Disorders of the respiratory system can be grouped into different categories. Example categories include obstructive versus restrictive, or acute versus chronic. Many disorders have similar causes, symptoms, and effects. As such, animal models (and hardware solutions) are often used to study more than one particular disease at a time.

DSI has the tools you need for your respiratory research. All Buxco® respiratory products are compatible with the powerful, easy-to-use, FinePointe software for collecting, analyzing, and reporting data.

DSI is a pioneering biomedical research company focused on systems physiology and pharmacology. The recognized global leader in physiologic monitoring, DSI offers telemetry, instrumentation, and software and services that help advance science.

DSI serves many industries including: Pharmaceuticals, Academia, Contract Research Organizations, Biological and Chemical Defense, the Medical Device Industry, Government, and Biotechnology companies. DSI offers solutions that are tailored specifically to meet the unique research needs of our customer.

Warner Instruments is known throughout the world as an innovative engineering company that designs, develops, and manufacturers biomedical devices for the electrophysiological, cellular and neurological sciences.

Founded in 1988 the company soon became recognized for our bilayer, patch, and oocyte voltage clamps, live-cell imaging chambers, and temperature control instrumentation. Warner's mission is to offer our customers intelligently designed, high quality products at competitive prices. 

For over 45 years HEKA has designed and manufactured sophisticated instrumentation and software for biomedical, electrochemical and industrial research applications. Through the years HEKA has achieved an unparalleled reputation for precision and quality. Most medical, pharmaceutical and industrial research facilities world-wide rely on HEKA ingenuity for their discoveries.

Precise scientific measuring instrumentation for electrophysiology applications including microelectrode arrays for in vitro and in vivo extra-cellular recordings and electrical stimulation.

Harvard Apparatus was founded in 1901 by Dr. William T. Porter of the Harvard Medical School. Harvard Apparatus developed a name not only for quality but also for innovation. Harvard Apparatus invented the mechanical syringe pump in the 1950s and introduced the first microprocessor controlled syringe pumps in the 1980s. .

Today Harvard Apparatus continues this tradition with the most advanced, easiest-to-use programmable syringe pumps, the PHD ULTRA series. Harvard Apparatus also developed first volume controlled- and then pressure-controlled ventilators, pulsatile blood pumps, transducers, amplifiers, recorders, glassware and many other specialized bioscience research products

Harvard Apparatus was founded in 1901 by Dr. William T. Porter of the Harvard Medical School. Harvard Apparatus developed a name not only for quality but also for innovation. Harvard Apparatus invented the mechanical syringe pump in the 1950s and introduced the first microprocessor controlled syringe pumps in the 1980s. .

Today Harvard Apparatus continues this tradition with the most advanced, easiest-to-use programmable syringe pumps, the PHD ULTRA series. Harvard Apparatus also developed first volume controlled- and then pressure-controlled ventilators, pulsatile blood pumps, transducers, amplifiers, recorders, glassware and many other specialized bioscience research products

BTX is a global provider of novel electroporation and electrofusion tools for the advancement of cell transfection and cell fusion. BTX products continue to sustain scientific research in academia, biotech, agriculture and pharmaceutical laboratories.

From the introduction of the line of specialty electrodes for in vivo electroporation, to their ground breaking contribution to the field of high throughput and large volume transfection, to their involvement in the application of electric fields for hybridoma production and nuclear transfer cloning, BTX remains at the forefront of this cutting edge technology for which new applications are continually evolving.

Biochrom, a division of Harvard Bioscience, is one of the world’s leading manufacturers of amino acid analyzers, UV/visible spectrophotometers, microvolume spectrophotometers, colorimeters, and cell density meters.

Founded in 1970, Biochrom continues to provide instrumentation trusted by top scientists, doctors and technicians in hospitals and laboratories worldwide, including the famous Ultrospec® brand of spectrophotometry equipment.

VivaMARS is a new activity solution specially designed to address all the needs of high efficiency in CROs for neurotoxicology and neuropharmacology studies.

Features & Benefits

• HIGH THROUGHPUT—Increase your experimental capacity.
• TIME-SAVING—No extra cleaning time between sessions, simplified set-up operations.
• FLEXIBLE— A modular, portable system design for both mice and rats.
• ACCURATE—2-dimensional activity measurement and precise IR sensor spacing for optimal resolution and reliability.

• GLP COMPLIANCE – Unmatched data traceability and quality.
• SERVICES – At your disposal the whole suite of DSI service offerings to ensure the success of your studies.

Partnership with Data Science International (DSI)

DSI and Panlab brands, divisions of Harvard Bioscience Inc., are leading manufacturer of quality instrumentation for animal behavioral and physiology research. Representing over 50 years of experience and referenced in more than 7,000 peer-reviewed publications, our solutions are proven choices for a wide range of in vivo applications spanning neuroscience, toxicology, pharmacology and more. Our collective team is eager to share our expertise and support your research as we have with many of the world’s scientists for decades.

In the context of this partnership, DSI and Panlab features the new VivaMARS solution, a high-capacity activity monitoring system for pre-clinical applications.

The new system combines the Company’s high precision Panlab activity monitoring technology with the industry leading Ponemah™ pre-clinical data management software to create an integrated good laboratory practice (GLP) compliant solution. The system is ideally suited to meet the high throughput, automated pre-clinical safety and pharmacology testing needs of CROs and pharma, in addition to acute activity studies carried out by leading research and academic institutes.

For more information visit VivaMARS website