Multi-Arm Linker

Advanced Technology: Innovations and Value of Multi-Arm Linker in ADC Applications

 

As a CDMO company committed to leveraging cutting-edge technologies, we have successfully applied Mycenax’s Multi-Arm and Dual-Payload Linkers in ADC development, bringing new possibilities and added value for next-generation ADCs. The Multi-Arm Linker is designed to enhance drug loading capacity, while the Dual-Payload Linker represents a critical innovation for addressing ADC drug resistance. By harnessing the synergistic or additive effects of dual payloads, this technology can overcome tumor heterogeneity and drug resistance, paving the way for more effective cancer therapies.

 
 

Mycenax has successfully implemented the linker in two site-specific conjugation technologies: engineered cysteine-based conjugation and enzymatic conjugation. Both technologies demonstrated conjugation efficiency for dual-payload ADCs comparable to that of traditional ADCs, confirming that Mycenax’s linker maintains reactivity equivalent to traditional linkers. Notably, the complex dual-payload linker did not compromise reactivity.

 
 

The linker can be further modified to accommodate various conjugation strategies, offering enhanced flexibility for broader applications and meeting the diverse requirements of CDMO clients.

 

Efforts will continue to demonstrate the ideal, driving the development of new conjugation strategies and creating new-drug opportunities.

We welcome interested companies to contact us for further details.

 

Advanced Technology: Innovations and Value of Multi-Arm Linker in ADC Applications

 

As a CDMO company committed to leveraging cutting-edge technologies, we have successfully applied Mycenax’s Multi-Arm and Dual-Payload Linkers in ADC development, bringing new possibilities and added value for next-generation ADCs. The Multi-Arm Linker is designed to enhance drug loading capacity, while the Dual-Payload Linker represents a critical innovation for addressing ADC drug resistance. By harnessing the synergistic or additive effects of dual payloads, this technology can overcome tumor heterogeneity and drug resistance, paving the way for more effective cancer therapies.

 
 

Mycenax has successfully implemented the linker in two site-specific conjugation technologies: engineered cysteine-based conjugation and enzymatic conjugation. Both technologies demonstrated conjugation efficiency for dual-payload ADCs comparable to that of traditional ADCs, confirming that Mycenax’s linker maintains reactivity equivalent to traditional linkers. Notably, the complex dual-payload linker did not compromise reactivity.

 
 

The linker can be further modified to accommodate various conjugation strategies, offering enhanced flexibility for broader applications and meeting the diverse requirements of CDMO clients.

 

Efforts will continue to demonstrate the ideal, driving the development of new conjugation strategies and creating new-drug opportunities.

We welcome interested companies to contact us for further details.

 

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