Universities Expand Life Science Research Capabilities With Advanced Data Acquisition Systems

Universities and research institutions around the world are investing in advanced data acquisition systems to support life science research and teaching. Modern laboratory equipment allows students and researchers to collect, analyse and interpret physiological data with a level of precision that was once limited to specialist facilities.

Life science education has shifted toward hands-on learning in which students work directly with real physiological signals rather than relying only on textbook examples. Recording and analysing live data helps students understand biological principles, develop experimental skills and gain confidence with research methods that mirror those used in professional laboratories.

ADInstruments, a Dunedin-based life science instrumentation company with more than 35 years of experience, supplies data acquisition hardware and software to thousands of organisations globally. Its systems are used in both research and education settings, including at many of the world’s leading universities.

The company’s product range spans traditional laboratory hardware and online learning tools. Its Lt platform provides interactive lessons and enables students to engage with real physiological data inside and outside of the laboratory environment, supporting flexible teaching models such as blended and flipped learning. Dedicated physiology software and lessons are designed for courses in physiology, anatomy and related disciplines.

For respiratory research and teaching, ADInstruments offers spirometer devices that measure airflow and volume during breathing. Precision differential pressure transducers working with pneumotach flow heads allow investigators to assess parameters such as tidal volume, forced vital capacity, peak expiratory flow and forced expiratory volume.

Spirometry equipment is essential for research into restrictive and obstructive lung diseases, airway resistance and overall pulmonary function. The technology supports studies on conditions such as asthma, chronic obstructive pulmonary disease and cystic fibrosis, as well as exercise physiology projects that track respiratory responses to training.

ADInstruments’ spirometry systems integrate with the company’s PowerLab data acquisition hardware and LabChart analysis software. Together, these tools enable researchers to record respiratory signals and automatically calculate key variables including minute ventilation, respiratory rate and other lung function indicators. Equipment configurations scale from small animal research through to large animal and human studies.

For teaching laboratories, ADInstruments also supplies laboratory kits and course content collections that combine hardware, software and structured teaching materials. These resources help universities deliver practical classes that link theory to real world physiological measurements and prepare students for further study and research careers.

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