A research platform
for life science
Precision data for a better understanding of complex biological systems
Precision data for a better understanding of complex biological systems
A comprehensive clinical research platform to enhance the understanding of microvascular dynamics and their implications
Our clinical imaging platform provides a safe, repeatable, and easy-to-set-up solution for clinical research on microvascular dynamics, even outside the brain. With high-resolution imaging and quantitative capabilities, even at several centimeters in depth, our technology enables researchers to gain valuable insights into complex biological systems.By integrating raw data collection, high-resolution imaging, data visualization, and analytical tools, our platform streamlines the research process.
This comprehensive approach allows researchers to thoroughly investigate microvascular dynamics, facilitating a smooth progression through each stage of their studies. Whether you are academics, clinicians, or pharmaceutical researchers, we are deeply committed to supporting your work, assisting you with planning, ethics applications, and data collection while providing fully open access to raw datasets to make these new data easy to integrate into existing research protocols.
Acquiring multimodal parameters related to microvasculature, such as blood flow velocity and perfusion, across large areas of the brain is essential for neuroscience research. This could provide valuable insights into brain health and function, especially if monitored frequently, and help better understand neurodegenerative disorders and aging.
Investigating tumor microenvironments, microvascular morphology and perfusion is vital for understanding cancer biology and predict tumors aggressivity, biodistribution of complex medications and response to treatments. By analyzing such microvascular blood flow patterns, researchers could discover new targets to improve therapeutic strategies.
Microvascular alterations often precede clinical deterioration in many diseases, including diabetes. A better understanding of the link between microvascular health and disease progression could lead to the development of improved screening methods and the identification of more effective drug targets.
Reach out to our team to see how we can support your projects.