full spectrum of modern diagnostic pathology.

Course Overview

Pathology requires the integration of:

• Morphology
• Histology
• Immunohistochemistry
• Molecular testing
• Clinical laboratory data
• Cytogenetics
• Flow cytometry
• Microbiology
• Clinical chemistry
• Laboratory quality principles

The challenge is not simply memorizing individual diagnoses.

The practicing pathologist must determine:

What Is the Pattern? → What Is the Differential? → Which Tests Are Needed? → How Should the Findings Be Classified? → What Information Matters Clinically?

Need-to-Know Pathology 2026 is structured around this diagnostic mindset.

Learning Objectives

After completing the program, learners should be better able to:

• Recognize high-yield diagnostic features of neoplasms across major anatomic pathology subspecialties.
• Apply modern tumor subclassification principles.
• Review diagnostic pathology of the breast.
• Recognize major dermatopathology entities.
• Review gastrointestinal and hepatobiliary pathology.
• Evaluate soft-tissue and bone lesions.
• Review head and neck pathology.
• Recognize major thoracic and pulmonary neoplasms.
• Review cardiac pathology.
• Diagnose important renal and genitourinary lesions.
• Review gynecologic and reproductive pathology.
• Recognize major neuropathology entities.
• Apply diagnostic criteria to mesenchymal neoplasms.
• Review pediatric pathology.
• Understand important placental pathology principles.
• Review B-cell and T-cell lymphomas.
• Apply diagnostic approaches to myeloid neoplasms.
• Review plasma-cell and precursor lymphoid disorders.
• Apply major principles of transfusion medicine.
• Review hematology and hemoglobin-related disorders.
• Understand coagulation, hemostasis, and thrombosis.
• Apply flow cytometry to hematopathologic diagnosis.
• Review clinical cytogenetics.
• Understand molecular genetics and molecular diagnostics.
• Review clinical chemistry.
• Apply laboratory concepts in endocrinology, toxicology, electrolytes, and acid-base medicine.
• Review medical microbiology.
• Understand digital pathology standards and implementation.
• Apply laboratory management principles.
• Review laboratory quality control and diagnostic statistics.

Major Course Highlights

Digital & Molecular Pathology Integration

Modern pathology increasingly depends on integration between traditional morphology and molecular information.

The course reviews areas including:

• Molecular genetics
• Molecular diagnostics
• Genomics
• Digital pathology
• Laboratory information exchange
• DICOM
• FHIR standards
• Scalable digital-pathology implementation

Digital Pathology

The program includes dedicated discussion of implementing modern digital pathology standards in clinical practice.

Important concepts include:

• Image standardization
• Interoperability
• Digital workflows
• Data exchange
• Scalable pathology systems

The inclusion of DICOM and FHIR makes this especially relevant to laboratories transitioning from traditional workflows toward more integrated digital environments.

Molecular Pathology

Molecular pathology has become central to:

• Tumor classification
• Prognostication
• Targeted therapy selection
• Hereditary disease evaluation
• Hematologic malignancy
• Precision oncology

The course reviews both foundational molecular genetics and practical molecular diagnostic concepts.

ANATOMIC PATHOLOGY

Neuropathology

The neuropathology curriculum includes both:

• Non-neoplastic disease
• Neoplastic disease

The review helps learners distinguish major pathologic processes affecting the central nervous system and recognize diagnostically important tumor patterns.

Head & Neck Pathology

A substantial head and neck section reviews:

• Squamous lesions
• Thyroid tumors
• Sinonasal tumors
• Salivary gland pathology
• Other head and neck lesions

Squamous Lesions

Pathologists must differentiate reactive, premalignant, and malignant squamous processes using:

• Morphology
• Clinical setting
• Histologic pattern
• Ancillary testing when appropriate

Thyroid Tumors

The course reviews major thyroid tumor entities and diagnostic distinctions important for surgical pathology.

Relevant areas include:

• Follicular-patterned lesions
• Papillary thyroid carcinoma
• Other thyroid malignancies
• Diagnostic differential considerations

Sinonasal Pathology

Sinonasal tumors can present substantial diagnostic difficulty because multiple unrelated tumors may share overlapping morphology.

