Anne R. Lee, RDN, LD, and her team from the Celiac Disease Center at Columbia University highlighted the risk of eating disorder development in individuals with celiac disease and other gastrointestinal conditions. They noted that restrictive diet therapies often lead to subtle but maladaptive eating behaviors, such as fasting, excessive exercise, hyper-vigilance, and an intense focus on meals and food preparation. These behaviors can interfere with daily life, resulting in avoidance of social gatherings, dining out, and travel, potentially leading to social isolation.

This cross-sectional study explored the impact of food avoidance behaviors in adults with biopsy-confirmed celiac disease who follow a gluten-free diet. The analysis involved 50 participants who completed surveys evaluating various factors, including demographics such as age, gender, race, ethnicity, education, marital status, income, weight, height, and years since diagnosis. Quality of life (QoL), food avoidance patterns, and eating behaviors were also assessed. Disease symptoms were measured using the Celiac Disease Symptom Diary (CDSD), while adherence to the gluten-free diet was evaluated through the Celiac Dietary Adherence Test (CDAT). Mental health assessments included depression, measured by the Center for Epidemiology Studies Depressive Scale (CESD), and anxiety, evaluated with the State-Trait Anxiety Inventory (STAI).

Researchers evaluated food avoidance beyond the gluten-free diet by asking participants if they refrained from specific foods, the source of the advice to avoid those foods, and whether they had a formal allergy diagnosis for them.

The cohort demonstrated generally good quality of life (QoL) related to celiac disease, with an average score of 62.7. The mean state anxiety score was 37.4, which falls within the normal range, while the mean trait anxiety score reached 39.8, slightly exceeding the clinical threshold for anxiety. Additionally, one in four participants was identified as experiencing either state anxiety or anxious traits.

Clinical depression was prevalent in 77% of participants who avoided foods beyond gluten, as indicated by scores exceeding the CESD threshold of 15.

In contrast, individuals adhering strictly to a gluten-free diet without additional restrictions reported better quality of life and lower levels of depression. These findings suggest that self-imposed dietary limitations beyond gluten may amplify emotional and psychological difficulties in those with celiac disease.

“While adherence to a gluten-free diet is essential for managing celiac disease, it should be promoted with sensitivity to the individual’s emotional well-being,” the investigators emphasized. They noted that concerns about comorbidities, healing, persistent symptoms, or accidental gluten exposure might heighten anxiety around dining out, scrutinizing ingredients, or cross-contamination risks. This heightened focus can foster hyper vigilance, which has been linked to overly restrictive behaviors, potentially resulting in further dietary limitations and challenges.

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Oracle’s new EHR system leverages cloud technology and artificial intelligence to enhance usability and simplify setup, according to the company. Unlike traditional systems, it eliminates menus and drop-down screens, allowing doctors to retrieve information through voice commands. Oracle aims to reduce the time doctors spend navigating records, enabling them to focus more on patient care.

Seema Verma, executive vice president and general manager of Oracle Health and Life Sciences, described the system in an interview with CNBC, saying, “It’s more than just a scribe or an assistant—it’s like having your own resident.”

Oracle’s latest EHR offering aims to strengthen its position in the highly competitive market, where it has faced challenges in recent years. Oracle experienced loss on record in 2023. Meanwhile, its leading competitor, Epic Systems, was the only company to achieve a net increase in acute care market share during the same period.

According to Verma, the new EHR was developed independently and is not built on Cerner’s existing infrastructure, despite being initiated after Oracle’s acquisition of Cerner. As a result, current Cerner customers will need to decide whether to transition to the separate system.

Suhas Uliyar, Oracle’s senior vice president for product management in clinical and healthcare AI, provided CNBC with a virtual demonstration of the new EHR. During the demo, he illustrated how the system could help a doctor prepare for a busy day by reviewing patient information, responding to messages, and managing prescriptions efficiently.

The EHR operates through a browser-based interface, offering a clean and simple design. Upon opening it, physicians are greeted with a search bar and a chronological list of their appointments. By clicking the microphone icon in the search bar, doctors can ask questions such as, “What are my openings for today?” or “How many new patients are on my schedule today? AI-response can be generated within seconds.

When a doctor selects a patient, their chart opens, providing AI-generated summaries alongside detailed insights into their medical history. The chart highlights updates since the last visit, such as new medications, lab results, clinical documentation, past treatments, risk factors, allergies, messages, and vital signs.

