Webinar
Automating a Novel Approach to Enzymatic Gene Synthesis

In this webinar, Marcella Ferrero, automation scientist at Camena, discussed the approach of developing a novel approach to DNA synthesis, which combines TdT-free enzyme-based technology with strategic use of automated liquid handling and how it can enable the next generation of therapeutics while minimizing the environmental impact of vital research.

Complete the form to view the webinar
About this webinar

The demand for synthetic DNA is rising rapidly due to its uses in accelerating fundamental biology research and drug development. However, producing complex and long synthetic DNA fragments at scale using traditional phosphoramidite chemistry presents significant accuracy and sustainability challenges.

To overcome these longstanding challenges, Camena Bioscience developed a novel approach to DNA synthesis, which combines TdT-free enzyme-based technology with strategic use of automated liquid handling. In this webinar, Marcella Ferrero, automation scientist at Camena, will discuss this approach and how it can enable the next generation of therapeutics while minimizing the environmental impact of vital research.

Attendees will learn:

  • The throughput, accuracy, and sustainability challenges associated with traditional DNA synthesis.
  • How Camena Bioscience’s TdT-free enzyme-based approach to DNA synthesis enables researchers to build synthetic genes of any sequence, length, or complexity while minimizing the use of toxic agents.
  • The team’s journey in implementing automation to support their goals, and how they have overcome challenges along the way.

To access the full webinar, complete the form on the left.

Speakers

marcella_ferrero_headshotMarcella Ferrero
Automation Scientist, Camena Bioscience
 
Marcella Ferrero is an automation scientist at Camena Bioscience, where she applies her expertise in automated technology to support the company’s novel approach to DNA synthesis. Sher first became interested in laboratory automation during a genotyping laboratory internship in Nebraska.
 
Marcella obtained her bachelor’s degree in forensic sciences at Abertay University in the UK before completing an master’s degree in forensic and conservation genetics at the University of Central Lancashire.