A structured differential diagnosis and appropriate ancillary testing are therefore important.

Salivary Gland Pathology

The course reviews salivary and related lesions with emphasis on distinguishing common diagnostic entities and avoiding important mimics.

Thoracic & Pulmonary Pathology

Major topics include:

• Non-small cell lung carcinoma
• Neuroendocrine tumors of the lung
• Thymoma
• Thymic carcinoma
• Infectious pulmonary pathology

Non-Small Cell Lung Carcinoma

The course reviews modern lung carcinoma diagnosis with attention to:

• Histologic classification
• Tumor differentiation
• Biomarker-related concepts
• Molecular testing
• Diagnostic terminology

Contemporary lung pathology increasingly connects:

Morphology → Immunophenotype → Molecular Testing → Treatment-Relevant Classification

Pulmonary Neuroendocrine Tumors

Important diagnostic distinctions exist among neuroendocrine tumors of the lung.

The program reinforces classification and differential diagnosis of these lesions.

Thymoma & Thymic Carcinoma

The mediastinal pathology section reviews major thymic epithelial neoplasms and key differential diagnostic considerations.

Infectious Lung Pathology

Pulmonary pathology also includes infectious processes that can mimic:

• Malignancy
• Inflammatory disease
• Interstitial lung disease

Recognition of characteristic patterns can help guide microbiologic correlation and additional testing.

Cardiac Pathology

The course includes a dedicated review of cardiac pathology, extending the anatomic pathology curriculum beyond the more common surgical pathology subspecialties.

Breast Pathology

High-yield breast pathology instruction reviews diagnostically important benign and malignant breast lesions.

Core concepts include:

• Pattern recognition
• Differential diagnosis
• Breast neoplasia
• Histologic criteria
• Challenging mimics

Breast pathology remains particularly important for both daily surgical pathology and board preparation.

Gynecologic Pathology

The gynecologic pathology section includes extensive coverage of:

• Endometrial epithelial lesions
• Uterine mesenchymal tumors
• Vulvovaginal lesions
• Cervical pathology
• Adnexal lesions
• Gestational trophoblastic disease

Endometrial Pathology

The program reviews epithelial lesions of the uterine corpus and important diagnostic criteria used to distinguish common benign, premalignant, and malignant processes.

Gynecologic Mesenchymal Tumors

Uterine mesenchymal lesions can present difficult differential diagnoses.

The curriculum reinforces morphology-based assessment and appropriate classification.

Cervical Pathology

Important areas include:

• HPV-related disease
• Squamous lesions
• Glandular lesions
• Cervical malignancy

Adnexal Pathology

Ovarian and related adnexal lesions represent another high-yield area because several tumor families may share overlapping histologic patterns.

Gestational Trophoblastic Disease

The course reviews pathologic features relevant to classification of gestational trophoblastic disorders.

Placental Pathology

Placental pathology includes a focused review of commonly encountered abnormalities such as:

• Vascular malperfusion
• Selected inflammatory disorders

This area is particularly useful for pathology board preparation because placental pathology is sometimes underrepresented in general surgical pathology study.

Cytopathology & Fine-Needle Aspiration

The course includes:

• Fine-needle aspiration of superficial lesions
• Fine-needle aspiration of deep-seated lesions

Important principles include:

• Adequacy
• Morphologic interpretation
• Differential diagnosis
• Appropriate ancillary testing

Soft-Tissue Pathology

The course provides an extensive multi-part review of soft-tissue pathology.

Important diagnostic principles include:

• Tumor morphology
• Growth pattern
• Cytologic characteristics
• Immunohistochemistry
• Molecular alterations
• Differential diagnosis

Mesenchymal Neoplasms

Soft-tissue tumors can be diagnostically difficult because unrelated neoplasms may share similar morphologic features.