Physicians can also use the microphone to ask patient-specific questions, such as, “Has she ever reported panic attacks or shortness of breath?” or “Has he undergone a CT screening for lung cancer, and are his vaccinations current?” They can also inquire about treatments, like “Which antibiotics were used for her urinary tract infection?” “It searches through the entire history and all the records to provide a precise answer,” explained Uliyar.

The voice-activated queries can be sequential, building upon previous questions, while the EHR’s AI learns the doctor’s preferences, such as frequently prescribed or refilled medications. Even when Uliyar misspoke or phrased a question imperfectly, the system accurately retrieved the relevant information he needed. As Oracle continues to develop its new EHR, the company has also been introducing features to enhance the experience for existing Cerner customers. Uliyar noted that many of these features, such as the Oracle Health Clinical AI Agent (previously known as Oracle Clinical Digital Assistant), are already integrated into the new system.

The Clinical AI Agent, which Oracle made generally available in June, is designed to automate much of the documentation burden on doctors. Physicians can use the app on their phone to record patient visits with the press of a button. After they stop recording, Oracle’s AI generates a clinical note based on the appointment, eliminating the need for doctors to manually write it.

Oracle’s early adopter program for the new EHR is set to begin next year, with the company collaborating with customers to determine their specific customization needs. As Oracle transitions its healthcare clients to the cloud, Verma believes this will simplify the EHR implementation process.

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Boomerang Studio, the innovation arm of Boomerang Ventures, chose RHT to collaborate on the development and launch of SinuSauna™. Specializing in guiding early-stage connected health tech companies through de-risking and market preparation, Boomerang Studio emphasizes its commitment to advancing impactful healthcare solutions. This partnership highlights the studio’s dedication to improving daily lives. SinuSauna™ is poised to revolutionize respiratory wellness, empowering users to manage congestion and maintain nasal and throat hygiene conveniently at home, without relying on medications.

“We are thrilled to introduce SinuSauna, a milestone achievement for Respiratory Health Technologies,” shared Nancy Wright, CEO and Co-founder of RHT. “This innovative solution delivers the benefits of heated dry air therapy directly to people’s homes, simplifying the process of managing congestion and potentially inhibiting the growth of common cold germs. Our collaboration with Boomerang Studio has been pivotal in bringing our vision to life, paving the way for a new era in respiratory care.”

Respiratory care

SinuSauna was conceived by two physicians seeking to address an unmet need for dry, heated air therapy in respiratory wellness. Collaborating with two seasoned medical device engineers, they developed a prototype. However, with their full-time careers limiting their capacity to commercialize the product, they partnered with Boomerang Studio to navigate the path to market readiness.

RHT transformed the SinuSauna prototype into a scientifically-backed and user-friendly product through its partnership with Boomerang Studio. Designed to meet the needs of over 63 million potential users in the U.S., SinuSauna responds to the growing demand for effective solutions to upper respiratory challenges.

Wright described SinuSauna as a breakthrough in at-home respiratory care, offering consumers a natural and convenient way to experience doctor-developed heated dry air therapy.

Collaborative Manufacturing and Innovation Centers

For SinuSauna’s production, RHT collaborated with 316 Product Development to oversee quality, assembly, and distribution. In addition, 316 Product Development works closely with the Hope Center Indy, offering skill-building opportunities to women rescued from human trafficking.

“We are honored to collaborate with Respiratory Health Technologies in bringing the SinuSauna to market,” said Jake Flagle, President of 316 Product Development. “This partnership enables us to leverage our expertise in product design and contract manufacturing while empowering the women at The Hope Center with valuable opportunities to thrive. Together, we are not only delivering a wellness-focused product but also driving meaningful community impact.”

Emily Krueger, President and CEO of 16 Tech Community Corporation, the nonprofit behind the 16 Tech Innovation District, said, “The team at Respiratory Health Technologies truly represents the spirit of innovation that defines our district. 16 Tech is equipped with the resources to support entrepreneurs every step of the way, from concept to commercialization, helping them turn new products and services into reality.”

A Vision for Growth and Future Success

RHT successfully launched SinuSauna in October 2024, following a pre-seed raise in 2022 that was focused primarily on R&D, with initial inventory available on Amazon. In 2025, the company plans to pursue a seed raise aimed at expanding inventory, scaling operations, and establishing a robust market presence.

“RHT’s path from concept to commercialization highlights the power of our collaborative approach, enabling groundbreaking healthcare solutions like SinuSauna to meet real needs,” said Eric Beier, MD, Partner and Chief Medical Officer at Boomerang Studio. “We are excited to support RHT on their journey to success and look forward to the transformative impact SinuSauna will have on respiratory wellness.”

