American Thoracic Society 2025
May 16-21, 2025
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Moscone Center
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San Francisco, CA
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American Thoracic Society
Visit Harvard Bioscience at booth #528 to get an up-close look at solutions designed to help you make groundbreaking discoveries in pulmonary and exposure applications!


From in vitro to in vivo, we’ve got you covered.
Gold Standard Whole Body Plethysmography (WBP)
Respiratory Evaluation
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.
Precise Cell and Whole Animal Exposure
Inhalation Exposure
Choose DSI's Buxco FinePointe system for unmatched 70% efficiency in aerosol delivery—more than double the industry standard—dramatically reducing API consumption and research costs. The versatile platform seamlessly transitions between whole animal and cellular research, while SmartStudy technology automates precise dosing and data collection. Save valuable lab time with easy maintenance and simultaneous exposure of up to 42 subjects. Researchers trust Buxco for reproducible results and the flexibility to advance both in vivo and in vitro inhalation research with confidence.
E-Cigarette, Vape, and Tobacco (EVT) Smoke Generation
Versatile Smoke Generator
Leverage DSI's EVT Smoke Generator to transform your smoke inhalation studies with precise particle control and customizable aerosol profiles. This specialized system pairs perfectly with the Buxco inhalation tower, ensuring consistent smoke delivery and reducing experimental variability. Researchers gain significant time savings through automated protocols and intuitive controls that simplify complex exposure scenarios. With EVT technology, produce the high-quality smoke exposure data needed to advance toxicology findings and respiratory research without the inconsistencies of traditional methods.