A practical approach often involves:

Location → Morphology → Immunophenotype → Molecular Testing → Final Classification

Bone Pathology

Dedicated bone pathology sessions review diagnostically important:

• Bone tumors
• Tumor-like lesions
• Differential diagnoses

Bone pathology requires integration of:

Age + Site + Imaging + Histology

rather than interpreting the biopsy in isolation.

Dermatopathology

The course includes multiple dermatopathology sessions reviewing important inflammatory and neoplastic skin disease.

Pathologists must frequently integrate:

• Epidermal pattern
• Dermal pattern
• Cell type
• Clinical distribution
• Immunohistochemistry

to reach an appropriate diagnosis.

HEMATOPATHOLOGY

Low-Grade B-Cell Lymphomas

A pattern-based approach is used to review indolent B-cell lymphoid neoplasms.

The diagnostic process may incorporate:

• Architecture
• Cytology
• Immunophenotype
• Flow cytometry
• Molecular findings

Aggressive B-Cell Lymphomas

This section focuses on streamlined diagnostic algorithms, important markers, and ancillary-testing strategies.

The emphasis is on moving efficiently from:

Morphology → Differential → Immunophenotype → Molecular / Cytogenetic Testing → Classification

T-Cell Lymphomas

T-cell lymphomas represent a diagnostically challenging group.

The program reviews a practical approach to identifying and classifying these entities.

Hodgkin Lymphoma & Mimics

The course reviews Hodgkin lymphomas and major conditions that can resemble them histologically or immunophenotypically.

Infectious & Inflammatory Mimics

Reactive and infectious lymphoid disorders can sometimes mimic lymphoma.

Understanding common patterns and pitfalls helps prevent overdiagnosis.

Acute Myeloid Leukemia

A dedicated session reviews the diagnostic approach to acute myeloid leukemia (AML).

Important components include:

• Morphology
• Flow cytometry
• Cytogenetics
• Molecular findings
• Modern classification

Myelodysplastic Neoplasms

The course reviews contemporary diagnostic concepts related to myelodysplastic disorders.

Myeloproliferative Neoplasms

Important entities and distinguishing features of myeloproliferative neoplasms are also reviewed.

Bone Marrow Pathology

The course includes an introduction to systematic bone marrow evaluation.

A practical marrow assessment considers:

• Cellularity
• Lineage maturation
• Dysplasia
• Blast percentage
• Infiltrative disease
• Fibrosis
• Clinical context

Precursor Lymphoid Neoplasms

The program reviews major precursor B- and T-lineage lymphoid neoplasms and the ancillary studies needed for appropriate classification.

Plasma-Cell Neoplasms

The course includes diagnosis of plasma-cell disorders using:

• Morphology
• Immunophenotype
• Laboratory correlation
• Clinical information

GASTROINTESTINAL & HEPATOBILIARY PATHOLOGY

Esophageal Pathology

The gastrointestinal curriculum begins with important disorders of the esophagus.

Gastric Pathology

The course reviews high-yield gastric pathology, including important inflammatory, precursor, and neoplastic processes.

Small & Large Intestine

Separate coverage includes:

• Inflammatory disorders
• Neoplastic disorders

This helps reinforce distinctions among:

• Inflammatory bowel disease
• Infectious patterns
• Polyps
• Dysplasia
• Gastrointestinal malignancies

Pancreatic Pathology

High-yield pancreatic pathology is reviewed with focus on commonly tested and clinically important entities.

Medical Liver Pathology

The hepatopathology curriculum includes a focused review of non-neoplastic liver disease.

Evaluation may involve:

• Pattern of injury
• Inflammation
• Fibrosis
• Cholestasis
• Steatosis
• Clinical laboratory correlation

Neoplastic Liver Pathology

A separate fast-track review addresses major primary and metastatic hepatic neoplasms.

GENITOURINARY & RENAL PATHOLOGY

Bladder Pathology

The program reviews essential bladder pathology, including common urothelial lesions and malignancies.

Prostate Pathology

High-yield prostate pathology covers important diagnostic entities encountered in genitourinary surgical pathology.

Penile & Scrotal Pathology

The curriculum also includes key lesions involving penile and scrotal pathology.

Renal Epithelial Neoplasms

The course reviews contemporary diagnosis of renal epithelial tumors.