Experience Relief with SinuSauna

SinuSauna provides a science-backed solution for a wide range of individuals, from frequent travelers and cold sufferers to parents seeking to protect their family’s health, medical professionals, caregivers, and anyone wanting to breathe easier. With its heated dry air therapy, SinuSauna offers a new level of comfort and peace of mind, supporting respiratory wellness and helping people maintain better health.

Experience the difference and be part of the movement for improved respiratory health. Order your SinuSauna today at sinusauna.com.

About Respiratory Health Technologies

Respiratory Health Technologies (RHT), founded in 2021 and backed by venture capital, is a health tech company focused on developing innovative solutions for respiratory wellness. The company aims to address common and complex respiratory health challenges by harnessing the benefits of heated dry air therapy. With products like the SinuSauna, RHT strives to reduce symptoms and prevent respiratory infections, promoting upper respiratory wellness through advanced heated air technology. For more details, visit sinusauna.com.

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Global Nexus, a health innovation accelerator focused on overcoming the challenges of translating and commercializing health-related discoveries, will utilize C3 to accelerate drug discovery and development at the university. In addition, it will assist small and medium-sized enterprises (SMEs) with similar research efforts.

Filomena Tassi, the minister responsible for FedDev Ontario, emphasizes, “Supporting Canada’s life sciences sector is essential for fostering innovation and enhancing healthcare outcomes both in Canada and globally.” quoted Tassi.

With this investment, McMaster University and C3 will be able to provide SMEs with the specialized skills and expertise needed to accelerate the development and market introduction of pharmaceutical products in Canada. C3 will greatly enhance and expand the university’s drug discovery infrastructure, which is currently based at the Centre for Microbial Chemical Biology (CMCB).

McMaster’s Vice-President of Research says, “McMaster has long been a leader in drug discovery research, and this investment will help maintain that status for years to come.” She adds, “C3 will build upon the strong foundation established by the CMCB, ensuring that our drug discovery initiatives result in new, Canadian-made therapies for a range of health conditions.”

The investment will not only fund upgrades but also facilitate the acquisition of new equipment, broadening research to cover various diseases. It will also support the recruitment of additional staff, the formation of new industry partnerships, and the creation of experiential learning opportunities for students and trainees.

Matthew Miller, Executive Director at Global Nexus, says, “This game-changing support from Fed Dev Ontario will accelerate drug discovery and development across Canada.”

Paul O’Byrne, Dean and Vice-President of the Faculty of Health Sciences, says, This vital funding solidifies McMaster’s leadership in academic drug discovery and positions the university as a driving force for new growth in the local biopharma sector. Global Nexus views drug discovery as a key priority and is actively working to bring new vaccines, diagnostics, and other health technologies to market.

Susan Tighe, McMaster’s Provost and Vice-President (Academic) and the incoming President and Vice-Chancellor, says, “This work is essential for maximizing the impact of academic discoveries.” She adds, “At McMaster, our mission is to ensure that academic research positively impacts society, both in Canada and globally. Global Nexus is playing a key role in making this happen, and this government investment will help accelerate our efforts.”

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reshaping healthcare, allowing specialists to provide treatment across vast distances. One remarkable example is the successful endoscopic surgery performed over 9,300 kilometers apart, highlighting the immense potential of remote surgical care.

In this groundbreaking procedure, surgeons in Strasbourg, France, carried out a transgastric peritoneoscopy on a patient in Guayaquil, Ecuador. This minimally invasive surgery, used to examine and treat abdominal issues, was conducted using advanced robotics and telemedicine technologies. Despite the distance, the surgeons were able to guide the entire operation with precision, as if they were right beside the patient.

The success of this surgery was made possible by cutting-edge communication networks, allowing real-time collaboration between the medical team and robotic instruments. High-definition video transmission and finely controlled robotic tools enabled accurate feedback throughout the procedure, ensuring the same level of care as in a traditional operating room. This development is especially promising for patients in remote areas who may not have easy access to specialized medical expertise.

However, this achievement also underscores the need for reliable technology. High-speed internet, advanced robotics, and skilled teams are critical to the success of such complex operations. As telemedicine technology continues to advance, its potential to improve healthcare accessibility and outcomes globally will grow.

The success of this 5700-miles (9,300-km) surgery marks a major milestone in telemedicine, proving that distance is no longer an obstacle to high-quality medical care. This achievement paves the way for a future where remote surgery becomes a more common practice, benefiting patients worldwide.

