About Us
SuperVision Medicine is a start-up company founded by a team of clinicians, medical imaging, medical robotics, and artificial intelligence (AI) experts. We develop an unique Automated Quantitative Ramanomic Systems (Auto-QRS), enabling ultra-quantitative analysis and drug analysis with 3D visualization of biomolecular components. With our software, researchers can observe the exact amount and distribution of various substances that can be purified in 3D at once, allowing them to comprehensively analyse biological samples in real time.
Our Story
SuperVision Medicine is a community initiated by a group of clinicians, medical imaging experts, medical robotics specialists, and AI enthusiasts, aiming to bring transformative changes to the healthcare system.
Our Vision
Our goal is to offer user-friendly and advanced automated sub-cellular biological analysis for clinicians, pharmacists, and scientists to accelerate drug development, safeguard precision medicine, and facilitate cutting-edge research.
Technology
Auto-QRS enables ultra-quantitative imaging and mapping of sub-cellular biomolecular components within biological tissues, revolutionizing diagnostics and research in the healthcare system.
Our Technology
Ultra Quantitative
Our method revolutionizes the visualization of precise 3D concentration profiles of diverse biomolecular components within biological tissues.
Label Free
Our method eliminates the need for sectioning or staining of your samples, providing a truly label-free experience.
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Super Multiplexed
We can visualize over 12 different biomolecular components simultaneously within a single sample. Our library includes a wide range of components.
Real Time
Each Raman spectrum is acquired within 0.1 seconds with an imaging resolution down to 300 nanometers (sub-cellular level).
Live Cell
Utilising a 532nm low-power laser, our advanced technology enables safe and non-invasive live cell imaging.
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3D Imaging
We empower researchers with the ability to achieve comprehensive 3D visualization of a wide range of biomolecular components and drugs.