Accurate classification increasingly involves:

• Morphology
• Immunohistochemistry
• Molecular findings

Testicular Tumors

Testicular tumor pathology is reviewed with emphasis on major germ-cell and other diagnostically important neoplasms.

Medical Renal Pathology

Two dedicated sessions address medical renal pathology.

The renal biopsy often requires integration of:

• Light microscopy
• Immunofluorescence
• Electron microscopy
• Clinical laboratory findings

PEDIATRIC PATHOLOGY

Dedicated pediatric pathology sessions cover:

• Gastrointestinal and liver pathology
• Kidney and lung pathology
• Small round blue cell tumors
• Soft-tissue and bone pathology

Pediatric Small Round Blue Cell Tumors

These tumors are an important board-review topic because several entities may appear morphologically similar.

Appropriate classification may depend heavily on:

• Immunohistochemistry
• Cytogenetics
• Molecular testing

FORENSIC PATHOLOGY

The course also includes:

• Traumatic deaths
• Natural deaths

providing an overview of important forensic pathology principles relevant to specialty examination preparation.

CLINICAL PATHOLOGY

Transfusion Medicine

Transfusion medicine receives extensive coverage across multiple dedicated sessions.

Topics include:

• Blood component manufacture
• Donor eligibility
• Immunohematology
• Autoantibodies
• Autoimmune hemolytic anemia
• Transfusion reactions
• Therapeutic apheresis
• Massive transfusion

High-Yield Immunohematology

The course reinforces important principles involving:

• Blood groups
• Antibodies
• Compatibility
• Pretransfusion testing
• Transfusion safety

Autoimmune Hemolytic Anemia

Recognition and laboratory assessment of autoimmune hemolytic anemia require integration of hematology and immunohematology findings.

Transfusion-Related Adverse Events

Pathologists and laboratory physicians should recognize major transfusion complications and appropriate laboratory investigation.

Massive Transfusion

Massive transfusion represents a high-stakes clinical situation requiring close coordination between:

• Laboratory
• Blood bank
• Emergency medicine
• Surgery
• Critical care

Therapeutic Apheresis

The clinical pathology curriculum also reviews major principles and indications for therapeutic apheresis.

Hematology

The laboratory hematology component includes topics involving:

• Red blood cell membrane disorders
• Benign white blood cell disorders
• Hematologic interpretation

Hemostasis & Thrombosis

A dedicated review covers fundamental principles of:

• Hemostasis
• Coagulation
• Thrombosis
• Laboratory testing

Clinical Cytogenetics

Cytogenetics plays an important role in:

• Hematologic malignancy
• Solid tumors
• Genetic diagnosis
• Risk classification

The course reviews foundational clinical cytogenetic concepts relevant to pathology practice.

Flow Cytometry

Need-to-Know Flow Cytometry provides a focused review of a central tool in hematopathology.

Flow cytometry is particularly important for:

• Leukemia
• Lymphoma
• Plasma-cell neoplasms
• Minimal disease assessment in appropriate settings

Clinical Chemistry

The clinical chemistry curriculum includes multiple dedicated areas.

Pre-Analytical Considerations & Instrumentation

Laboratory results can be affected before analysis even begins.

Important issues include:

• Sample collection
• Handling
• Interference
• Instrumentation
• Quality assurance

Acid-Base, Electrolytes, Toxicology & Liver Testing

This section reviews:

• Acid-base disorders
• Electrolyte testing
• Toxicology
• Liver-related laboratory testing

Endocrine Laboratory Medicine

Topics include testing involving:

• Thyroid
• Adrenal
• Pituitary

Lipids & Proteins

Clinical chemistry also includes laboratory interpretation of:

• Lipids
• Serum proteins
• Related testing

Newborn Screening & Inborn Errors of Metabolism

The course reviews key laboratory concepts related to:

• Newborn screening
• Metabolic disease
• Inherited biochemical disorders

Catecholamines, Porphyrins & Vitamins

Additional clinical chemistry topics broaden the review into specialized testing.

