Indus Instruments manufactures tools for studying vascular and cardiac function, as well as a uniquely comprehensive surgical monitoring system for rodents. Their Doppler Flow Velocity System, able to measure blood flow up to a 1cm depth, is a noninvasive technology for assessing cardiovascular function in small animals.
IVIM Technology was founded on the innovative technology of IntraVital Microscopy (IVM) developed by the Korea Advanced Institute of Technology (KAIST). First founded in 2017, IVIM Technology released the IVM-C and IVM-CM models in 2018. The IVM-M and IVM-MS models were released later in 2019. In mid-2020, a US-based reference site was established at Harvard Medical School in Boston, MA.
iWorx provides a full range of advanced hardware and software tools for physiology teaching and research. iWorx advanced research solutions include high performance recording hardware, software, and components that accelerate metabolic, cardiovascular, neuromuscular, and respiratory physiology research.
Living Systems Instrumentation designs, develops, and manufactures instruments for in vitro research studies of pressurized, perfused, cannulated blood vessels. These include vessel chambers and electro-mechanical apparatus for the measurement and control of pressure, flow rate and vessel dimensions. Products also included small vessel, pressure and wire myograph.
Instruments designed and manufactured by MDE GmbH provide the highest level of precision and accuracy required for physiological and pharmacological research. They offer sensors, amplifiers and software, including fully configured systems and accessories for Cardiac, Vascular and Gastroenterological research.
Myr was founded 30 years ago and over this period it has been developing and manufacturing reliable instruments for Anatomical Pathology. Myr has been offering a broad range of histology equipment processing, embedding, cutting, and staining of tissues. Many laboratories around the world are already benefitting from this proven technology.
Optiscan (ASX:OIL) is a global leader in the development of endomicroscopic imaging technologies for medical, translational, and pre-clinical applications. Our technology enables real-time, in vivo imaging at the cellular level in human and animal tissue and is used by leading research institutions and hospitals in North America, Europe, Asia, and Australia.
Oxford Optronix is a global pioneer based out of the United Kingdom in the design, development and manufacture of sophisticated instrumentation for the life sciences. Since 1991, they have provided innovative products such as oxygen monitors, hypoxia chambers, colony and spheroid counters, as well single and multi-channel tissue blood flow monitors using advanced laser technology.
Osteosys has been providing clinical body composition analyzers for over 20 years, with around 20,000 systems installed world-wide. With a strong background in research and development, Osteosys took their experience with clinical DXA technology and created the iNSiGHT system, providing researchers with a state of the art tool to study body composition non-invasively.
PhotoSound Technologies, Inc. has been developing and commercializing devices and electronic components for biomedical imaging utilizing optics and photoacoustics. They develop 3D imaging platforms for in vivo preclinical research and drug discovery based on the co-registration of photoacoustic and fluorescent images.
Trust Bio-sonics Inc., a pharmaceutical company based in Taiwan, was founded in 2013 with a focus on developing products related to early diagnosis and treatment of cancers. The research and development team, comprised of experts from top research institutions from around the world, work to integrate their experience with microbubbles and liposomal formulations to develop new treatment solutions.