Learn how Telemedicine: Transforming Healthcare for the Better — With the Right Guidelines

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For thousands of years, morphine and other opioids have been used by clinicians to manage pain, and these drugs continue to play a key role in anesthesia today. However, most surgical procedures utilize a method called balanced anesthesia, which combines opioids with other drugs that induce sleep and relax muscles. While opioids are effective for pain control, they can cause undesirable side effects, such as serious cardiac and respiratory issues, nausea, vomiting, and digestive complications.

Rising concerns over these adverse effects, along with the ongoing opioid crisis, have led to the development of opioid-free anesthesia. This innovative approach employs non-opioid medications to manage pain before, during, and after surgery, aiming to reduce both side effects and the risk of dependency. Research has demonstrated that opioid-free anesthesia can provide pain relief comparable to traditional opioid-based methods.

Opioid-free anesthesia typically follows a multimodal approach, which targets multiple pain receptors throughout the body rather than relying solely on opioid receptors in the spinal cord. The goal is to block or modulate pain signals coming from the brain, spinal cord, and peripheral nerves, providing effective pain relief while minimizing reliance on opioids.

For example, nonsteroidal anti-inflammatory drugs (NSAIDs) like ibuprofen work by inhibiting COX enzymes, which are responsible for promoting inflammation. Similarly, acetaminophen (Tylenol) also targets COX enzymes. While both of these drugs primarily address pain at the surgical site, their effects can extend to the spinal cord with prolonged use, helping to reduce pain more broadly.

Gabapentinoids, including gabapentin and pregabalin, target specific proteins to reduce nerve signal transmission. These drugs help alleviate neuropathic pain by decreasing inflammation within the nerves.

Ketamine, an anesthetic drug, disrupts pain pathways involved in central sensitization—a condition where the nervous system becomes hypersensitive to pain. This can cause normal sensations, such as light touch, to be perceived as painful, and it can intensify the sensation of existing pain. Ketamine reduces pain sensitivity, which can help lower the risk of developing chronic pain.

Regional anesthesia, which involves injecting local anesthetics near nerves, is another technique in opioid-free anesthesia. This method blocks pain signals from reaching the brain, allowing patients to remain awake but pain-free in the numbed area, thereby reducing the need for general anesthesia and its associated side effects. 

By activating different pain pathways simultaneously, multimodal approaches to pain management work synergistically to enhance overall pain relief while minimizing the use of opioids.

In 2022, opioids were responsible for nearly 76% of all overdose fatalities in the United States. At the same time, over 2.5 million American adults were living with opioid use disorder, highlighting the ongoing public health crisis.

Surgery is often the first time patients are prescribed opioids, and their widespread use raises concerns about the potential for long-term use. Some patients, even when opioids are prescribed appropriately for pain management, are hesitant to use them due to fears of dependence and possible side effects. Additionally, leftover pills from these prescriptions can be misused.

To address these issues, researchers like us are working to create a personalized, opioid-free surgical experience. Our approach focuses on both physical and emotional well-being, using effective anesthesia and complementary pain-management techniques to eliminate the need for opioids.

Psychology of pain perception

A patient’s perception of pain is heavily influenced by psychological factors. Research reveals that conditions like anxiety, depression, and sleep disorders can intensify pain by as much as 50%. Therefore, managing mood and sleep-related issues is vital for effective pain relief and enhancing overall well-being.

The perception of pain can be heightened by psychological states due to their significant impact on neural pathways involved in pain processing. For example, stress and anxiety activate the fight-or-flight response, releasing stress hormones that increase nerve sensitivity and intensify pain sensations. Studies also indicate that patients with higher anxiety levels prior to surgery tend to require more anesthesia during the procedure and consume more opioids afterward.

Complementary and alternative therapies targeting psychological factors can alleviate pain and reduce opioid consumption by modulating pain transmission in the nervous system and activating neurochemical pathways that promote pain relief. These approaches include acupuncture, hypnosis, massage, mindfulness meditation, music-based interventions, spinal manipulation, tai chi, qigong, and yoga, all of which have been shown to help manage various painful conditions.

Aromatherapy involves the use of essential oils to stimulate the olfactory system, evoking emotional responses and encouraging relaxation. This process can enhance overall well-being and help diminish the perception of pain.

Similarly, music therapy engages the auditory system, providing a distraction from pain while reducing anxiety and promoting emotional healing. This combination of effects can contribute to a noticeable decrease in pain perception.