Medical Microbiology

The microbiology curriculum is extensive.

Major topics include:

• Gram-positive bacteria
• Gram-negative rods
• Gram-negative cocci
• Acid-fast bacilli
• Mycobacteria
• Endemic fungi
• Thermally dimorphic fungi
• Mucorales
• Hyaline molds
• Dematiaceous molds
• Dermatophytes
• Parasitology
• Respiratory viruses
• Gastrointestinal infections
• Hepatitis
• HIV
• Mucocutaneous infections
• Vaccines
• Antimicrobial susceptibility testing

Antimicrobial Susceptibility Testing

Laboratory susceptibility testing helps connect microbiologic diagnosis with clinical antimicrobial selection.

This requires understanding:

• Organism identification
• Susceptibility methodology
• Resistance
• Reporting
• Clinical interpretation

Laboratory Management

The course extends beyond diagnosis into laboratory operations.

Topics include:

• Regulatory considerations
• Laboratory operations
• Finance
• Quality management

Regulatory Considerations

Pathology practice requires understanding not only diagnostic medicine but also the regulatory environment surrounding clinical laboratories.

Laboratory Operations & Finance

A successful laboratory must combine:

Diagnostic Quality + Safety + Efficiency + Appropriate Resource Use

The course includes practical laboratory-management concepts relevant to practicing pathologists and board candidates.

Laboratory Mathematics & Statistics

The program includes dedicated instruction in:

• Comparative measures
• Quality control
• Reference ranges
• Diagnostic test performance

Diagnostic Test Performance

Important concepts may include:

• Sensitivity
• Specificity
• Predictive values
• Reference intervals
• Test performance
• Quality control

These principles are critical for interpreting and managing clinical laboratory testing.

Major Anatomic Pathology Areas

• Neuropathology
• Head & Neck Pathology
• Thyroid Pathology
• Sinonasal Pathology
• Salivary Gland Pathology
• Thoracic Pathology
• Lung Carcinoma
• Pulmonary Neuroendocrine Tumors
• Thymic Pathology
• Cardiac Pathology
• Breast Pathology
• Gynecologic Pathology
• Placental Pathology
• Cytopathology
• Soft-Tissue Pathology
• Bone Pathology
• Dermatopathology
• Hematopathology
• Gastrointestinal Pathology
• Liver Pathology
• Pancreatic Pathology
• Genitourinary Pathology
• Renal Pathology
• Pediatric Pathology
• Forensic Pathology

Major Clinical Pathology Areas

• Transfusion Medicine
• Immunohematology
• Massive Transfusion
• Therapeutic Apheresis
• Hematology
• Hemostasis
• Thrombosis
• Clinical Cytogenetics
• Flow Cytometry
• Molecular Genetics
• Molecular Diagnostics
• Clinical Chemistry
• Acid-Base Disorders
• Electrolytes
• Toxicology
• Endocrine Laboratory Medicine
• Newborn Screening
• Inborn Errors of Metabolism
• Medical Microbiology
• Mycology
• Parasitology
• Antimicrobial Susceptibility Testing
• Digital Pathology
• Laboratory Management
• Laboratory Quality Control
• Laboratory Statistics

Board Preparation

Oakstone categorizes Need-to-Know Pathology as a board-preparation program.

It is particularly useful for candidates who need to review both:

Anatomic Pathology + Clinical Pathology

within one structured course.

A useful study strategy is:

Lecture → Review Images → Identify Pattern → Build Differential → Review Ancillary Tests → Repeat Weak Topics

Why This Course Is Useful

One of the major strengths of Oakstone Need-to-Know Pathology 2026 is its breadth.

