The Antibodies, Next-Generation Proteins & Bioconjugates is dedicated to Driving creative protein engineering & design to successfully transform promising new molecules.
Topics
- Designing bi- and multi-specifics with novel modes of action
- Increasing efficacy, potency, selectivity, and payload capacity
- Improving developability and drug-like properties
- Discovering new pathways for immunotherapies
- Achieving delivery into cells and across the blood-brain barrier
- Engineering breakthroughs across diverse disease indications
- Developing CAR T therapies and immunotherapies
- Utilizing gene editing technologies for protein engineering and design
- Achieving delivery into cells and across the blood-brain barrier
- Applying new technologies for challenging targets
- Identifying new targets beyond oncology
- Applying novel chemistries for conjugation and linker payload technologies
- Decreasing attrition rates in the clinic for bioconjugates
- Overcoming bioconjugate development challenges
Who should Attend
Attendees with job titles such as:
- Director (Associate, Senior, Executive)
- Vice President
- Chief Scientific Officer
- Scientist (Associate, Lead, Senior, Principal)
- Group Leader
- Engineer (Development, Principal)
- Laboratory Manager/Head
- Investigator/Principal Investigator
- Fellow
- Manager
- (Senior) Research Fellow
- Project Leader
- Team Leader
- Senior Researcher
- Technical Specialist
From departments:
- Antibody Engineering
- Antibody Discovery
- Bioanalytical Sciences
- Antibody Research
- Bioengineering
- Biochemistry
- Cell Biology
- Biotherapeutics R&D
- Computational Design
- Engineering (Chemical, Molecular)
- Drug Discovery
- Discovery
- Immunology (Preclinical, Clinical)
- Immunogenicity
- Oncology
- Molecular (Biology, Sciences)
- Peptides and Peptide Chemistry
- Cancer Research
- Protein Analytics Protein Analytical Development
- Pharmaceutical Sciences
- Protein (Design, Discovery, Engineering, Expression)
- Protein (Chemistry, Biochemistry)
- Research and Development
- Protein Drug Metabolism and Pharmacokinetics
- Target biology
- Synthetic Biology
- Tumor Biology/ Targeting
- Targeted Protein Delivery
