Pharmaeconomica

The AI engine Fit Assessment

Beta

Pharmaeconomica effectively leverages machine learning and AI to discover new drug candidates, adapt to various therapeutic areas, and optimize the drug discovery process.

Blurb

Operator of an AI-enhanced physics-based drug discovery company headquartered in Oostende, Belgium. The company discovers and optimizes active, specific, non-toxic, and patentable small molecules delivering superior drug candidates, and combines artificial intelligence, computational chemistry, and peptide science to accelerate therapeutic compound discovery, streamline hit identification, and optimize leads.

HQ Location

Ostend (Belgium)

Founded

2012

Employees

1 - 10

Total funding raised

Not available

Funding Status

Not available
Subspaces
  • Drug Discovery Optimization

Pharmaeconomica, headquartered in Belgium, pioneers AI-driven small-molecule drug discovery. Our innovative approach integrates cutting-edge AI technology, revolutionizing traditional processes to accelerate steps, enhance efficiency, and slash costs associated with experiments. By minimizing the need for physical experiments, our AI-driven platform optimizes discovery tasks like molecule design and testing, ensuring effective validation of results.



Innovating Drug Discovery with Pharmaeconomica

At Pharmaeconomica, we're at the forefront of drug discovery innovation. With a seasoned team, we prioritize solutions for therapeutic areas with high unmet medical needs, driving groundbreaking advancements in the field.



Revolutionary ML Platform for Identifying AD Inhibitors

Powered by machine learning, our proprietary platform swiftly analyzes extensive datasets, uncovering novel drug candidates with unrivaled efficiency. Focused on Alzheimer's disease, we're committed to identifying inhibitors that target its complex nature, aiming to enhance patient outcomes significantly.



Empirical Evidence and Theoretical Models Supporting Our Platform

Our platform shows promising results, surpassing traditional methods in identifying potential AD inhibitors. Computational models forecast substantial reductions in key markers of Alzheimer's progression, underlining our platform's potential impact.



Beyond Alzheimer's: A Versatile Platform for Drug Discovery

While Alzheimer's remains our initial focus, our adaptable platform enables swift adaptation to other disease targets. Continuously enhancing our capabilities, we actively seek partnerships to propel the future of personalized medicine.