Welcome to our booth!
SCIREQ – an emka technologies company
Precision laboratory instruments at the forefront of respiratory research.
Will it benefit my research? Implants for mice
Collect biopotential, temperature and activity data continuously from freely moving, unrestrained mice for longer periods of time.
Discover our implants for mice Implants for rats
Collect multiple biopotentials, blood pressure, temperature, and activity data from freely moving, single or group-housed rats using easyTEL+.
Discover our implants for rats IOX2 software
Acquire, analyze, view, and store physiological data generated during an experiment with IOX2 software.
Discover our new ECG analyzer ecgAUTO software
Use pattern recognition for interval analysis, arrhythmia detection, heart rate variability and blood pressure assessment from rodents to large animals. Shorten the time from experimentation to reporting with automation and batch. Neurological and respiratory add-on modules available for interdisciplinary studies.
Learn more about ecgAUTO Implants for large animals
Collect data from freely moving large animals with easyTEL+ implants specifically designed for subcutaneous placement.
Discover our implants for large animals studyDESIGNER
Build your study and provide workflow guidance for your technical staff. Our system provides automated data collection, analysis, and reporting with minimal user interaction to ensure data integrity.
Save time by transitioning from paper to digital GLP studies and SEND export
Save time in reporting for single dose toxicity, repeat-dose tox and Safety Pharmacology GLP studies, by using SEND export to generate SEND 3.1 compatible tables directly from our software with semi-automatic population of the domains.
Integrating SEND outcomes in IND-enabling studies emkaPACK4G
Mobile system for snapshot ECG recordings. Minimally invasive blood pressure from easyTEL+ implants is available on the same platform!
Learn more Safety Pharmacology
How do you assess both neurological & cardiovascular endpoints in large animals while reducing the total number of animals used with a single system?
Read how this challenge is addressed! 
