CRISPR Unlocked: Optimizing Gene Editing Experimental Design
October 21, 2025 - October 23, 2025
Discover how to choose the right CRISPR technology, design better guide RNAs, and overcome DNA repair challenges to achieve more successful gene edits.
In this webinar you will learn how to:
Choose the most appropriate CRISPR technology (knockouts, CRISPRa/i, HDR, or base editing) for your experimental goals
Design and optimize guide RNAs for higher efficiency and accuracy
Overcome DNA repair mechanisms that limit editing success and improve overall outcomes
Knockouts, CRISPRa/i, HDR, and base editing, oh my! With so many gene editing technologies available, how do you decide which approach is best for your experiments?
Join us for an engaging exploration of CRISPR engineering methods, packed with actionable strategies to optimize your experimental design and a spotlight on the latest tools for cytosine base editing.
Discover how to design guide RNAs with confidence, navigate DNA repair challenges, and boost your chances of editing success. Whether you’re a seasoned researcher in need of a refresher or new to the CRISPR field, this presentation will equip you with practical insights to elevate your gene editing outcomes.
Erin Brettmann, Ph.D.
Erin is a Senior Scientist specializing in Genome Engineering & Modulation. She earned her Ph.D. from Washington University in St. Louis, USA, where she delved into the molecular mechanisms of protozoan parasites. Following her doctoral studies, she pursued postdoctoral research, exploring the intersection of human population genetics, skin biology, and gene regulation. Since joining in 2020, Erin has been instrumental in developing CRISPR protein products, including high-fidelity SpCas9 and Cas9 cytosine base editors.
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CRISPR Unlocked: Optimizing Gene Editing Experimental Design (On demand)
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CRISPR Unlocked: Optimizing Gene Editing Experimental Design (On demand)
