Future Tech
We aim to construct in vitro multi-organ models (e.g., liver/kidney or liver/kidney/tumor), and to simulate the micro-environments interaction by using the "multi-organ array composed of assemblable organ chip bricks". It can be applied to drug metabolism, safety, and toxicity testing related to liver and kidney organs, as well as new drugs development in animal experiments. Therefore, it is expected to reduce animal expenditure in the drug development by over 50%.
Future Tech | Biotechnology ＆ Medical care
Stroke leads to death and disability, traditional rehabilitation is limited by poor cardiopulmonary function. A comprehensive rehabilitation system combining brain-machine interfaces, real-time physiological monitoring, exoskeletons, and dynamic reduced-weight walking can enhance cardiopulmonary function, promote active participation, and accelerate recovery. Real-time monitoring ensures safety, improves brain function, enhances rehabilitation outcomes, and reduces family and social burdens.
Future Tech | Biotechnology ＆ Medical care
The Optical System Assembly (OSA) in the FORMOSAT-8A optical remote sensing instrument is equipped with a high-resolution Ritchey–Chrétien optical system with 396mm aperture and 3927mm effective focal length. This system can capture high-resolution images with ground sampling distance of 1.0 meter, using a 7μm pixel-size image sensor while orbiting at an altitude of 561km (0.7m GSD with post image processing).
Future Tech | Machinery ＆ System
Trim-TAC is a novel biological type of target protein degradation technology that comprises a target-recognition domain (TRD) and a target degradation signal (TDS). We have developed 11 distinct TDS types, enabling various degradation mechanisms for target proteins, whether alone or in large complexes, with no cell type or receptor restrictions. Trim-TAC can also degrade large protein complexes, illuminating a new biological drug with broad biomedical applications.
Future Tech | Biotechnology ＆ Medical careComing soon!