Deep breathing and progressive muscle relaxation are effective techniques for activating the parasympathetic nervous system, which encourages a state of rest and relaxation. This activation helps the body conserve energy, reduce heart rate, lower blood pressure, and ease muscle tension. By fostering a calm state, these relaxation exercises can also reduce sensitivity to pain.

Acupuncture involves the insertion of thin needles at specific points on the body to stimulate the release of endorphins and other neurotransmitters. These chemicals help disrupt pain signals and support the body’s natural healing processes.

opioid-free surgery

Shifting away from opioid use in surgical care requires a comprehensive change in both approach and mindset across the entire healthcare team. While anesthesiologists play a central role, other providers, such as surgeons, nurses, and medical trainees, also rely on opioids in patient care. For a successful transition, all team members must embrace alternative pain management strategies throughout the surgical process.

To meet the growing demand for opioid-free surgical care, our team at the University of Pittsburgh Medical Center introduced the patient-initiated Opioid-Free Surgical Pain Management Program in May 2024. This initiative focuses on addressing both the physical and emotional aspects of pain while prioritizing recovery and safety. To achieve these goals, we brought together a multidisciplinary team of surgeons, anesthesiologists, nurses, pharmacists, and hospital administrators.

During a six-month period, our team enrolled 109 patients in the program, with 79 successfully completing surgeries without the use of opioids. Participation barriers included patients’ concerns about severe pain, insufficient preoperative management of stress and anxiety, and a lack of departmental education regarding the program.

Refinements to the program, such as administering muscle relaxants during recovery from anesthesia, increased participation and further reduced opioid use. Notably, none of the 19 patients who received opioids during their hospital recovery required additional opioid prescriptions at discharge.

These results demonstrate the potential of our approach to reduce opioid reliance while still ensuring effective pain management. By strengthening psychological support for patients and providing better education for providers in surgical departments, we can enhance the overall effectiveness of a comprehensive pain management strategy.

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Arnold Schwarzenegger has dedicated decades to health and fitness, making it his life’s mission to inspire people to discover their physical potential. From his iconic bodybuilding days as Mr. Universe and starring in “Pumping Iron” to writing fitness-focused books and creating the Arnold Sports Festival—the world’s largest multi-sport fitness event—Schwarzenegger has been a driving force in the world of wellness. His daily newsletter, *Arnold’s Pump Club*, reaches nearly one million readers with trusted workouts and health insights.

In addition to his contributions to fitness, Schwarzenegger has excelled as an actor, entrepreneur, author, and as Governor of California, showcasing a remarkable ability to innovate and evolve. His passion for motivating and uplifting others aligns perfectly with Zimmer Biomet’s mission as a MedTech leader, reflecting shared values of continuous improvement and commitment to well-being.

Arnold’s fearless approach to personal health, innovation, and growth mirrors Zimmer Biomet’s ambition to be the most audacious company in MedTech, tackling the most significant challenges in healthcare today. As people strive for healthier, more active lifestyles while aging, the need for solutions that enable pain-free movement continues to grow. Zimmer Biomet’s innovative technologies are designed to meet this demand, empowering individuals to achieve their mobility goals. “Arnold is the ideal partner to take on the role of Chief Movement Officer Ivan Tornos continued,” I am confident that this partnership will achieve incredible outcomes for all those we serve.”

Schwarzenegger said, “I’m thrilled by Zimmer Biomet’s Mission because it resonates with my 50-year dedication to fitness.”I want everyone to experience the joy of movement and fitness, which has enhanced my life at every stage. This partnership allows me to keep inspiring others to make positive changes every day that lead to healthier, more active lives. Movement should never stop—it’s vital. As the saying goes, ‘If you rest, you rust.’ My goal with Zimmer Biomet is to inspire people to understand that movement brings joy and improves the quality of life.”

About Arnold Schwarzenegger

Arnold Schwarzenegger is a multifaceted icon whose impact spans bodybuilding, entertainment, politics, and fitness. Rising to fame as a seven-time Mr. Olympia champion, his success in bodybuilding catapulted him to Hollywood, where he became a global star with roles in legendary films like The Terminator and Predator. Beyond the screen, Schwarzenegger served as the Governor of California, championing environmental issues and public health. A passionate advocate for fitness and wellness, he continues to inspire millions with his books, events, and daily newsletter. Arnold’s relentless drive and commitment to improvement have made him a symbol of resilience and achievement. Arnold has joined Zimmer Biomet as Chief Movement Officer.

