Long, complex DNA constructs can challenge conventional synthesis and assembly workflows, particularly when designs contain extreme GC content, repetitive regions, secondary structures, long homopolymers, or multi-kilobase sequences. These constraints can complicate the production of DNA templates required for increasingly sophisticated genome engineering and messenger RNA (mRNA) applications.
In this webinar, Daniel Lin-Arlow and Christopher Vakulskas will discuss how enzymatic DNA synthesis can support challenging DNA constructs and evolving CRISPR and mRNA workflows.
Topics to be covered:
- Addressing GC-rich, repetitive, structured, and long DNA sequences
- Applying enzymatic synthesis to complex DNA constructs
- Designing DNA templates for CRISPR and mRNA workflows
- Supporting genome editing, viral vector, and synthetic biology applications
Wednesday, December 2nd 2026 | 11:00 AM – 12:30 PM Eastern Time
This webinar will be available to view live and on demand.
Speakers
Daniel Lin-Arlow, PhD
Co-founder and Chief Scientific Officer
Ansa Biotechnologies
Christopher Vakulskas, PhD
Senior Director, Applied Science and Molecular Design
Integrated DNA Technologies
