Advancing Targeted AMR Research

PALDARA’s research program is focused on bacteriophage therapeutics and biomaterial-enabled delivery systems designed to address multidrug-resistant infections with precision, adaptability, and translational potential.

Research Focus

Core scientific priorities

Our platform research integrates phage biology, biomaterials engineering, and infection-focused translational development to create targeted therapeutic solutions for urgent clinical needs.

Phage Discovery

Identification and characterization of bacteriophages with activity against clinically significant multidrug-resistant pathogens.


Delivery Platforms

Development of hydrogel and biomaterial systems that improve localized delivery, stability, and therapeutic performance.


Preclinical Evaluation

Assessment of antibacterial efficacy, formulation behavior, and safety across relevant laboratory and translational models.


Resistance Strategy

Research programs designed to reduce dependence on conventional antibiotics and support more precise antimicrobial interventions.

Platform Approach

Designed for precision and translation

PALDARA is building a research framework that pairs the specificity of bacteriophages with advanced biomaterial delivery to support targeted intervention at the site of infection.

Targeted Action

Phage-based approaches are selected for pathogen specificity, supporting focused antibacterial activity.

Localized Delivery

Hydrogel-enabled formulations are being developed to improve retention, control release, and enhance therapeutic utility.

Research Areas

Programs in development

Our research activities span discovery, formulation, and translational investigation to support next-generation antibacterial therapeutics.

Scientist working in a biotechnology laboratory

Therapeutic Phages

Building phage candidates for targeted activity against resistant bacterial strains of high clinical concern.

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Scientists analyzing samples in a modern laboratory

Hydrogel Formulations

Engineering biomaterial delivery systems to improve administration, localization, and persistence of therapy.

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Laboratory researchers in protective gear

Infection Models

Evaluating performance in research settings that reflect the complexity of difficult-to-treat infections.

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