Delivering Control
PolyPid empowers surgeons with greater control over surgical site care, gives patients confidence throughout their recovery, and delivers drug delivery precision that modern therapies require.
By integrating deep clinical insight with advanced drug-delivery science, we are redefining how healing is protected, placing control exactly where it matters most.
Care-Changing Outcomes
The Kynatrix™ platform eliminates burst and fluctuating drug release, enables delivery of a broad range of active pharmaceutical ingredients (APIs), including small molecules, cytotoxic agents, biologics, nucleic acids, and peptides.
Release durations can be customized, spanning several days to several weeks, thereby enhancing and extending therapeutic effectiveness.
Platform Highlights
Zero-Burst Release
No initial drug spike.
Customizable Duration
Tunable from several days to several weeks.
Layered Matrix Architecture
Controlled sequential disintegration.
Scalable Manufacturing Process
Designed for consistent quality and commercial-scale production.
Minimal Systemic Exposure
Reduced toxicity and side effects.
Substance Versatility
Suitable for antibiotics, cytotoxic agents, peptides, nucleic acids, and more.
Current Pipeline
Therapeutic Area
Product name
Pre-Clinical
Phase 1
Phase 2
Phase 3
Regulatory Review
In-house / partnership
SSI
D-PLEX100
In-house
Metabolic
Disease
PP03A
In-house
Oncology
PP04A

Scientific Publications
View All Publications
Efficacy of a Novel Local Prolonged-Release Incisional Doxycycline on Surgical Site Infection Prophylaxis in Abdominal Colorectal Surgery: The SHIELD II Phase 3 Randomized Clinical Trial
Full article
Effect of local prolonged-release incisional doxycycline on surgical site infection prophylaxis in abdominal colorectal surgery: the SHIELD 1 randomized clinical trial
Full article
Impact of Locally Applied Doxycycline-Eluting Drug (D-PLEX) on Incisional Infection Rate in Elective Colorectal Surgery: A Phase 3, Prospective, Randomized, Double-Blind, Multicenter and Multinational Clinical Trial
Full article