At the forefront of preclinical research

Physiological data monitoring

2,810+

Publications

3,100+

Systems Worldwide

1,721+

Institutions

SOT Hosted Session

Arrhythmia & Arrhythmogenicity
in Preclinical Models

This scientific panel will discuss the electrocardiographic traits of arrhythmias in rodents and large animals.

Dr. Alex Carll (University of Louisville) and Dr. Kenta Nakamura (University of Washington) will present their research interests and experience.

easyTEL+

Telemetry for rodents
and large animals

easyTEL+ is a fully implantable digital solution, that transmits physiological data from conscious freely moving
laboratory animals.

Preclinical Blood Pressure

In our recent SPS 2022 hosted session, we discussed the Translational Assessment of Pressor Effects of Drugs with Dr.Christine Garnett (FDA), Dr.Todd Wisialowski (Pfizer) and Dr.Brian Roche (Charles River).

ecgTUNNEL

Non-invasive rodent ECG
and respiration

Record snapshot ECG and respiration data without any surgery and anesthesia, with this plug-and-play system.

Find your preclinical research area

Respiratory

Neuroscience

Cardiovascular

Drug
Development

Safety pharmacology
& Toxicology

Medical
Countermeasures

Recent Blog Posts

e-cigarettes induce cardiac arrhythmia and conduction defects in mice

New Mouse Handling Recommendations for Improving Animal and Handler Well-being

Challenges of Neurodegenerative Diseases studies

Integrating SEND outcomes in IND-enabling studies

Muscular Dystrophy:
Focus on Duchenne Muscular Dystrophy recent studies

Implanted telemetry:
A valuable tool for preclinical research

Learn from our collaborators

Alex Carll, PhD, MSPH

Dr. Alex Carll works in the department of Physiology, at the University of Louisville, KY, USA.

He studies the biological mechanisms by which air pollutants weaken the heart, impair cardiac conduction, and compromise hemodynamics, and whether such effects occur through the autonomic nervous system.

Brent Barre

Brent Barre is a research associate with Lovelace Biomedical Research Institute where he currently works with multiple SARS-CoV2 virus studies, in addition to other infectious diseases as well as chemical agents.

Brent kindly gave us some of his valuable time to share his thoughts about his current research.

Dr. Poulsen

Dr. Poulsen was an incredible researcher, collaborator and friend to all of us at emka. He worked in the Neurosurgery Department, in the Jacobs School of Medicine and Biomedical Sciences at the University at Buffalo. His research focus was the post-traumatic epilepsy and potential induced seizures.

Dr. Poulsen shared his thoughts about his work during an interview in 2020.

Empowering Researchers

Welcome to emka’s knowledge center.

You can find everything you need to get most out of your emka TECHNOLOGIES
solution.

At the forefront of preclinical research

Physiological data monitoring

2,810+

Publications

3,100+

Systems Worldwide

1,721+

Institutions

Arrhythmia & Arrhythmogenicity in Preclinical Models

Telemetry for rodents and large animals

Non-invasive rodent ECG and respiration

Find your preclinical research area

Respiratory

Neuroscience

Cardiovascular

DrugDevelopment

Safety pharmacology & Toxicology

Medical Countermeasures

Recent Blog Posts

e-cigarettes induce cardiac arrhythmia and conduction defects in mice

New Mouse Handling Recommendations for Improving Animal and Handler Well-being

Challenges of Neurodegenerative Diseases studies

Integrating SEND outcomes in IND-enabling studies

Muscular Dystrophy: Focus on Duchenne Muscular Dystrophy recent studies

Implanted telemetry: A valuable tool for preclinical research

Learn from our collaborators

Alex Carll, PhD, MSPH

Brent Barre

Dr. Poulsen

Empowering Researchers

Arrhythmia & Arrhythmogenicity
in Preclinical Models

Telemetry for rodents
and large animals

Non-invasive rodent ECG
and respiration

Drug
Development

Safety pharmacology
& Toxicology

Medical
Countermeasures

Muscular Dystrophy:
Focus on Duchenne Muscular Dystrophy recent studies

Implanted telemetry:
A valuable tool for preclinical research