Harvard Molecular Diagnostics Current Roles in Cancer Diagnosis 2026

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} .molecular-diagnostics-2026 .course-hero h1 { font-size: 28px; } .molecular-diagnostics-2026 .section-title { font-size: 28px; } .molecular-diagnostics-2026 .hero-stats, .molecular-diagnostics-2026 .hero-topics, .molecular-diagnostics-2026 .learning-grid, .molecular-diagnostics-2026 .faculty-grid, .molecular-diagnostics-2026 .faculty-name-grid, .molecular-diagnostics-2026 .delivery-grid { grid-template-columns: 1fr; } .molecular-diagnostics-2026 .faculty-image-wrap { height: 360px; } } HARVARD MEDICAL SCHOOL • 2026 EDITION Molecular Diagnostics: Current Roles in Cancer Diagnosis 2026 A comprehensive three-day molecular oncology program covering next-generation sequencing, bioinformatics, liquid biopsy, gene fusions, molecular biomarkers, tumor-specific testing, laboratory implementation, and precision cancer care. RECORDED COURSE 40 VIDEO SESSIONS 40 ENGLISH SUBTITLES LIFETIME ACCESS 40 Recorded Videos 40 English Subtitles 41 PDF Resources 5.47 GB Complete Package Next-Generation Sequencing Liquid Biopsy & ctDNA Tumor Molecular Profiling Precision Oncology Original Course Dates: April 13–15, 2026 Course Format: Recorded, on-demand educational package Course Directors: Alanna Church, MD, MS; Lynette Sholl, MD; and Valentina Nardi, MD Materials Included: 40 videos, 40 English subtitle files, and 41 PDF resources About This Course Molecular Diagnostics: Current Roles in Cancer Diagnosis 2026 provides a clinically focused introduction to modern molecular diagnostics in oncology for pathologists, oncologists, laboratory geneticists, and other professionals involved in cancer care. Through expert-led lectures, case-based learning, multidisciplinary panels, and practical workshops, the course explains the principles behind molecular testing and demonstrates how results can be applied to diagnosis, prognosis, treatment selection, and patient-centered precision oncology. The program covers next-generation sequencing pipelines, bioinformatics architecture, gene fusion detection, liquid biopsy, circulating tumor DNA, tumor mutational burden, microsatellite instability, homologous recombination deficiency, copy number analysis, cytogenomics, methylation profiling, germline testing, tumor-normal paired sequencing, artificial intelligence, and regulatory considerations. Tumor-specific sessions address molecular diagnostics in sarcoma, gynecologic tumors, pediatric tumors, genitourinary cancers, gliomas, melanoma, breast cancer, lung cancer, gastrointestinal cancer, thyroid and salivary tumors, leukemia, lymphoma, and myeloid neoplasms. Why Choose This Course Key Highlights Comprehensive review of modern molecular oncology and precision cancer diagnostics Practical explanation of NGS pipelines, variant interpretation, and bioinformatics workflows Detailed coverage of RNA- and DNA-based gene fusion testing Technical and clinical perspectives on liquid biopsy and circulating tumor DNA Tumor-specific molecular testing across solid tumors and hematologic malignancies Case reviews, multidisciplinary discussions, and tumor board simulation Laboratory leadership, program development, reimbursement, and regulatory guidance Includes 40 videos, 40 English subtitles, and 41 PDF educational resources Core Learning Areas NGS & Bioinformatics NGS pipelines, informatics architecture, variant detection, indels, RNA and DNA analysis, long-read sequencing, clinically significant isoforms, and practical data interpretation. Biomarkers & Liquid Biopsy Tumor mutational burden, MSI, HRD, copy number variation, viral signatures, circulating tumor DNA, tissue-versus-liquid testing, and molecular residual disease concepts. Tumor-Specific Diagnostics Molecular applications in sarcoma, breast, lung, GI, GU, gynecologic, pediatric, thyroid, salivary, CNS, melanoma, leukemia, lymphoma, and myeloid tumors. Clinical & Laboratory Integration Tumor boards, result communication, pharmacogenomics, program development, artificial intelligence, regulatory requirements, reimbursement, and laboratory leadership. Learning Objectives By Completing This Course, You Will Be Able To: Explain the fundamental principles and methodologies of molecular diagnostics relevant to cancer care Interpret molecular test results for diagnosis, prognosis, and therapeutic decision-making Apply NGS, gene fusion, liquid biopsy, and biomarker results in clinical oncology Communicate molecular findings effectively within interdisciplinary teams and