Rather than focusing on a single organ system, the curriculum progresses through:

Anatomic Pathology → Hematopathology → Clinical Pathology → Molecular Diagnostics → Microbiology → Laboratory Management

Learners can use the program to:

• Prepare for pathology specialty examinations
• Refresh general surgical pathology
• Review hematopathology
• Update molecular pathology knowledge
• Reinforce transfusion medicine
• Review clinical chemistry
• Refresh medical microbiology
• Improve laboratory-management knowledge
• Review digital pathology
• Strengthen diagnostic pattern recognition
• Revisit difficult subspecialty areas

Target Audience

The course is designed primarily for:

• Pathology Residents
• Pathology Fellows
• Practicing Pathologists
• Anatomic Pathologists
• Clinical Pathologists
• Surgical Pathologists
• Laboratory Medicine Physicians
• Physicians preparing for pathology specialty examinations
• Pathologists seeking a broad general update

Original Oakstone Accreditation

Oakstone Publishing designates the official enduring educational activity for a maximum of:

37 AMA PRA Category 1 Credits™

The activity also meets the American Board of Pathology Continuing Certification program requirements for Part II (CME) Lifelong Learning.

• Original Release: August 15, 2026
• Official Credit Expiration: August 14, 2029
• Estimated Time: 37 Hours

Official Oakstone CME requires successful completion of the applicable course evaluation and post-test.

Important MedicalAmboss CME Notice

The independently delivered MedicalAmboss product states that:

CME points and certificate are not included.

Therefore, do not advertise the MedicalAmboss product as:

• 37 CME Credits Included
• ABPath CME Included
• ABPath Certification Included
• Official Oakstone Certificate Included
• Oakstone Board Pass Guarantee Included

unless the customer is actually receiving official Oakstone platform registration and eligibility for those services.

The safest wording is:

Original Oakstone Activity: Up to 37 AMA PRA Category 1 Credits™

and separately:

MedicalAmboss Product: CME / Certificate Not Included

Product / Delivery Information

• Product: Oakstone Need-to-Know Pathology – A Review for Physicians in a Hurry 2026
• Provider: Oakstone CME
• Original Release: August 15, 2026
• Estimated Duration: 37 Hours
• Coverage: 30+ Pathology Topic Areas
• Format: Video-Based Pathology Review
• Delivery: Google Drive
• Specialty: Pathology
• CME Points with MedicalAmboss: Not Included
• Certificate with MedicalAmboss: Not Included

4. Short Description

Oakstone Need-to-Know Pathology 2026 – A Review for Physicians in a Hurry is an extensive 37-hour video pathology review covering 30+ major topic areas across anatomic and clinical pathology.

Topics include neuropathology, head and neck pathology, lung tumors, breast and gynecologic pathology, soft tissue and bone pathology, dermatopathology, hematopathology, GI and liver pathology, GU and renal pathology, pediatric and forensic pathology, transfusion medicine, hematology, coagulation, flow cytometry, molecular diagnostics, clinical chemistry, microbiology, digital pathology, laboratory management, and statistics.

 

+ Topics:

