Safety Pharmacology Society (SPS) 2025
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October 13 – 15, 2025
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Jaarbeurs
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Utrecht, Netherlands
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WE’RE EXHIBITING!
Visit Harvard Bioscience at booth #405 to get an up-close look at solutions designed to help you make groundbreaking discoveries in safety pharmacology from Data Sciences International (DSI) and Multi Channel Systems.
- SoHo™ Telemetry System: Socially house animals for a more authentic environment and collect biopotential (EEG, EMG, ECG), temperature, and activity data 24/7 without interference.
- Incub8™: Simultaneously capture live-cell imaging and high-fidelity electrophysiology within precise environmental control, offering unmatched flexibility across incubator, benchtop, and microscope workflows without compromise.
- MEA + ForeSee IntraCell: Combine these two technologies to perform non-invasive, long-term laser-based optoporation in cellular systems.
- VivaMARS: High throughput activity solution designed for neurotoxicology and neuropharmacology studies.
Catch our poster presentations!
Simultaneous Monitoring of Heart Rate, Body Temperature, and Activity During Postoperative Recovery in Group-Housed Telemetry-Instrumented Mice
This study evaluates the efficacy of the SoHo™ telemetry platform to wirelessly monitor ECG, body temperature, and locomotor activity in group-housed mice.
Presented by: Mike Girand
Non-invasive assessment of electromechanical coupling in the study of cardiomyocytes
This poster presents an innovative approach based on the use of the IntraCell system, developed by Foresee Biosystems, to simultaneously monitor the mechanical contractility at a high frame rate and electrical activity of human iPSC-derived cardiomyocytes in vitro by integrating non-invasive optical and electrophysiological techniques.
Presented by: Julio Alvarez, Ph.D.
From in vitro to in vivo, we’ve got you covered.
Telemetry
NEW! SoHo™ Telemetry System
Maximize lab efficiency with this compact, flexible system, featuring an extended transmission range that helps free up valuable space. SoHo enhances animal welfare by enabling group housing with an implant profile optimized for animal comfort. With SoHo, your system can easily scale as your research grows, allowing you to monitor up to 96 socially housed animals in one environment, while measuring, core body temperature, locomotor activity, and biopotentials (EEG, EMG, ECG).
DSI Implantable Telemetry
Collect stress-free, continuous data from conscious, freely moving animals, improving both research outcomes and animal welfare. With wireless monitoring of key physiological endpoints like EEG, EMG, blood pressure, and more, you can collect high-quality data without invasive procedures.
DSI Jacketed External Telemetry (JET™)
The DSI JET system provides a high-efficiency alternative to implants, enabling noninvasive physiological monitoring in large animals through a comfortable, reusable jacket design. By capturing endpoints such as ECG, blood pressure, temperature, and activity without the need for surgery, JET reduces study prep time, animal recovery periods, and overall cost. Its flexible, modular design supports a range of translational safety pharmacology and toxicology studies, delivering reliable, high-quality data while advancing animal welfare.
Multielectrode Array (MEA) Technology
Multi Channel Systems MEA + ForeSee IntraCell
The combination of Multi Channel Systems MEA platforms with ForeSee IntraCell™ sets a new standard for in-vitro cardiac electrophysiology. By pairing advanced laser technology with high-density electrode arrays, IntraCell enables minimally invasive, long-term evaluation of cardiac action potentials while preserving sample integrity. Automated precision controls streamline focusing and alignment, while integrated optical imaging and video recording deliver cellular-level insights. Compatible across single and multiwell MEA formats, this versatile system empowers researchers to generate reliable, actionable data for both acute and chronic cardiotoxicology studies.
NEW! Incub8™
The Incub8™ system gives researchers precise environmental control with the flexibility to work in an incubator, on the benchtop, or on a microscope. By combining live-cell imaging with high-fidelity electrophysiology in one platform, it streamlines workflows, automates analysis, and supports applications from basic discovery to translational research without compromise.
Mesh MEA
Generate true-to-life recordings from inside an organoid without compromising its structure. Multi Channel Systems’ Mesh MEA is a unique microelectrode array chip consisting of 60 electrodes on a slim, 7µm-thin polyimide mesh that enables cells to grow around the electrodes. Learn more.
Behavioral Research
NEW! VivaMARS
Enhance your research efficiency by enabling real-time, high throughput monitoring of small animal activity. With infrared sensors and seamless software integration, VivaMARS tracks up to 30 subjects at once, capturing accurate movement data. This streamlined system increases throughput and improves the reliability of your neuropharmacology or neurotoxicology studies, ensuring higher-quality results with less effort.
Video Tracking from Panlab
Streamline your experimental design and implementation with seamless automation of data scoring and analysis. Panlab’s industry-leading video tracking software offers unparalleled precision and flexibility for protocols including activity assessments, open field, mazes, object recognition, forced swim, tail suspension, social interaction, and more!
Plethysmography and Inhalation Exposure
Gold Standard Whole Body Plethysmography
The DSI Buxco® WBP Pro system enables continuous, noninvasive respiratory monitoring in conscious, freely moving animals while reducing stress from handling. Featuring patented Halcyon® noise suppression chambers, automated one click calibration and diagnostics, and seamless FinePointe software integration, it delivers high quality, reproducible data with minimal human error. Its flexibility allows combination with tethered modalities like telemetry, optogenetics, or fluid delivery for enriched, multi endpoint studies—perfect for respiratory, cardiovascular, and toxicology research applications.
High-Efficiency Inhalation Exposure
The DSI Buxco Inhalation Exposure System is designed for high efficiency, delivering more than 70% dose efficiency compared to the ~30% typical of traditional platforms. With its low dead-space, precise aerosol output control, and optimized chamber design, the system reduces compound use while maintaining consistent subject dosing. This not only minimizes costs and conserves valuable APIs but also ensures more reliable, translational results for toxicology and pharmacology studies.