with patients Evaluate test selection, cost, access, workflow, and implementation considerations Recognize the role of germline testing and tumor-normal paired sequencing Integrate molecular findings from solid tumors and hematologic malignancies Understand the expanding roles of AI, cytogenomics, and methylation profiling Apply recent advances in molecular oncology to improve patient-centered care Meet the Faculty Learn from course directors with expertise in molecular pathology, pediatric cancer genomics, pulmonary pathology, hematologic molecular pathology, and clinical laboratory implementation. AC Course Director Alanna Church, MD, MS Associate Professor, Harvard Medical School Boston Children’s Hospital Pediatric Cancer Genomics • Molecular Pathology LS Course Director Lynette Sholl, MD Professor of Pathology, Harvard Medical School Division Chief of Molecular Diagnostics, Mass General Brigham Molecular Diagnostics • Pulmonary Pathology VN Course Director Valentina Nardi, MD Associate Professor of Pathology, Harvard Medical School Associate Director of Hematological Molecular Pathology Hematopathology • Gene Fusion Diagnostics Additional Course Faculty Guruprasad Ananda, PhD Esther Baranov, MD Lauren Choate, PhD Dora Dias-Santagata, PhD Deborah Dillon, MD Adam Fisch, MD, PhD Gabriel Griffin, MD Marian Harris, MD, PhD John A. Iafrate, MD, PhD Habibe Kurt, MD Matthew Lebo, PhD Laura MacConaill, PhD Diana Mandelker, MD, PhD David Meredith, MD, PhD Jonathan Nowak, MD, PhD Zehra Ordulu, MD Lauren Ritterhouse, MD, PhD Scott Rodig, MD, PhD Charlotte Wang, MD, PhD Melissa Zhao, MD Complete Curriculum Monday, April 13, 2026 — Day 1 Course Welcome and Overview Faculty: Lynette Sholl; Valentina Nardi; Alanna Church Original Time: 8:30–8:40 AM Integrated Molecular Oncology in 2026: Trends and Tools for Gene Fusion Detection Faculty: Anthony Iafrate Original Time: 8:40–9:10 AM End-to-End Process to Accelerating Treatment Initiation with Next-Day NGS Faculty: Charlotte Wang Original Time: 9:10–9:40 AM Translation of Molecular to Immunohistochemistry Faculty: Lynette Sholl Original Time: 9:40–10:10 AM Informatics Architecture Faculty: Matthew Lebo Original Time: 10:20–10:50 AM NGS Pipelines Demystified: Practical Bioinformatics Faculty: Guruprasad Ananda Original Time: 10:50–11:20 AM Tumor Mutation Burden, MSI, and HRD Faculty: Jonathan Nowak Original Time: 11:20–11:50 AM Indel Detection Faculty: Lauren Choate Original Time: 11:50 AM–12:20 PM Viral Sequence Detection and Other Signatures Faculty: Mark Sabbagh Original Time: 1:20–1:50 PM Gene Fusion Detection and Interpretation by RNA-Based NGS: A Practical, Case-Based Approach Faculty: Adam Fisch Original Time: 1:50–2:20 PM Detection of Clinically Significant Isoforms and Sub-Gene Events Through RNA and DNA-Based NGS Faculty: Harrison Tsai Original Time: 2:20–2:50 PM Oncogenicity Interpretation of Gene Fusions Detected by RNA-Based NGS Faculty: Valentina Nardi Original Time: 2:50–3:20 PM Applications of Long-Read Sequencing for Cancer Diagnostics Faculty: Gabriel Griffin Original Time: 3:30–4:00 PM Liquid Biopsy and ctDNA: Technical and Clinical Perspectives Faculty: Alanna Church and David Shulman Original Time: 4:00–4:30 PM Panel Discussion: Tissue vs Liquid Biopsy Faculty: Lynette Sholl; Long Le; Alanna Church Original Time: 4:30–5:00 PM Tuesday, April 14, 2026 — Day 2 Sarcoma and Fusion Testing Faculty: Adrian Mariño-Enriquez Original Time: 8:30–9:00 AM Molecular Diagnostics for Gynecologic Tumors Faculty: Zehra Ordulu Original Time: 9:00–9:30 AM Molecular Diagnostics for Pediatric Tumors Faculty: Alanna Church Original Time: 9:30–10:00 AM Genitourinary Cancer Molecular Markers Faculty: Stephanie Siegmund Original Time: 10:00–10:30 AM Copy Number Variation via NGS and Microarray Faculty: Alexander Neil and Laura Sack Original Time: 10:40–11:20 AM Cytogenomics: Technical Focus Faculty: Scott Ryall Original Time: 11:20–11:50 AM Cytogenomics: Clinical Focus Faculty: Phillip Michaels Original Time: 11:50 AM–12:20 PM Gliomas and Methylation Profiling Faculty: David Meredith Original Time: 12:20–12:50 PM Germline Testing in Oncology Faculty: Diana Mandelker Original Time: 1:50–2:20 PM Tumor-Normal Paired Sequencing: Clinical Impact Faculty: Jonathan Nowak Original Time: 2:20–2:50 PM Case Review: Pathology and Oncology Perspectives Faculty: Alanna Church and Suzanne Forrest Original Time: 2:50–3:20 PM Melanoma Molecular Pathology Faculty: Grant Fischer Original Time: 3:30–4:00 PM Molecular Diagnostics for Breast Cancer Faculty: Deborah Dillon Original Time: 