上海埃飞科技
Worldwide Technology(S. H)
上海埃飞科技
Worldwide Technology(S. H)NEWS
Within the realm of life science research, skeletal muscle consistently represents an indispensable subject of investigation. Serving as the body's largest metabolic organ, it constitutes a critical nexus for studies spanning exercise performance, aging p...
With the advancement of drug discovery toward precision and efficiency, high-throughput screening technology has emerged as a pivotal approach to enhancing R&D productivity. The ProMEPS system, as an integrated micro-physiological modeling platform, deliv...
In orthopedic procedures, conventional ultrasonic bone scalpel or high-speed burr systems often induce localized temperatures exceeding 60°C due to mechanical friction and energy accumulation, leading to protein denaturation, microvascular embolism, irrev...
In modern biomedical research, free radicals represent a "double-edged sword." While an appropriate concentration of free radicals participates in signal transduction and regulates cellular fate, excessive free radicals can induce inflammation, accelerate...
In the realm of microscopic imaging, we have grown accustomed to using light to observe morphology and fluorescence to detect molecules. However, the ability to "visualize forces" has long been a dream for scientists. The Discoverer series Brillouin Micro...
In the field of muscle physiology and disease research, scientists have long faced a challenge: how to comprehensively and systematically evaluate muscle function across different levels, achieving a true closed-loop analysis from molecular mechanisms to ...
ProMEPS：开启药物研发的智能微生理系统新时代...
In life sciences research, free radicals have long been regarded as "invisible orchestrators." They participate in energy metabolism, signal transduction, inflammatory responses, and even the progression of aging and cancer. However, conventional detectio...