tst biomedical electronics Co., Ltd.

tstbio has developed a simple and robust SAW biosensor platform, “iProtin” of POCT (point of care testing) for home and clinic applications. Besides, tstbio has carried different biomedical devices product lines to serve the growing health management demand for our community. 1) Inflammation detection: CRP quantitative detection and get results within 3 minutes. 2) COVID-19 antibody quantitative detection. 3) Cardiovascular health management: ApoB, Lp(a) 4) Cooperative development & applications: to have your own SAW-based digital diagnostic products

TSTI

AI & Big Data Platform for Healthcare
With HPE Ezmeral DataFabric solution, we built a big data platform with data lakes to collect and analyze real-time patient data for custom reports. By integrating patient information for analyzing and presenting it on dashboards, patients can clearly understand their personal situation and actively participate in decision-making. Hospitals can optimize the efficiency of doctor-patient communication and achieve precision medicine.
By integrating administrative data in hospitals, analyzing, and providing infographic, we can optimize workforce in the hospitals and reduce healthcare team’s workload. With HPE Ezmeral Container Platform and MLOps to accelerate AI image recognition models and assist in the diagnosing, which can reduce physicians’ workload. Also, by automatic text structuring and summarization through NLP, we can reduce repetitive paper work.

TTV CULTURAL ENTERPRISE CO., LTD.

N/A

Tungs' Taichung MetroHarbor Hospital

Pending

TUNING ELEMENT

TE 5minutes Relief Patches
TE Smart Jewelry
Aqua Tune Water Bottle
pet accessories

Tzu Chi University of Science and Technology

Environmentally friendly active fluorescent biomaterials

Organic fluorescent materials usually have a short half-life, and our team has successfully developed fluorescent biomaterials by delivering phycobilin to biomedical materials through patented technology, which can improve the fluorescence intensity of the materials and have a half-life of more than 2 years. The technology has attracted the attention of related fields, and has cooperated in the research and development of algae lamps, environmentally friendly algal windows, and cooperated with Tzu Chi Hospital to develop clinical medical materials and related biomedical applications. This creation uses specially selected blue-green algae with high content of phycobilin to cultivate in a patented designed culture tank. The culture tank can be put into specially treated materials, and the algal cells will deliver the phycobilin to these materials. Because the fluorescent phycobilin molecules will enter the structure of biomedical materials and provide related protection, it has the advantages of high fluorescence intensity and long half-life. Because the fluorescent phycobilin molecules will enter the structure of biomedical materials and provide related protection, it has the advantages of high fluorescence intensity and long half-life. The team cooperated with the hospital and found that the biomedical material has the potential to develop excellent biomedical materials for tissue repair.