How AI is Transforming the 2024 Olympics 🏋🏼

Hey!

Welcome to this week’s edition of Supermedic, where we explore the latest developments in artificial intelligence and its transformative impact on healthcare.

Let’s dive in!

Victor

TODAY’S MENU

• How AI is Transforming the 2024 Olympics

• Ultrasound Technology Can Be Used to Boost Mindfulness

• These Five AI Healthcare Tools May Be the Best Right Now

• AI Gives Rep. Jennifer Wexton Her Voice Back

• Major AI Healthcare Partnerships Hint at Market Maturity

Read time: under 7 minutes

OLYMPIC GAMES

How AI is Transforming the 2024 Olympics

The Paris Olympics have officially kicked off! And this edition is like no other. Behind the athletic feats, a technological revolution is unfolding. AI, at the heart of the International Olympic Committee's strategies, is profoundly transforming how athletes train and perform.

• Optimizing Training and Preventing Injuries:
  Technologies like Intel's 3DAT, which tracks athletes' movements in 3D, provide coaches with a wealth of data to refine training programs and prevent injuries. This precise data allows for the identification of high-risk movements and the adaptation of exercises accordingly.

• Customizing Gear: AI is also enabling the personalization of sports equipment for each athlete. From running shoes to swimsuits, equipment is being custom-designed to optimize performance and reduce the risk of injury.

• Scouting Talent: The International Olympic Committee (IOC) is using AI to identify young talent in often overlooked regions. By analyzing biometric data from simple tests, AI can identify promising athletes and offer them a chance to shine on the international stage.

• An Enhanced Spectator Experience: AI is not limited to improving athlete performance. It is also revolutionizing the spectator experience. Thanks to real-time data analysis, viewers enjoy more comprehensive and personalized coverage of events.

• Beyond Traditional Sports: Contrary to popular belief, AI is not limited to high-tech sports. Even sports like water polo benefit from AI advancements, which can analyze game strategies and optimize training.

Why It Matters: The integration of AI in sports is just beginning, but its potential is vast. Sports have always been about pushing boundaries through trial and error, much like AI in its constant quest for optimization. By providing precise, personalized data, AI can help athletes reach new heights of performance safely and efficiently.

Is AI making sports more predictable, or is it opening up new possibilities we never thought of before? The jury is still out, but one thing's for sure: the future of sports is looking pretty exciting

MENTAL HEALTH

Ultrasound Technology Can Be Used to Boost Mindfulness

Researchers at the University of Arizona have discovered that low-intensity ultrasound technology can enhance mindfulness. By using transcranial-focused ultrasound (TFUS) to target the brain’s default mode network (DMN), they observed significant effects on mental states and brain activity.

Study’s details:

• TFUS targets the brain's default mode network, reducing connectivity within it to enhance focus and awareness, helping people feel more mindful.

• Just five minutes of low-intensity ultrasound produces significant changes in brain activity, offering a noninvasive alternative to traditional brain stimulation techniques.

• 30 participants show reduced DMN connectivity and improved mindfulness after TFUS treatment, confirmed by fMRI scans and self-reports.

Why It Matters: This advancement in TFUS technology offers a promising new method for enhancing mindfulness and treating mental health conditions like anxiety and depression. By providing precise, noninvasive modulation of brain networks, TFUS could lead to more effective and personalized mental health therapies with fewer side effects.

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AI TOOLS

These Five AI Healthcare Tools May Be the Best Right Now

Nearly 900 AI health tools have received FDA approval, but not all deliver value. Experts like Nigam Shah, PhD, from Stanford Health Care, highlight five AI tools making a significant impact in hospitals. These tools have demonstrated real-world effectiveness in improving care and reducing costs:

1. LumineticsCore 👁
   
   What it is: AI for diagnosing diabetic retinopathy. Speeds up diagnosis and increases referral compliance.

   For: Optometrists, ophthalmologists, primary care physicians.

2. Abridge 🩺
   
   What it is: Ambient listening tool for clinical notes. Reduces administrative tasks and improves documentation accuracy.
   For: Physicians in any specialty.

3. Woebot 💬
   
   What it is: Mental health chatbot using cognitive behavioral therapy. Provides on-demand support and reduces wait times for mental health care.
   For: Primary care physicians and mental health specialists.

4. VBrain (by Visioneer) 🧠
   
   What it is: AI-assisted brain tumor auto-contouring tool. Speeds up tumor contouring and improves accuracy.
   For: Radiation oncologists.

5. Gl Genius (Medtronic) 🔎
   
   What it is: AI for detecting polyps during colonoscopy. Increases adenoma detection rate and lowers colorectal cancer risk..
   For: Gastroenterologists and endoscopists.

INSPIRING STORY

AI Gives Rep. Jennifer Wexton Her Voice Back

Congresswoman Jennifer Wexton has been recently struggling with Progressive Supranuclear Palsy (PSP). This rare neurological disorder progressively affects balance, movement, vision, speech, and swallowing.

For Wexton, this meant relying on text-to-speech apps during her public engagements, a difficult adjustment for a public figure.

Determined to continue her public service effectively, Wexton turned to ElevenLabs' AI technology to recreate her natural voice using clips from her past speeches. This AI-generated voice has allowed her to communicate more naturally and confidently.

Wexton's experience highlights how AI can empower people with health challenges, offering a glimpse into future possibilities where technology can significantly enhance quality of life.

BUSINESS CORNER

Major AI Healthcare Partnerships Hint at Market Maturity

This week, the healthcare sector witnessed several key deals, mergers, and partnerships, particularly in AI and digital health. Here’s a quick look at these impactful collaborations and their implications for the industry.

Commure signs deal to acquire Augmedix 💵

Augmedix, a leader in automated medical documentation, is merging with Commure in a $139 million deal. This strategic move aims to integrate Augmedix's ambient documentation technology with Commure's suite of AI solutions. This partnership is poised to streamline clinical workflows, enhancing operational efficiency and freeing up more time for direct patient care​. (link)

Abridge Partners with Epic and Mayo Clinic 🤝

Abridge is collaborating with Epic and Mayo Clinic to develop generative AI tools for nurses. This initiative focuses on reducing the administrative load by automating clinical note-taking during patient interactions. The integration with Epic’s EHR system ensures that this technology will be seamlessly adopted, potentially setting a new standard for clinical documentation across healthcare facilities. (link)

Microsoft Partners with Mass General Brigham and UW Health 🤝

Microsoft is teaming up with Mass General Brigham and UW Health to advance AI in radiology. This partnership focuses on developing sophisticated AI models that can assist radiologists in interpreting medical images with greater accuracy.​ (link)

Why It Matters: These strategic moves highlight a significant trend towards integrating AI and digital health solutions in clinical settings. These developments promise to transform healthcare delivery, making it more precise, efficient, and patient-centered.

Must-Read AI Healthcare News This Week

• Oncology: MIT's AI model identifies breast tumor stages likely to progress to invasive cancer.

• Neonatology: New artificial placenta offers a lifeline for premature babies.

• Neurology: New eye imaging technique accurately diagnoses multiple sclerosis.

• Maternal Health: VR training for doctors aims to reduce bias in care for Black mothers.

• Surgery: AI predicts patient need for opioid refills post-surgery.

• Neurology: New gene for early-onset Parkinson's disease identified.

• Regulation: HHS reorganizes to boost technology, cybersecurity, and AI capabilities.

Thanks for reading!