Anatomic Pathology

• Neuropathology Part 1 – Non-Neoplastic – Shino Magaki, MD, PhD
• Neuropathology Part 2 – Neoplastic – Shino Magaki, MD, PhD
• Head and Neck Pathology – I – Squamous Lesions – Lisa M. Rooper, MD
• Head and Neck Pathology – II – Thyroid Tumors – Lisa M. Rooper, MD
• Head and Neck Pathology – III – Sinonasal Tumors – Lisa M. Rooper, MD
• Head and Neck Pathology – IV – Salivary and Miscellaneous – Lisa M. Rooper, MD
• Non-Small Cell Lung Carcinomas – David Suster, MD
• Neuroendocrine Tumors of the Lung – David Suster, MD
• Thymoma and Thymic Carcinoma – David Suster, MD
• Infectious Disease of the Lung – David Suster, MD
• Cardiac Pathology – Gregory A. Fishbein, MD
• High-Yield Breast Pathology – Part 1- Isabella Tondi Resta, MD
• High-Yield Breast Pathology – Part 1- Isabella Tondi Resta, MD
• Gynecologic Pathology – Uterine Corpus Endometrial Epithelial Lesions and Mesenchymal Tumors – Maryam Shahi, MD
• Gynecologic Pathology – Vulvovaginal Lesions – Maryam Shahi, MD
• Gynecologic Pathology – Uterine Cervix – Maryam Shahi, MD
• Gynecologic Pathology – Adnexal Lesions – Maryam Shahi, MD
• Gynecologic Pathology – Gestational Trophoblastic Diseases – Maryam Shahi, MD
• Review of Commonly Encountered Placental Pathologies – Vascular Malperfusions and Select Inflammatory Disorders – Katte Carreon, MD
• Fine Needle Aspiration of Superficial Lesions – Peter B. Illei, MD
• Fine Needle Aspiration of Deep-Seated Lesions – Peter B. Illei, MD
• Soft Tissue Pathology – Part 1 – John M. Gross, MD
• Soft Tissue Pathology – Part 2 – John M. Gross, MD
• Soft Tissue Pathology – Part 3 – John M. Gross, MD
• Bone Pathology – Part 1 – John M. Gross, MD
• Bone Pathology – Part 2 – John M. Gross, MD
• Dermatopathology – Part 1 – Jaroslaw Jedrych, MD
• Dermatopathology – Part 2 – Jaroslaw Jedrych, MD
• Low-grade B-cell Lymphomas – A Pattern-based Approach That Will Leave You Feeling Like a Pro – Genevieve M. Crane, MD, PhD, FCAP
• A Streamlined Approach to Aggressive B-cell Lymphomas, Key Markers, and Ancillary Testing – Genevieve M. Crane, MD, PhD, FCAP
• Love It or Launch It – Practical Approach to T-cell Lymphomas – Genevieve Crane, MD, PhD, FCAP
• Hodgkin Lymphomas and Their Mimics – Genevieve Crane, MD, PhD, FCAP
• Patterns and Pitfalls in Infectious and Inflammatory Disorders – Genevieve Crane, MD, PhD, FCAP
• Diagnostic Approach to Acute Myeloid Leukemia – Sanam Loghavi, MD
• Diagnostic Approach to Myelodysplastic Syndromes – Neoplasms – Sanam Loghavi, MD
• Diagnostic Approach to Myeloproliferative Neoplasms – Sanam Loghavi, MD
• Introduction to Bone Marrow Pathology – Kamran M. Mirza, MD, PhD
• Precursor Lymphoid Neoplasms – Kamran M. Mirza, MD, PhD
• Plasma Cell Neoplasms – Kamran M. Mirza, MD, PhD
• Pathology of the Esophagus – Kristen M. Stashek, MD
• High-Yield Gastric Pathology – Kristen M. Stashek, MD
• Inflammatory Conditions of the Small and Large Intestine – Kristen M. Stashek, MD
• Neoplastic Conditions of the Small and Large Intestine – Kristen M. Stashek, MD
• High-Yield Pancreas Pathology – Kristen M. Stashek, MD
• Medical Liver Pathology Essentials – Kathleen Byrnes, MD
• Neoplastic Liver Pathology – Fast-Track Review – Kathleen Byrnes, MD
• Essentials of Bladder Pathology – Andres Matoso, MD
• Prostate Pathology – What You Must Know – Andres Matoso, MD
• Key Entities in Penile and Scrotal Pathology – Andres Matoso, MD
• Renal Epithelial Neoplasms – Ezra Baraban, MD
• Soft Tissue Issues in the Genitourinary Tract – Ezra Baraban, MD
• Testicular Tumors – Ezra Baraban, MD
• Pediatric Gastrointestinal and Liver Pathology – Jenna Bodmer, MD
• Pediatric Kidney and Lung Pathology – Jenna Bodmer, MD
• Pediatric Small Round Blue Cell Tumors – Jenna Bodmer, MD
• Pediatric Soft Tissue and Bone Pathology – Jenna Bodmer, MD
• Medical Renal Pathology – Part 1 – Jonathan Zuckerman, MD, PhD
• Medical Renal Pathology – Part 2 – Jonathan Zuckerman, MD, PhD
• Forensic Pathology – Traumatic Deaths – Stephanie A. Dean, MD
• Forensic Pathology – Natural Deaths – Stephanie A. Dean, MD

