·ISM001-055 is an innovative drug driven by generative artificial intelligence and fully developed independently by Insilicon Intelligence. It targets TNIK (Traf2/NCK interacting kinase) and has completed phase IIa clinical trials for the treatment of patients with idiopathic pulmonary fibrosis (IPF); ·This study lasted for 12 weeks, and its preliminary results showed that ISM001-055 exhibited good safety in IPF patients and showed a dose-dependent pharmacological trend in improving lung function indicators in patients; ·The positive clinical trial results of ISM001-055 also provide the first conceptual validation for AI driven drug development. Hong Kong, China, September 18, 2024- Yingsi Intelligent, a clinical stage biotechnology company driven by generative artificial intelligence (AI), announced that its pipeline ISM001-055 has achieved positive preliminary research results in a phase IIa clinical trial. ISM001-055 is a “first in class” small molecule inhibitor driven by generative AI for drug discovery and design, targeting TNIK (Traf2/NCK interacting kinase) for ...
According to the Qichacha APP, Tianjin Jiuyin Electronic Technology Co., Ltd. was recently established, with Li Kang as the legal representative and a registered capital of 500000 yuan. Its business scope includes: sales of satellite mobile communication terminals; Sales of navigation terminals; Sales of wearable smart devices; Sales of intelligent unmanned aerial vehicles, etc. Qichacha’s equity penetration shows that the company is wholly owned by Andon Health. In the field of medical applications, the “low altitude+medical rescue” unmanned aerial vehicle comprehensive solution has achieved normalized low altitude medical transportation services in multiple provinces and cities across the country. With the help of unmanned aerial vehicle technology, it innovates three key medical logistics scenarios: blood transportation, medical material distribution, and rapid response to emergency supplies. Will Jiu’an be involved in this direction in the future? Worth paying attention to. Has launched multiple wearable products, with asset management becoming one of its ...
Disclaimer: Due to limited proficiency, errors are inevitable, or some information may not be timely. Please feel free to leave a message to indicate. This article only provides an introduction to medical and health-related drugs, and does not recommend treatment plans (if applicable); This article does not constitute any investment advice. Lilly said that the company had completed the $800 million Kinsale factory expansion project to increase the production of its obesity and diabetes drugs Mounjaro and Zepbound. At the same time, the pharmaceutical company will also invest $1 billion to build a factory in Limerick to increase the production of biopharmaceutical raw materials, especially Kisunla, a drug approved by the FDA to treat Alzheimer’s disease two months ago. The production of active pharmaceutical ingredients is expected to begin in 2026. Lilly stated that Limerick’s expansion will add tools for artificial intelligence, automated robots, and machine learning to the website. ...
Recently, medical imaging company Spectra has completed its Series B financing and raised $50 million (approximately RMB 356 million) in funding. It is understood that the funds raised in this round of financing will support the commercial expansion and product increase of Spectra ‘Hypervue imaging system to benefit patients with coronary artery disease. It is worth noting that this round of financing is led by Johnson and Johnson Innovation and supported by investors such as S3 Ventures, Lumira Ventures, SV Health Investors, Deerfield Management, NovaVenture, and Heartwork Capital. Spectrawave, The intravascular imaging system has been approved by the FDA According to publicly available information, Spectra was founded in 2017 and is located in Massachusetts, USA. It is a medical imaging company focused on improving the treatment and prognosis of patients with coronary artery disease (CAD). The Spectral Medical Imaging Platform is the most advanced integration of mature imaging technologies, designed ...
For some time now, the A-share market has been under continuous pressure due to complex internal and external market factors, making it difficult to give full play to resource allocation, value discovery, wealth management and investment functions. No matter how the market evolves and develops, it always has its own laws. Seeing history clearly will help us discover the future. At present, broaden the horizons, calm thinking, help to accurately grasp the historical orientation of the A-share market, see the stock market supply and demand relationship of the marginal improvement, waiting for the active market series of initiatives to accumulate thick into the momentum, landing effect. Recently, the Securities Times launched a series of reports, “Discover the value of A-share investment”, through in-depth interviews and data mining, multi-angle presentation of the A-share market is undergoing positive changes, in order to cohesion of consensus, boost confidence, and jointly promote the A-share ...
