loading
Research & Development
With incessant passion on R&D, we pursue the new value and differentiated product development.
DK Medicine Research Institute

Excellence in complex formulation and next-generation drug delivery.

“Combining scientific precision with formulation innovation to solve complex therapeutic challenges.”

Who We Are

DK Medicine Research Institute is dedicated to offering innovative therapeutic options for chronic and rare diseases by developing highly complex and differentiated pharmaceutical products using cutting-edge technology, with the ultimate goal of improving global health

Our Mission

Driven by Dongkook Pharm’s strong mission to become a market leader in complex therapeutics addressing critical healthcare needs, we innovate at the intersection of drug delivery science and advanced platform technologies by combining creative strategies with our deep expertise in pharmaceutical formulation.

Our Expertise

Our expertise lies in the formulation, analytical development, scale-up, and technology transfer of complex injectable products, along with strong capabilities in preclinical and clinical development. Our team is well-versed in applying advanced and emerging drug delivery technologies.

Key areas of expertise include:

  • Microsphere-based Long-Acting Injectables (LAIs)
  • Liposomal Drug Products
  • Complex Injectable Formulations
  • Novel Drug Delivery Systems (NDDS) & Emerging Technologies (mRNA-LNP)
  • Regulatory-driven Development Aligned with Global Standards (NDA, ANDA, BLA, Hybrid)

Drug Delivery Technologies

  • Microsphere

    - Microscale drug carriers composed of biodegradable polymers
    - Enable sustained and stable drug release in the body over extended periods (from several weeks to months)
    - Applicable to a wide range of drugs requiring controlled release

  • Liposome

    - Nanoscale drug carriers composed of phospholipid bilayers
    - Improve drug delivery efficiency and reduce side effects through targeted delivery to specific
    - Enhance drug stability and bioavailability