emka TECHNOLOGIES provides a wide range of solutions for researchers performing ecg studies: in vivo wired or telemetry setups (noninvasive or implant-based), isolated heart…

• 1- to 12-lead ecg recording
• mice, rats, dogs, minipigs, pigs, primates…
• ecgAUTO ecg analysis software
  uses powerful shape-recognition techniques
• video recording, glp modules,
  complete study database
• open systems
• validation services
• 21 cfr part 11 compliant

Please visit our minisite at ecg.emka.fr to find out more about how emka TECHNOLOGIES can help you perform ecg studies. The minisite contains further information about our different solutions; how to find the right system for your needs; FAQs; literature to download; list of customers and how they are using our systems; acquired parameters etc.

ecg minisite map

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overview of our solutions for researchers performing ecg studies

• what are the capabilities of your analysis software?
• which system is right for me?
• why use your systems?

our systems

• wire setups - are the simplest to install and run
• noninvasive telemetry- for the acquisition of data from freely moving subjects in a noninvasive manner
• implantable telemetry - for the acquisition of data from freely moving subjects using implanted transmitters
• restraining device for small rodents- ecgTUNNEL is the name of our restraining device for obtaining ecg signals from conscious non-anesthetized rodents
• isolated heart systems - for studying the contractile properties of small-animal hearts

your solution

• 1. I want to perform hrv analysis...
• 2. I need a high-throughput screening method for rodents...
• 3. I want to perform telemetry from conscious freely moving animals...
• 4. I want to use ecgAUTO in combination with my existing hardware...
• 5. Ideally, I'd like a video signal...
• 6. I need a powerful analysis solution because my waveforms are very variable...
• 7. I am performing toxicology and safety pharmacology studies...
• 8. I want to perform isolated P wave detection...

hardware

• amplifiers, calibrators and simulators
• noninvasive telemetry system
• implantable telemetry system
• ecgTUNNEL
• isolated heart system
• stimulator
• rodentPACK ecg and eeg for rodents
• interface box

signals

• iox2 software for acquisition

• ecgAUTO software for automated ecg analysis
• key concepts
• parameters
• main features
• arrhythmia detection
• average mode
• hrv analysis
• average RR
• QT correction
• isolated P wave
• eeg analysis and sleep scoring
• non-ecg analysis
• examples of acquired data

• studyDESIGNER complete solution for planning and organizing ecg toxicology and safety studies

ask for a quote

frequently asked questions

• how many ecg leads can be measured?
• which species are your systems suitable for?
• can I perform hrv analysis?
• do I need experience of other ecg analysis software to know how to use ecgAUTO?
• do you provide training for ecgauto?
• tell me more about the ecgAUTO user group meeting
• is ecgAUTO GLP compliant?
• what is an ecgAUTO library?
• is ecgAUTO as effective as you say?
• which QTc formula is used in ecgAUTO?
• how much continuous ecg data can be acquired with telemetry?
• do I need one library per subject, or one per species?
• how long does it take to build a library?
• can ecgAUTO analyze data acquired in third-party software
• how does ecgAUTO compare to other ecg analysis software? how is it different?
• can I verify the effectiveness ecgAUTO myself?
• can you provide "ready-to-use" software, with prebuilt libraries?
• how long does it take to validate ecgAUTO?
• how can I share my results with colleagues around the world?
• why do you consider that post-processing is not a disadvantage compared to real-time processing?
• how can emka TECHNOLOGIES help us validate ecgAUTO?

downloads

references & publications

legal information

contact us

do emka TECHNOLOGIES and yourself a favour! Set us a challenge by sending us sample data files that you are finding difficult to analyze with your current tools

We will perform smart analysis and show you the results swiftly!

Since settings and analysis can be standardized with commercial software, we chose ECG-auto by EMKA Technology (EMKA Technologies SA, Paris, France). This software performs fast, reliable, field-tested, in-depth ECG analysis with full user control. It allows fast Fourier transform (FFT)-based time-domain analysis and frequency-domain study with beat-by-beat control and review.

Thireau J, Zhang BL, Poisson D, Babuty D (2008). Heart rate variability in mice: a theoretical and practical guide. Exp Physiol 93(1):83–94