4:00–4:30 PM Tumor Board Simulation: Real Case Review Faculty: Deborah Dillon and Seth Wander Original Time: 4:30–5:00 PM Wednesday, April 15, 2026 — Day 3 Myeloid Neoplasms and MRD Testing Faculty: Habibe Kurt Original Time: 8:30–9:00 AM Leukemia Molecular Diagnostics: B- and T-Cell Faculty: Marian Harris Original Time: 9:00–9:30 AM Molecular Diagnostics and Lymphoma Faculty: Scott Rodig Original Time: 9:30–10:00 AM Pharmacogenomics in Oncology Management Faculty: Ann Moyer Original Time: 10:10–10:40 AM Lung Tumor Testing Faculty: Igor Odintsov Original Time: 10:40–11:10 AM Gastrointestinal Cancer: Case-Based Applications Faculty: Esther Baranov Original Time: 11:10–11:40 AM Thyroid Cancer and Salivary Tumor Genomics Faculty: Dora Dias-Santagata Original Time: 11:40 AM–12:10 PM Artificial Intelligence in Molecular Oncology Faculty: Melissa Zhao Original Time: 1:10–1:40 PM Interactive Workshop: Case Report Writing and Communication Faculty: Alanna Church Original Time: 1:40–2:10 PM The Power of Patient Partnership in Cancer Advocacy Faculty: Ann Graham Original Time: 2:10–2:40 PM Building a Molecular Profiling Program Faculty: Laura MacConaill Original Time: 2:50–3:20 PM Regulatory and Reimbursement Essentials Faculty: Lauren Ritterhouse Original Time: 3:20–3:50 PM Lab Leadership and Challenges Faculty: Neal Lindeman Original Time: 3:50–4:20 PM Future Directions in Molecular Oncology Faculty: Lynette Sholl Original Time: 4:20–4:50 PM Who Should Take This Course This course is designed for pathologists, molecular pathologists, oncologists, hematopathologists, laboratory geneticists, laboratory directors, clinical laboratory professionals, bioinformatics specialists, translational researchers, precision oncology professionals, residents, fellows, and other clinicians involved in molecular cancer diagnosis and treatment planning. Delivery & Access Recorded Course Study the sessions at your own pace through on-demand access. 40 Video Sessions Complete three-day program covering molecular oncology and cancer diagnostics. Subtitles & PDF Resources Includes 40 English subtitle files and 41 PDF educational resources. Support contact@medicourses.online Course Highlights ★★★★★ Advanced Molecular Oncology Update Focused coverage of NGS, molecular biomarkers, gene fusions, ctDNA, and contemporary precision oncology workflows. ★★★★★ Tumor-Specific Diagnostic Focus Applies molecular testing to solid tumors, pediatric cancers, CNS tumors, and hematologic malignancies. ★★★★★ Practical Laboratory Integration Includes bioinformatics, case review, reporting, tumor boards, regulation, reimbursement, and laboratory leadership. FAQ Who is this course best suited for? The course is suitable for pathologists, molecular pathologists, oncologists, laboratory geneticists, laboratory directors, bioinformatics professionals, residents, fellows, and clinicians involved in precision oncology. What topics are included? Topics include NGS pipelines, bioinformatics, gene fusion testing, liquid biopsy, ctDNA, TMB, MSI, HRD, copy number variation, cytogenomics, methylation profiling, germline testing, tumor-normal sequencing, AI, tumor-specific molecular diagnostics, and laboratory implementation. Does the course cover liquid biopsy? Yes. The course includes technical and clinical perspectives on liquid biopsy and circulating tumor DNA, together with a panel discussion comparing tissue and liquid biopsy. Does the course cover solid tumors and hematologic malignancies? Yes. The curriculum covers molecular diagnostics across multiple solid tumors as well as leukemia, lymphoma, myeloid neoplasms, and minimal residual disease testing. What materials are included? The package includes 40 recorded videos, 40 English subtitle files, and 41 PDF educational resources, with a total package size of approximately 5.47 GB. Is this a live course? No. This product contains recorded, on-demand educational materials for independent study. Does course access expire? No. The available course materials are provided with lifetime access. Does the course include CME credit or a certificate? No. The recorded package available on Medicourses does not include CME credit, CE credit, or an official certificate. Who can I contact for support? For assistance, please contact contact@medicourses.online. Important Note: This product contains recorded, on-demand educational materials. It is not registration for the original live program. The recorded package does not include live participation, CME credit, CE credit, or an official certificate. DOWNLOAD COURSE