PALDARA research team in cleanroom suits inside a laboratory

Biotechnology

Advancing targeted therapies for antimicrobial resistance

PALDARA develops next-generation bacteriophage therapeutics and advanced biomaterial delivery platforms designed to prevent and treat multidrug-resistant infections with precision.

Mission

Engineering precision antibacterial platforms

Paldara Pharmaceuticals is focused on translating bacteriophage science into clinically relevant therapies that address the growing global burden of antimicrobial resistance.

Our proprietary phage-hydrogel approach is designed to deliver highly targeted antibacterial activity while reducing dependence on conventional antibiotics and supporting better therapeutic outcomes.

Scientist handling a sample in a modern pharmaceutical laboratory

Focus Areas

Built for scientific progress

Phage Therapeutics

Developing bacteriophage-based therapies engineered for targeted activity against multidrug-resistant bacterial infections.

Biomaterial Delivery

Advancing hydrogel-enabled delivery systems that improve localization, stability, and therapeutic performance.

Translational Development

Aligning discovery, formulation, and preclinical strategy to move promising platforms toward real-world clinical impact.

Why It Matters

Responding to a global resistance challenge

AMR demands new therapeutic strategies. PALDARA is building targeted antibacterial solutions that combine biological specificity with advanced delivery science to support the future of infection care.

Modern microscope with digital imaging system in a biological research laboratory

Room temp

Shelf-stable hydrogel keeps phages viable without refrigeration

3 routes

Rehydrated for injection, ingestion, or topical application

~$8

Projected cost per unit, vs. hundreds or thousands for last-line antibiotics

“At the Mayo Clinic, we have now treated nearly 20 patients with phage or phage-adjacent therapies under FDA Expanded Access. Each case underscores both the urgency of the antimicrobial resistance crisis and the hope offered by innovations like Paldara's platform.”

Dr. Gina Suh

Director, Mayo Clinic Phage Therapy Program

Via The Journal Record

Partner with PALDARA

Connect with our team to discuss research collaboration, scientific inquiries, or partnership opportunities in next-generation anti-infective development.