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HomeWebinarsMolecular Diagnostics Webinar Series 2026

Molecular Diagnostics Webinar Series 2026

Webinar

The Amplified Molecular Mastery Series is a four-part educational webinar program built for IVD manufacturers, diagnostic developers, and R&D specialists who require uncompromising performance from every component in their molecular workflow.

This series takes a deep dive into the science defining today's most critical molecular techniques, exploring how raw material selection, chemistry, and formulation choices directly influence assay sensitivity, specificity, and reproducibility.

Each session is designed as a progressive step in your mastery journey; from core PCR principles to advanced amplification strategies powering the next generation of molecular diagnostic innovation (qPCR, qRT-PCR and multiplexing). Whether you are developing a new IVD assay, optimizing an existing workflow, or scaling toward commercialization, this webinar series equips you with expert knowledge and portfolio insights to elevate your science with confidence.

Webinar Series:

  • Webinar 1: Amplified Foundations: Four Decades that Defined PCR  
  • Webinar 2: Amplified Multiplexing Performance: Taking PCR Precision Beyond the Basics
  • Webinar 3: Amplified Detection: Mastering cfDNA workflows in Liquid Biopsy using MagPrep beads for sensitive lung cancer detection.   
  • Webinar 4: Amplified Science: Isothermal Amplification in Modern Molecular Diagnostics 

Speakers

Dr. Brian Ward

Dr. Brian Ward

Merck

Associate Fellow

Brian Ward holds a Ph.D. in Physical Organic Chemistry from Michigan State University and completed his postdoctoral training in Quantitative DNase I Footprinting at Syracuse University. With nearly four decades of experience in Molecular R&D, Brian has built deep expertise in nucleic acid chemistry, amplification technologies, and sequencing technologies. His long tenure reflects a sustained commitment to advancing the science that underpins modern molecular biology workflows.

Dr. Vikas Palhan

Dr. Vikas Palhan

Merck

Senior R&D Scientist

Dr. Vikas Palhan is a senior scientist in the Diagnostics and Regulated Materials (DxRM) group in St. Louis, MO, USA. He joined in 2007 and over the last 19 years has developed several kits for Epigenetics, Molecular Diagnostics research such as ChIP, RIP, ChIRP, MagPrep, and DNA-free purification of molecular enzymes like Taq Pol, high temp RT, RI, UDG, etc. Collaborating with Biorad he has recently developed automated multi-dimensional protein purification workflows for efficient purification of ultra pure molecular diagnostics enzymes. Prior to joining us, Vikas did his postdoc at the Rockefeller University, New York in Bob Roeder’s lab working on transcription regulation at the chromatin level in human cell-free systems. Being a biochemist by training he purified and characterized the human STAGA coactivator complex and discovered its role in the neurodegenerative disease Spinocerebellar ataxia 7 (SCA7); for which he was awarded the Hereditary Disease Foundation fellowship. Vikas did his doctoral studies at the Indian Institute of Science in Bangalore, India working on the biotechnological applications of the silkworm baculovirus. He has 4 awarded patents and several publications to his name.

Matthew Coussens, Ph.D.

Matthew Coussens, Ph.D.

Merck

Manager, Product Training

Matthew is the global product training manager for the Diagnostic and Regulated Materials Division. For the last 15 years, he has created and run hands-on wet lab workshops, conferences, webinars, and internal training programs on a wide range of life science technologies. In addition to his training role, Matthew works directly with IVD and diagnostic assay manufacturers to conduct supply chain risk assessments, helping customers identify critical raw materials, evaluate supplier quality levels, and implement proactive risk mitigation strategies across their product development lifecycle. He holds degrees from Michigan State University (Zoology, B.Sc.) and the University of Hawaii at Manoa (Cell and Molecular Biology, Ph.D.).