Clinical Pathology

• Transfusion Medicine 1 – Component Manufacture and Donor Eligibility – Eric Gehrie, MD
• Transfusion Medicine 2 – High-Yield Immunohematology – Eric Gehrie, MD
• Transfusion Medicine 3 – Autoantibodies and Autoimmune Hemolytic Anemia – Eric Gehrie ,MD
• Transfusion Medicine 4 – Transfusion-Related Adverse Events – Eric Gehrie, MD
• Transfusion Medicine 5 – Therapeutic Apheresis – Eric Gehrie, MD
• Transfusion Medicine 6 – Massive Transfusion – Eric Gehrie, MD
• Hematology – Red Blood Cell Membrane Disorders – Part 1 – Garrett S. Booth, MD
• Hematology – Red Blood Cell Membrane Disorders – Part 2 – Garrett S. Booth, MD
• Hematology – Benign White Blood Cell Membrane Disorders – Part 1 – Garrett S. Booth, MD
• Hematology – Benign White Blood Cell Membrane Disorders – Part 2 – Garrett S. Booth, MD
• Introduction to Hemostatis and Thrombosis – Christine Fuja, DO
• Clinical Cytogenetics – Ying S. Zou, MD, PhD, FACMG
• Need-to-Know Flow Cytometry – Laura M. Wake, MD
• Molecular Pathology I – Molecular Genetics – Samuel E. Harvey, MD, PhD
• Molecular Pathology II – Molecular Diagnostics – Samuel E. Harvey, MD, PhD
• Chemistry I – Pre-Analytical Considerations and Instrumentations – Stefani Thomas, PhD, DABCC, NRCC
• Chemistry II – Acid-Base, Electrolytes, Toxicology, and Liver – Stefani Thomas, PhD, DABCC, NRCC
• Chemistry III – Endocrinology – Thyroid, Adrenal, and Pituitary – Stefani Thomas, PhD, DABCC, NRCC
• Chemistry IV –Lipids and Proteins +A22 – Stefani Thomas, PhD, DABCC, NRCC
• Chemistry V – Newborn Screening and Inborn Errors of Metabolism – Stefani Thomas, PhD, DABCC, NRCC
• Chemistry VI – Catecholamines, Porphyrins, and Vitamins – Stefani Thomas, PhD, DABCC, NRCC
• Medical Microbiology – Gram-Positives – Alexander J. Fenwick, MD, FCAP
• Medical Microbiology – Gram-Negative Rods – Alexander J. Fenwick, MD, FCAP
• Medical Microbiology – Gram-Negative Cocci, Others, and Agents of BT – Alexander J. Fenwick, MD, FCAP
• Medical Microbiology – Acid-fast Bacilli – Alexander J. Fenwick, MD, FCAP
• Mycology Endemic and Thermally Dimorphic Fungi – Alexander J. Fenwick, MD, FCAP
• Medical Microbiology – Mucaroles, Hyaline Hyphyomycetes – Alexander J. Fenwick, MD, FCAP
• Medical Microbiology – Dematiaceous Molds and Dermatophytes – Alexander J. Fenwick, MD, FCAP
• Medical Microbiology – Parasitology – Alexander J. Fenwick, MD, FCAP
• Medical Microbiology – Respiratory, GI, Hepatitis – Alexander J. Fenwick, MD, FCAP
• Medical Microbiology – Mucocutaneous, HIV, Vaccines, Others – Alexander J. Fenwick, MD, FCAP
• Medical Microbiology – Antibiotic Susceptibility Testing – Alexander J. Fenwick, MD, FCAP
• Scalable Digital Pathology – Implementing DICOM and FHIR Standards in Practice – Emilio Madrigal, DO
• Laboratory Management I – Regulatory Considerations – Stefani Thomas, PhD, DABCC, NRCC
• Laboratory Management II – Operations and Finance – Stefani Thomas, PhD, DABCC, NRCC
• Laboratory Mathematics and Statistics I – Comparative Measures and Quality Control – Stefani Thomas, PhD, DABCC, NRCC
• Laboratory Mathematics and Statistics II – Reference Ranges and Diagnostic Test Performance – Stefani Thomas, PhD, DABCC, NRCC