American Physiological Society 2025

American Physiological Society

Visit Harvard Bioscience at booth #1812 to get an up-close look at solutions designed to help you make groundbreaking discoveries in physiology applications!

Get a peek at our newest solutions, including?

DSI SoHo™ Telemetry System: Socially house animals for a more authentic environment and collect temperature and activity data 24/7 without interference.
Multi Channel Systems Mesh MEA: Record electrophysiological data from inside an organoid without damaging its structure for the first time.

Industry Partner Product Workshop

Don’t miss our hosted session highlighting the Dean Franklin Award and research from two previous winners!

From Recognition to Research Impact: The Dean Franklin Young Investigator Journey

Date and Time: Friday April 25, 2025, 10:15am – 11:00am

Location: Discovery Stage

Discover how you can elevate your research and career by winning a DSI implantable telemetry system through the Dean Franklin Young Investigator Award. Sponsored by DSI to support emerging scientists, the award provides a platform to navigate funding challenges and gain recognition. Hear from two past recipients as they share their innovative work. Dr. Jessica Faulkner will present her research on mechanisms whereby leptin contributes to pre-eclampsia. Dr. Dan Machin will discuss his research looking at the role of glycocalyx in vascular dysfunction. Don’t miss this chance to explore the path to career growth and research excellence!

Poster Presentation

Catch our poster presentation!

Validation of the SoHo™ Telemetry System for Continuous Body Temperature Monitoring in Socially Housed Mice

Poster Number: S477

Date and Time: Saturday, April 26, 2025, 5:15 – 7:00 p.m.

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 COMING SOON biopotentials (EEG, EMG, ECG).

DSI Telemetry Implants

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.

Multielectrode Array (MEA) Technology

NEW! Mesh MEA

Classic 2D microelectrode arrays fail to record data from inside organoids and induce collapsing and flattening of their structures on the surface of the 2D chips. This compromises the physiological responses and the validity of the data. Our novel Mesh MEA platform mitigates these experimental challenges by preventing structural deformations and permitting the recording of electrical data from the inner sections of self-organizing 3D cultured organoids. Learn more.

MEA2100-Mini System

See our innovative, modular system that allows you to run up to 8 experiments at once. The MEA2100-Mini can be used with 2D or Mesh MEA chips. Learn more.

Behavioral Research

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!

Respiratory Evaluation

Buxco Whole Body Plethysmography (WBP)

Elevate your respiratory research with gold-standard measurements that require minimal animal handling. Buxco technology delivers precise, reproducible data across species while automated calibration eliminates errors, saving you time and resources. Join thousands of published researchers who trust Buxco® to produce reliable results that strengthen publications and accelerate discoveries.

	April 24-27, 2025
	Baltimore Convention Center
	Baltimore, MD

American Physiological Society 2025