Recently, optical giant Zeiss announced that it has reached a cooperation agreement with Swiss AR/VR company Creal to jointly develop a new digital vision healthcare platform based on light field display technology, planning to completely revolutionize existing vision diagnosis and treatment procedures. Light field display is a method that utilizes ray tracing to reconstruct 3D scenes in space, and is currently the most likely practical 3D display technology. Compared with holographic display technology, which is also a true 3D display technology, light field display has smaller data volume, lower cost, and smaller volume. Zeiss will introduce CREAL’s light field display technology to create a device that can digitally reproduce real refractive testing. The new device will be able to virtually simulate traditional glasses and contact lenses, eliminating the need to switch lenses repeatedly. Objects in front of us will be displayed at different focal lengths, and through precise digital imaging, ...
Recently, the US FDA updated the list of authorized artificial intelligence and machine learning (AI/ML) medical devices. This list is a barometer of the health status of the artificial intelligence industry, and updates show that the FDA is maintaining a rapid pace of authorization. In the past few years, the FDA’s AI authorization has maintained double-digit growth, which reflects the increasing number of submissions received by the FDA from AI developers. AI/ML medical equipment explosion In the past, the FDA usually updated the list of approved AI/ML devices once a year, but with the frequent changes and approvals of artificial intelligence technology, the FDA has increased the frequency of updating the list. This list update includes 61 new approvals, including products approved between March 31st and June 25th. Similar to previous updates, applications targeting radiology accounted for the majority of the new licenses, with 44 products on the list since ...
On September 3rd, the National Medical Products Administration announced that it has recently approved the registration applications for two innovative products, the “Navigation Positioning Microwave Ablation System” of True Health (Zhuhai) Medical Technology Co., Ltd. (hereinafter referred to as “True Health Medical”) and the “Hepatitis B Virus Surface Antigen (HBsAg) Detection Kit (Chemiluminescence Method)” of Fuji Ruibiou Co., Ltd. (hereinafter referred to as “Fuji Ruibiou”). True Health Medical: International First Product Founded in 2018, True Health Medical is a national high-tech enterprise specializing in the research and production services of surgical robots. Based on artificial intelligence technology, it integrates intelligent robot systems into the diagnosis and treatment process through the close integration of industry, academia, research, and medicine, achieving a comprehensive medical technology system with precise puncture of soft tissue lesions throughout the body as a diagnostic and treatment method. Precise puncture is a means to deliver minimally invasive treatment ...
Today (September 2nd), Shanghai Yinghe Yimai Intelligent Technology Co., Ltd. (hereinafter referred to as “Yinghe Yimai”) announced the completion of an angel round financing of tens of millions of yuan, led by CICC Capital, marking a solid step forward for Yinghe Yimai in promoting the intelligentization of medical imaging. Multiple core products, focusing on intelligent medical imaging Yinghe Medical Pulse was founded in 2020 and is a continuous innovator in the field of medical imaging artificial intelligence based on its newly developed MIIA base model. In response to the current situation where medical imaging AI products are generally single disease, fragmented, and homogeneous, and cannot meet the actual needs of image reading work, Yinghe Medical Pulse is an emerging technology enterprise focused on medical imaging AI integration and research and development. It is committed to providing medical imaging auxiliary tools based on AI and statistical methods, as well as medical ...
Lung cancer ranks among the most prevalent and fatal cancers worldwide. Current treatment strategies for lung cancer patients rely on pathological examinations, which can reveal genetic mutations specific to the patient’s cancer, facilitating personalized treatment approaches. Over the last few years, pathology has evolved dramatically due to digital advancements, making traditional microscopes obsolete. Tissue samples are now digitized and analyzed via computer screens, which is essential for employing sophisticated artificial intelligence (AI)-based analytical methods. These AI technologies can extract additional insights from pathological tissue sections that were previously unattainable. A team of researchers at the University of Cologne (Cologne, Germany) has developed an AI-driven digital pathology platform that can revolutionize the analysis of lung cancer tissues. This platform utilizes newly developed algorithms to perform fully automated examination of digitized lung cancer tissue sections, offering faster and more precise analyses than traditional methods. Detailed in their publication in the journal Cell ...
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