World Athletics partners with Siemens Healthineers for athlete care

World Athletics has teamed up with Siemens Healthineers to provide point-of-care testing and diagnostic imaging at major athletics events. The collaboration aims to improve athlete safety during endurance competitions by enabling faster medical responses on-site. This initiative sets new standards in endurance medicine.

World Athletics and Siemens Healthineers have formed a partnership to equip medical teams at major athletics events with advanced tools for point-of-care testing (POCT) and diagnostic imaging. The effort focuses on endurance events such as marathons, race walking, trail and mountain running, where unique health risks like dehydration and heat-related illnesses demand immediate care in challenging environments.

The partnership deploys the epoc Blood Analysis System for blood testing and the Acuson Sequoia ultrasound system for imaging. These tools help avoid delays from hospital transfers, allowing quicker diagnoses and treatments. "The benefit of point-of-care testing is being able to care for people in need wherever they are, as soon as possible, to make the biggest impact," said Bob Stowers, Head of Point of Care Diagnostics at Siemens Healthineers.

In 2025, Siemens Healthineers supported events including the World Athletics Indoor Championships Nanjing 25, where the Acuson Sequoia system aided in managing musculoskeletal injuries among over 1,200 athletes from about 130 countries. Such injuries, common in sprints, hurdles, and jumps, benefit from rapid ultrasound assessments that reduce waiting times and provide discreet care.

Additionally, during the World Athletics Championships Tokyo 25, the epoc system was used in a research project on heat adaptation and hydration, analyzing markers like electrolytes, lactate, pH, and creatinine. The study, conducted with Waseda University's Faculty of Sport Sciences, aims to address dehydration and heat emergencies. "Having point-of-care devices on site is a game changer to provide better care and treatment during endurance events," said Dr. Stéphane Bermon, director of the Health and Science Department at World Athletics.

"We look forward to publishing our findings to improve athletes’ knowledge and contribute to the next iteration of care," added Dr. Yuri Hosokawa from Waseda University. World Athletics plans to standardize these practices across its events to enhance global medical support.

相关文章

Athlete using sweat-sensing AI wearable for real-time, needle-free health monitoring of biomarkers like glucose and stress hormones in a lab setting.
AI 生成的图像

Study examines sweat-sensing AI wearables for early, needle-free health monitoring

由 AI 报道 AI 生成的图像 事实核查

Researchers at the University of Technology Sydney are exploring how sweat-sensing wearables, combined with artificial intelligence, could enable real-time, non-invasive tracking of health biomarkers. Their work suggests that sweat-based monitoring might one day help flag risks for conditions such as diabetes and other chronic diseases before symptoms appear, offering a painless complement to some blood tests for tracking hormones, medications, and stress-related biomarkers.

Fitness trackers Oura and Whoop are introducing direct-access blood testing options to simplify wellness checks. These services aim to make health panels more convenient, though experts caution they cannot replace professional medical advice. The move echoes past innovations like Theranos, highlighting ongoing efforts to ease blood draw hassles.

由 AI 报道

Egypt's Health Minister Khaled Abdel Ghaffar met with executives from Siemens Healthineers Egypt to discuss proposals for establishing specialised oncology and radiotherapy centres and expanding cooperation on upgrading diagnostic and treatment services. Abdel Ghaffar emphasised the importance of public-private partnerships in strengthening Egypt's healthcare system, particularly in cancer care.

Scientists at Northwestern University have developed a rapid PCR test that can diagnose hepatitis C in about 15 minutes using whole blood samples. Adapted from a COVID-19 detection system and built on the DASH rapid PCR platform, the test aims to enable same-day treatment and bolster global efforts to eliminate the virus, with early evaluations showing accuracy comparable to existing commercial platforms.

由 AI 报道

Scientists have developed an ultra-sensitive Raman imaging system that identifies cancerous tissue by detecting faint light signals from nanoparticles bound to tumor markers. This technology, far more sensitive than current tools, could accelerate cancer screening and enable earlier detection. Led by researchers at Michigan State University, the system promises to bring advanced imaging into clinical practice.

A new generative AI tool called CytoDiffusion analyzes blood cells with greater accuracy than human experts, potentially improving diagnoses of diseases like leukemia. Developed by researchers from UK universities, the system detects subtle abnormalities and quantifies its own uncertainty. It was trained on over half a million images and excels at flagging rare cases for review.

由 AI 报道

AIIMS Delhi signed a memorandum of understanding on Thursday with 19 other AIIMS institutions to promote joint research in areas like artificial intelligence in healthcare and low-cost cancer treatments. This agreement creates a pan-India research consortium of 20 AIIMS institutes. Officials say the group will focus on multicentric clinical trials and key health challenges facing the country.

 

 

 

此网站使用 cookie

我们使用 cookie 进行分析以改进我们的网站。阅读我们的 隐私政策 以获取更多信息。
拒绝