Event info
Date:09 Jun, 2026
Time:08:30-15:00
Venue:Medicon Valley Alliance, Copenhagen

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Contact person
Mia Ritterband-Rosenbaum

Mia Ritterband-Rosenbaum

Event Manager & PA to CEO

mrr@mva.org

+45 21 63 38 88

Next-Generation Therapeutics: Bridging Antibody Discovery and mRNA Technologies

GenScript is pleased to welcome you to an exclusive customer event in Copenhagen, bringing together key partners and industry experts from across the Nordic biopharma ecosystem.
As biologics discovery continues to evolve, the ability to seamlessly connect early-stage antibody generation with downstream validation and emerging modalities is becoming increasingly critical. This seminar will highlight how integrated technologies can accelerate the journey from target to functional molecules, while enabling new therapeutic opportunities.

The first session will focus on antibody discovery, highlighting AI-driven design and next-generation screening technologies to identify high-quality, functional antibodies. We will explore how high-throughput expression systems enable rapid translation of discovery hits into actionable candidates through parallel screening and early validation. The session will also demonstrate how selected leads can be efficiently scaled into stable expression systems for consistent production, including GenScript’s CHO-based platforms and in-house solutions. In addition, reagent antibody development will be addressed, emphasising the importance of robust and reproducible antibodies for analytical and translational applications, supported by customer case studies.

In the second session, we shift focus to mRNA and lipid nanoparticle (LNP) technologies, exploring their application in both therapeutic development and as powerful tools for antigen delivery. Building on the immunisation concepts introduced earlier, we will discuss how mRNA-based immunogen design and delivery can enable more effective antibody generation, as well as how targeted LNP systems are opening new possibilities for precision delivery and next-generation therapeutics.

In the early afternoon, the programme will transition into dedicated 1:1 discussion sessions, providing attendees with the opportunity to engage more deeply with GenScript experts on their specific projects, challenges, and collaboration opportunities. Throughout the event, attendees will gain practical insights from case studies and expert presentations, as well as opportunities to network with peers.

The seminar is tailored for biotechnology and pharmaceutical companies, including scientists, researchers, and decision-makers involved in antibody discovery, assay development, and next-generation therapeutic platforms.

Date: Tuesday, 9 June 2026
Time: 8:30 – 15:00
Venue: Medicon Valley Alliance, Arne Jacobsens Allé 15, 2300 Copenhagen S, Denmark – Hub 2

 

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Program

8:30 Networking, registration and light breakfast
9:00 Welcome and introduction to Medicon Valley Alliance
David Munis Zepernick, Director, Member Engagement & Communication, Medicon Valley Alliance
9:05 Opening remarks
Galal Chehabi
9:10 AI-based Protein Therapeutics: Developability, Assessment, and Engineering
Linda Tchatchouang
9:30 De Novo Design of GPCR Agonist and Antagonists
Dr. Chris Norn
10:00 A Launchpad for In-House CHO Expression: Our New Solution
Dr. Hanying Luo & Dr. Lucas Siow
10:20 Coffee Break & Networking
10:50 Featured Guest Speaker: Developability by Design: Integrating In Silico and Experimental Data for VHH-Fc Engineering
Lasse Møller Blaabjerg
11:20 Strategic Antibody Discovery: Navigating the Complexity of Anti-Ids and Membrane-Bound Biomarkers
Dr. Libby Naylor
11:40 From Sequence to Delivery: Accelerating Therapeutics with GenScript’s mRNA & LNP Platforms
Dr. Juliana Campo
12:10 Q&A Session and Open Discussion
12:15 Light Lunch/refresments & Mingle
12:35 1:1 Meetings
15:00 End of 1:1 Meetings

 

Speakers​​

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Dr. Christoffer Norn, CEO and Co-Founder at Skape Bio

Dr Christoffer Norn is Co-Founder and CEO of Skape Bio, a biotechnology company harnessing AI-powered protein design and synthetic biology to develop next-generation therapeutics targeting integral membrane proteins. The company’s platform combines advanced computational protein design with high-throughput in-cell screening in human cells, enabling discovery of novel functional modulators, including previously inaccessible GPCR targets. Skape Bio develops de novo minibinders with strong developability and optimized pharmacological properties for applications across oncology, inflammation, metabolic disease, and neurology. The company is a spinout of the “Modulate” collaboration between the BioInnovation Institute and the University of Washington’s Institute for Protein Design led by David Baker

Dr. Hanying Luo, Director of Protein & Antibody Solutions at GenScript

Dr Luo leads product strategy and development for protein expression and antibody discovery platforms supporting biologics research and drug discovery. She focuses on building integrated solutions that enable high-throughput protein production and accelerate biologics discovery workflows.
Dr Luo holds a PhD in Materials Science and Engineering from Johns Hopkins University and has over eight years of experience in product management within the life sciences and biotechnology industry, spanning molecular biology tools, gene products, chemicals, and protein expression systems.

Linda Tchatchouang Nobana, Commercial Leader

Linda Tchatchouang Nobana supports pharmaceutical and biotech partners across Europe in antibody drug discovery (ADD) and AI-driven drug discovery (AIDD). With over 10 years of experience, she works closely with scientists to understand their challenges and connect them with the right tools and expertise to accelerate research and development.
She is passionate about enabling the transition from early-stage ideas to impactful projects, acting as a bridge between innovation and execution to ensure scientific progress is translated into real-world outcomes.

Dr. Libby Naylor, Head of Scientific Consulting at GenScript

Dr Naylor leads the European scientific consulting team supporting antibody discovery, mRNA, cell and gene therapy, and advanced biologics development. In her current role, she works closely with partners to design and deliver integrated solutions across therapeutic antibody discovery, mRNA technologies, and gene editing workflows, helping bridge complex research needs with solution application.
Dr Naylor holds a PhD in Translational Medicine from The University of Manchester and a BSc in Biochemistry from the University of Warwick.

Dr. Juliana Campo, Field Application Scientist at GenScript

Dr Campo supports mRNA technologies and the CRISPR portfolio. In her current role, she works closely with customers across Europe, providing technical expertise in mRNA workflows and supporting the application of advanced gene and cell engineering solutions to bridge research and translational development.
Dr Campo holds a PhD in Neuroimmunology from Charité – Universitätsmedizin Berlin, with extensive research experience in neurobiology and stem cell–immune interactions.

Dr. Lucas Siow, Field Application Scientist at GenScript

Dr. Siow is a Field Application Scientist at GenScript, where he supports customers with in-house CHO expression, supporting the full molecular biology portfolio, CRISPR-based genome editing, and viral vectors. In his current role, he provides technical support across the European region, helping bridge early-stage research with applied development.

Before joining GenScript, Dr Siow worked at Revvity as a Technical Account Manager, supporting customers in Germany and Switzerland with complex experimental workflows and contributing to regional business growth.
Dr Siow holds a Bachelor’s and Master’s degree in Cancer Biology from Taiwan and a PhD in Pharmaceutical Biology from the University of Munich in Germany.

Lasse Møller Blaabjerg, Scientist in Discovery Data Science at Genmab

Lasse Møller Blaabjerg is a Scientist in Discovery Data Science at Genmab, where he focuses on applying computational and machine learning methods to antibody drug design. He obtained his PhD from the University of Copenhagen in the lab of Kresten Lindorff-Larsen.

 

 

 

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