About Zimmer Biomet

Zimmer Biomet is a global leader in the medical technology sector, dedicated to advancing innovative solutions that improve the quality of life for patients worldwide. Specializing in musculoskeletal health, the company designs and manufactures a wide range of products, including joint replacements, spine devices, and dental implants. Zimmer Biomet is committed to addressing some of healthcare’s most pressing challenges, with a focus on reducing pain, enhancing mobility, and restoring function. Through cutting-edge technology, research, and partnerships, the company strives to empower both patients and healthcare providers, improving outcomes and promoting active, pain-free living for people around the world.

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The collaboration will enable microbiology labs to access end-to-end NGS-based solutions, offering robust and innovative assays, sequencing systems, and downstream analysis software for a variety of applications. These include, but are not limited to, HIV, viral hepatitis (HBV/HCV/HDV), respiratory viruses (such as Influenza, SARS-CoV-2, and RSV), CMV, HSV, BKV, and Tuberculosis.

Dimitri Gonzalez, Head of Diagnostics at ABL Diagnostics, expressed enthusiasm about the partnership, stating, “We are thrilled to combine our efforts to provide comprehensive solutions utilizing the latest sequencing technologies to microbiology genotyping laboratories in the USA. This agreement comes at a crucial time, as the NGS market, which was valued at USD 1.42 billion in 2022, is projected to grow at a compound annual growth rate of 13.16%.

Radoje Drmanac, Founder and Chief Scientific Officer at Complete Genomics, also shared his excitement, saying, “We are pleased to collaborate with ABL to offer a wide range of NGS-based infectious disease assays to microbiology labs. Our low-throughput sequencing platforms, including the DNBSEQ-E25 and DNBSEQ-G99, provide exceptional speed, portability, user-friendliness, and cost advantages.”

Details regarding the specific terms of the agreement have not been disclosed.

Source https://www.abldiagnostics.com/advanceddx-biological-laboratories-usa-inc-and-complete-genomics-llc-to-co-market-ngs-microbiology-solution-in-the-u-s/

Read More antylia scientific auction for lab supplier continues trend of private equity exits in healthcare.

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During a recent conference, Hudson emphasized the strength of Sanofi’s research and development efforts, which have yielded significant breakthroughs in areas such as diabetes, cardiovascular diseases, and rare conditions. He expressed excitement about the upcoming launch of new treatments that could enhance Sanofi’s standing in the competitive pharmaceutical landscape.

The potential split of the consumer health division is designed to improve operational efficiency and maximize shareholder value. However, Hudson underscored the importance of retaining a significant stake in the consumer business, enabling Sanofi to harness its diverse portfolio while pursuing high-growth opportunities in pharmaceuticals.

As the healthcare industry rapidly evolves, adaptability is crucial for companies like Sanofi. With advancements in biotechnology and personalized medicine reshaping treatment options, Hudson believes Sanofi is well-equipped to seize these emerging trends. His confidence reflects a broader industry perspective that underscores the necessity of innovation and strategic focus.

As Sanofi embarks on this transformative journey, stakeholders are keenly observing how the company balances its goals of optimizing the consumer health business while driving growth through new pharmaceutical innovations. The coming months will be pivotal in shaping Sanofi’s future and its commitment to delivering value to shareholders and enhancing patient care.

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The National Association of Software and Services Companies (NASSCOM) honors organizations that lead the way in technology-driven innovation. Mphasis earned this recognition by developing a pioneering Quantum AI platform, which merges quantum computing and artificial intelligence to address key challenges in healthcare. This technology has the potential to accelerate and improve the accuracy of diagnoses, making personalized treatment more effective.

In healthcare, speed and accuracy are critical, particularly in diagnosing complex conditions. Mphasis’s Quantum AI platform enables rapid data analysis, significantly reducing the time it takes to process vast medical datasets. This enhanced capability allows healthcare providers to make quicker and more informed decisions, ultimately improving patient outcomes. The AI component further strengthens this process by continuously learning from medical data, refining diagnoses, and identifying potential health risks with greater precision.

Receiving this award not only showcases Mphasis’s contribution to advancing healthcare technology but also highlights the transformative potential of Quantum AI. Their innovation brings the healthcare industry closer to a future where cutting-edge technology supports more efficient, accurate, and personalized care for patients worldwide.

As healthcare continues to evolve, Mphasis’s groundbreaking work in Quantum AI is setting a new standard, demonstrating how technology can play a vital role in overcoming some of the sector’s most pressing challenges.

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