At AthenaVax, we specialize in comprehensive preclinical research services designed to support pharmaceutical and biotech companies in advancing their drug development and vaccine research pipelines. Our state-of-the-art technologies include in vivo pharmacology, ex vivo assays, drug profiling, vaccine profiling, and advanced organ imaging. With our innovative techniques, we deliver reliable, clinically-relevant insights to accelerate the transition from drug discovery to clinical trials.

We accelerate drug development success through our advanced preclinical models, innovative proprietary platforms, and proven clinical testing expertise.

Our comprehensive approach ensures reliable, high-quality data that supports pharmaceutical and biotech companies in bringing safe, effective treatments to market faster. By leveraging cutting-edge technology and a deep understanding of regulatory requirements, Athenavax is the trusted partner to streamline your drug development process and achieve clinical milestones with precision and efficiency.

Our Services

• In Vivo Pharmacology: Conducting studies in living organisms to assess the biodistribution, safety, efficacy, and behavior of drug and vaccine candidates.
• Ex Vivo Assays: Using isolated cells, tissues or organoid systems to evaluate the effects of compounds in controlled environments, bridging the gap between in vitro and in vivo results.
• Drug Profiling: Analyzing pharmacokinetics, pharmacodynamics, and toxicity to provide a comprehensive profile of drug candidates.
• Vaccine Profiling: Evaluating the immune response, safety, and efficacy of vaccines in preclinical models to optimize formulation and dosing strategies.
• Efficacy Studies: Testing the ability of drugs and vaccines to produce the desired therapeutic effects in preclinical models.
• Histology: Examining tissue samples under a microscope to assess the impact of treatments on cellular structures and detect any pathological changes.
• Organ Imaging: Utilizing advanced imaging technologies to visualize the effects of treatments on specific organs in real time, enabling detailed insights into drug and vaccine distribution and action.