South Korea is emerging as a global leader in next-generation biologics and antibody drug development, highlighted by the vast number of abstracts shared at AACR 2026. However, domestic bispecific antibody R&D lags slightly behind the rest of the world, with the race now on to engineer smarter, safer, and more potent drugs that don’t succumb to dose-limiting toxicities.
The inaugural World Bispecific & T-Cell Engager Summit South Korea provides you with the toolkit to educate yourself on overarching R&D trends, explore room for future innovation and collaborate with fellow innovators to design a platform that shows differentiation in a growingly crowded market.
With a deep-dive into co-stimulatory approaches, conditional activation, trispecifics and tetraspecifics, advanced antibody engineering, bispecific ADCs, novel targets, translational biology, T-cell engagers in autoimmune disease, and more, this is your comprehensive program one-stop shop program.
As the first and only industry-dedicated event in Korea focused on Bispecifics and TCEs this program has been designed to spotlight local innovation, gather the perspectives of global leaders and showcase leading service providers to help establish Korea as a global powerhouse in this rapidly evolving field.
Join 80+ global and local leaders, Directors, Heads, Scientists, and pioneering service providers to learn, collaborate, and shape the future of bispecific and T‑cell engager R&D in South Korea.
This event is part of the World Targeted Therapeutics Summit South Korea, so attendees will also have access to sessions for the 5th World ADC South Korea Summit and the inaugural World TPD & Induced Proximity Summit South Korea.
Placing Innovation First: Key Themes on the Agenda
Co‑stimulation
Discover how AstraZeneca, Hanmi Pharmaceuticals and Celltrion are deploying co‑stimulatory mechanisms to fine‑tune potency, safety and durability, enabling higher dosing and expanding the therapeutic window
Conditional Activation
See how ABL Bio and AP Biosciences are engineering conditional T‑cell activation from TAA‑dependent 4‑1BB agonism to designs that avoid direct CD3 engagement to deliver safer, more selective therapies
Bispecific ADCs
Explore the emerging frontier where ADCs meet Bispecifics, boosting target specificity and reducing on‑tumor/off‑target toxicity. Case studies will unpack bsADC design principles, translational learnings and development strategies
Attending Companies Include: