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  • MRD-Guided Ibrutinib Plus Venetoclax Effective in R/R CLL

    MRD-Guided Ibrutinib Plus Venetoclax Effective in R/R CLL

    Minimal residual disease (MRD)-guided cessation and reinitiation of ibrutinib (Imbruvica; Johnson & Johnson) plus venetoclax (Venclexta; Genentech, Abbvie) is a safe treatment approach for patients with relapsed or refractory chronic lymphocytic leukemia (CLL), a new report suggests.1 The study, which was published in Blood Advances, suggests that MRD-guided therapy offers a way to balance the risks of cessation with those of cumulative toxicity.

    The combination of the Bruton tyrosine kinase (BTK) inhibitor ibrutinib and the BCL-2 inhibitor venetoclax has become a transformative therapeutic option for people with relapsed or refractory CLL, the authors noted. It is sometimes combined with CD20-targeting monoclonal antibodies. Yet, it is not curative, and it comes with significant concerns.

    “While continuous treatment may lead to cumulative toxicity or resistance, fixed-duration treatment may lead to undertreatment and early relapse,” they wrote.

    The combination of ibrutinib and venetoclax has become a transformative therapeutic option for people with relapsed or refractory CLL. | Image Credit: © CLL cells – sovova

    One possible solution, the authors wrote, is the use of MRD to guide therapy. Previous research has shown that undetectable MRD following treatment is an independent prognostic indicator of progression-free and overall survival (PFS and OS, respectively) in patients with CLL.2 However, at the time the investigators initiated their trial, there had not been any studies specifically examining response-guided, time-limited use of ibrutinib plus venetoclax in relapsed or refractory CLL.1

    In the phase 2 VISION/HOVON141 trial (NCT03226301), a subset of patients had undetectable MRD (sensitivity < 10-4 assessed by flow cytometry; abbreviated as uMRD4) in the bone marrow and peripheral blood after 15 cycles of venetoclax plus ibrutinib.3 Those patients could safely stop therapy, the authors found. The new report expands on those findings with updated 4-year follow-up data.1

    A total of 225 patients, treated at 47 sites across 6 European countries, were initially enrolled in the trial. Patients who achieved uMRD4 after 15 cycles (n = 72) were randomized on a 1:2 basis to continue on ibrutinib until toxicity or progression (n = 24) or to stop treatment after the 15th cycle (n = 48). In the cessation cohort, patients were reinitiated on ibrutinib and venetoclax if they met the threshold of detectable MRD (≥ 10-2; abbreviated as dMRD2). Patients who were MRD4 positive (dMRD4) after cycle 15 remained on ibrutinib.

    The investigators found that, at a median follow-up of 51.7 months, the estimated 4-year OS rate was 88%, the 4-year PFS rate was 81%, and 14% of participants required another line of therapy. Within the cessation cohort, 40% of participants reinstated therapy due to dMRD2.

    However, there was no statistically significant gap between the different cohorts. Within the ibrutinib maintenance arm, the OS was 95%, PFS was 90%, and next-therapy rate was 14%. For those in the cessation arm, the OS was 91%, PFS was 85%, and the next-therapy rate was 12%. Among those who continued on ibrutinib because they did not achieve uMRD4 after 15 weeks, the OS was 86%, PFS was 76%, and next-therapy rate was 19%.

    “Importantly, PFS rates were equally high in patients randomized to MRD-guided treatment cessation and reinitiation, emphasizing the potential to reduce treatment exposure and toxicity by MRD-guided treatment in the R/R CLL setting,” the authors wrote.

    They concluded that the cessation and reinitiation of ibrutinib plus venetoclax for relapsed or refractory CLL is feasible and results in lower toxicity compared to indefinite therapy with a BTK inhibitor.

    “The MRD-guided approach may also allow for improved patient compliance, thus offering an alternative to the high discontinuation rate reported outside clinical trials for continuous BTK inhibitors,” they concluded.

    References

    1. Niemann CU, Dubois J, Nasserinejad K, et al. Long-term follow-up of MRD-guided treatment of ibrutinib plus venetoclax for relapsed CLL: phase 2 VISION/HO141 trial. Blood Adv. Published online April 18, 2025. doi:10.1182/bloodadvances.2024015180

    2. Wierda WG, Rawstron A, Cymbalista F, et al. Measurable residual disease in chronic lymphocytic leukemia: expert review and consensus recommendations. Leukemia. 2021;35(11):3059-3072. doi:10.1038/s41375-021-01241-1

    3. Kater AP, Levin MD, Dubois J, et al. Minimal residual disease-guided stop and start of venetoclax plus ibrutinib for patients with relapsed or refractory chronic lymphocytic leukaemia (HOVON141/VISION): primary analysis of an open-label, randomised, phase 2 trial. Lancet Oncol. 2022;23(6):818-828. doi:10.1016/S1470-2045(22)00220-0

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  • ‘I don’t know how I survived it’ – Liam Lawson feared race was over in Kimi Antonelli incident as he secures F1-best P6 in Austria

    ‘I don’t know how I survived it’ – Liam Lawson feared race was over in Kimi Antonelli incident as he secures F1-best P6 in Austria

    Liam Lawson was in an ecstatic mood after recording his best-ever F1 finish with sixth in the Austrian Grand Prix, though his race was nearly over before it started on the opening lap.

    The Racing Bulls driver came close to being taken out by Mercedes rookie Kimi Antonelli in Turn 3, with the two banging wheels as the Italian locked up and sailed straight on.

    While Lawson narrowly avoided a race-ending crash, it was his former Red Bull team mate Max Verstappen instead that took the brunt of the collision, with both he and Antonelli forced to retire from the Grand Prix then and there.

    Lawson put that bit of luck to good use as he went on to secure sixth, one of just two drivers to make a one-stop strategy work in Spielberg. With track temperatures passing 50C, making a set of tyres last was tricky – but Lawson was aided by having Aston Martin’s Fernando Alonso on his tail.

    Alonso was the second driver on a one-stop, and he was able to provide a buffer to some quicker two-stopping cars behind – even if the sight of the Spaniard in his wing mirrors all afternoon did nothing for Lawson’s heart rate.

    “I’m a bit lost to be honest, it was a very tough race,” Lawson told Sky Sports F1. “Especially after Lap 1, I don’t know how I survived it to be honest.

    “I thought – when I saw Kimi coming I was like, okay, this is over. But somehow, we got out of it. And then the speed was good, we made the one-stop work which was key for us. With the temperatures I wasn’t sure about it, but the team knew, so very, very happy.

    “It is always Fernando who is behind, I think he was within DRS for 70 laps today! And you try not to make a mistake. I thought he was quicker, but I just spoke to him and he thought I was quicker, and he was using me to keep DRS!”

    Lawson managed to make his hard tyres last 38 laps on Sunday, two longer than Alonso. But his team mate had an even tougher ask – Isack Hadjar made to do a 41-lap stint on his hard tyre.

    That was despite the rookie two-stopping, the Frenchman forced into a very early opening stop after running wide twice on the opening lap to avoid contact. He did fight his way back up into the points, only to drop down the order late on.

    At first it looked like his tyres had finally run out of life, but later Hadjar confirmed it was floor damage that prevented him scoring in Austria.

    “We did a very good race,” Hadjar said. “We were comfortably in the points, and 15 laps towards the end of the race we got floor damage.

    “I mean I thought P8 was secure, and then I was losing more than a second per lap. And yeah, that was a tough end to the race.”

    The Racing Bulls rookie was told the damage was acquired through Turn 1, “probably the sausage kerb,” and reflected that all in all, it was a “shame.” This was the first time since Lawson returned to the team that he has managed to beat Hadjar on a Sunday, as he recorded just his second top 10 of the season.

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  • Xiaomi is developing a universal XRING O2 chip • Mezha.Media

    Xiaomi has made a second attempt to release its own processor. The first attempt was back in 2017, the Xiaomi Mi 5c smartphone used Xiaomi’s own SoC Surge S1. In May, the company released a new XRING 01 processor , which in some synthetic tests turned out to be more powerful than the Snapdragon 8 Gen 3. It is used in the Xiaomi 15S Pro smartphone, as well as the Xiaomi Pad 7S Pro 12.5, Xiaomi Pad 7 Ultra tablets. Sources report that Xiaomi is already working on the new XRING O2. The processor is expected to be used in smartphones, tablets, smartwatches, and the company’s cars.

    The XRING O2 is expected to be manufactured by TSMC using the 3nm N3E process. The previous XRING 01 was also manufactured by TSMC, but using the 4nm process. Future flagship processors from Qualcomm, MediaTek, and Apple will also be manufactured using the N3E process. Details on the processor configuration and operating frequencies are currently unavailable, as is the official announcement date.

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  • How Princess Kate makes Prince Louis feel included with older siblings

    How Princess Kate makes Prince Louis feel included with older siblings



    Prince William and Princess Kate share three children: George, 11, Charlotte, 10, and Louis, 7

    Kate Middleton knows just how to make her son Prince Louis part of the fun.

    While Prince George, 11, and Princess Charlotte, 10, have attended Wimbledon matches with their parents, seven-year-old Louis has yet to make his debut. But that hasn’t stopped the youngest Wales child from getting involved.

    According to the Daily Mail, Princess Kate revealed during a 2023 Wimbledon appearance that Louis had been practicing his ball boy skills at home. “Louis was very upset he was coming today,” she revealed. “It’s Charlotte’s first time, George came last year. They’ve been eagerly watching.”

    Kate reportedly shared with a young ball boy, Joel, that Louis had taken a special interest in copying the professionals on court.

    “He tries to practise the standing and staying serious, like us,” Joel told PA News.

    While they’ve taken on their father Prince Wiliam’s love for football, the Wales children share their mother’s passion for tennis. In 2019, Princess Catherine even arranged for private tennis lessons for Prince George with none other than Wimbledon champion Roger Federer.

    As the prestigious tennis championship kicks off on Monday, June 30, it is yet to be confirmed whether the Prince and Princess of Wales will attend, or which of their children will join.

    However, one member of the royal family made her return to the courtside after more than 20 years: Sarah Ferguson.

    The Duchess of York was joined by her daughter Princess Beatrice as they watched the action from the Royal Box at SW19 on opening day. 

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  • Independent disciplinary process update: Randall Baker (New Zealand) and George Timmins (England) – World Rugby

    Independent disciplinary process update: Randall Baker (New Zealand) and George Timmins (England) – World Rugby

    1. Independent disciplinary process update: Randall Baker (New Zealand) and George Timmins (England)  World Rugby
    2. Independent disciplinary process update: George Timmins (England) and Randall Baker (New Zealand)  World Rugby
    3. England player ruled out of U20 Championship  Rugbypass.com
    4. England suffers big blow ahead of Baby Bok face-off  Rugby365

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  • Protecting Mental Health and Preventing Burnout in Health and Care Workers

    Protecting Mental Health and Preventing Burnout in Health and Care Workers

    The fifth in this year’s Working for Health 2030 webinar series co-hosted by WHO and NHS England, this seminar examines the prevalence of mental health issues and burnout among health and care workers, focusing on organisational and systemic drivers. We will explore how employers and health systems can address these issues and prioritise staff well-being, leading to improved retention and productivity. The discussion, led by Shriti Pattani National Clinical Expert in Occupational Health and Wellbeing for NHS England and the Clinical Director, Consultant in Occupational Medicine and Head of Service of an Occupational Health and Wellbeing service for a large Acute Trust in London, will include:

    ✅ What burnout looks like — and why health and care workers are especially at risk
    ✅ Evidence-based interventions to support mental health and well-being
    ✅ How data and digital tools can help us tackle burnout
    ✅ Innovative, low-cost strategies to improve staff experience, well-being, retention and productivity

    Don’t miss this opportunity to reflect, engage, and be a part of the solution. Our duty of care begins with protecting those who care for us.

    Register now

    Additional informationNHS England

     

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  • Erdem Hospital Launches New Pre-Surgery Education Program

    Erdem Hospital Launches New Pre-Surgery Education Program

    Photo: Erdem Hospital via FL Communications

    ISTANBUL, June 30, 2025 (GLOBE NEWSWIRE) — Erdem Hospital in Istanbul has announced the launch of a new pre-operative education program tailored specifically for bariatric patients. This initiative marks another step in the hospital’s ongoing commitment to compassionate, informed, and individualized care. By preparing patients more thoroughly emotionally, physically, and mentally before surgery, the program reinforces the hospital’s philosophy that true healing begins long before the operation itself.

    Amid rising interest in weight management drugs like Ozempic, with their promise of rapid results, a growing number of people are turning to a more enduring path: gastric sleeve surgery. While pharmacological options may appeal for their convenience, many healthcare professionals emphasize that true, sustainable transformation often requires medical intervention rooted in both science and empathy.

    The Promise of Permanent Change

    Gastric sleeve, or sleeve gastrectomy, does more than restrict portions; it fundamentally reshapes hunger-regulating hormones and supports lasting metabolic adjustment. For patients seeking genuine change, not just a temporary shift, this surgery offers a lifelong solution rather than a short-term treatment.

    In Istanbul, a prominent hospital has quietly achieved consistent success: performing thousands of gastric sleeve procedures with strong outcomes and patient satisfaction. With nearly 37 years of healthcare experience, Erdem Hospital has built a formidable reputation in bariatric care.

    Patient Stories That Speak Volumes

    Statistics tell one part of the story but it’s the voices of patients that truly capture the transformation:

    “I can’t think of better care from the beginning to my discharge home… My only regret is not having my gastric sleeve surgery performed before. … Now I’m happy and have already lost 30 kg in four months.”

    This testimonial underscores how life-changing the procedure can be, and that emotional reassurance is just as crucial as surgical skill.

    Another article described the philosophy at Erdem Hospital, noting they treat patients “not as ‘cases’ or ‘surgeries,’ but as guests, companions, and… individuals navigating one of the most courageous decisions of their lives.” This ethos is woven into every interaction from multilingual coordinators helping arrange travel to personalized nutrition and mental wellness support.

    A Caregiver-Driven Philosophy

    Erdem Hospital

    Photo: Erdem Hospital

    What sets this hospital apart is its caregiver model, a deeply human approach that sees each patient as a partner. The moment they arrive, every effort is made to provide comfort, clarity, and confidence.

    Rather than delivering a pre-packaged service, the team offers guidance tailored to each individual’s story: family inclusion, culturally sensitive care, and remote follow-ups to make sure no one is left to navigate recovery alone. After all, healing isn’t complete at discharge; it lasts a lifetime.

    A New Chapter in Compassionate Healthcare

    In Istanbul, Erdem Hospital is laying the foundation for a new medical facility that reflects both its long-standing values and a modern understanding of patient care. Designed to meet the needs of international patients, the hospital will combine nearly four decades of clinical experience with thoughtful architectural choices and personalized support systems. Rather than focusing on luxury or high patient turnover, this new center is being built around trust, clarity, and comfort offering a calm, reliable space for those seeking not just treatment, but genuine healing.

    Hope Returned, One Life at a Time

    Erdem Hospital

    Photo: Erdem Hospital

    In a world where fast fixes dominate headlines, this Istanbul hospital’s success reminds us of a simple truth: lasting impact requires deep care. Through thousands of gastric sleeve surgeries, they haven’t just impacted waistlines, they’ve restored ambition, renewed mobility, and reignited hope.

    For patients wary of temporary solutions, this proves a powerful alternative: surgery rooted not in transaction, but in human trust and support.

    Why This Matters Now

    With obesity-related health issues soaring worldwide, they’re not the whole answer. Sales of weight-loss drugs may surge, but they come with questions about sustainability and side effects.

    Here, the combination of proven surgical technique and a compassionate care framework offers a comprehensive pathway to health. It’s a reminder that behind every life-changing procedure is a story of vulnerability and a team dedicated to guiding healing.

    Compassion + Expertise = Confidence to Heal

    For anyone weighing their options be it medication or surgery what truly matters isn’t just efficacy, but the ecosystem of care around them. This Istanbul hospital is a testament to that model: extensive expertise supported by a caregiver philosophy that values human connection as much as clinical outcome.

    In giving thousands of patients not just weight loss, but confidence and renewed purpose, they aren’t just performing surgeries, they’re seeding hope, one life at a time.

    About Erdem Hospital

    Erdem Hospital

    Photo: Erdem Hospital

    Established in Istanbul in 1988, Erdem Hospital is one of Türkiye’s leading private healthcare networks, with three facilities specializing in bariatric surgery, organ transplantation, advanced diagnostics, and robotic systems.
    More information: https://erdemhospital.com

    Media Contact:

    FL PR and Communications

    Mail: info@erdemhospital.com

    Web: https://erdemhospital.com/

    asset@flcommunications.co.uk

    Photos accompanying this announcement are available at: 

    https://www.globenewswire.com/NewsRoom/AttachmentNg/9c513658-5f08-4625-8399-749fb6e44859

    https://www.globenewswire.com/NewsRoom/AttachmentNg/488c58ff-8c0a-4693-8bf4-1a30ad29df13

    https://www.globenewswire.com/NewsRoom/AttachmentNg/51cb2243-c70f-4360-a51a-9ecf972fec98

    https://www.globenewswire.com/NewsRoom/AttachmentNg/8c3cd4a3-bc41-4b3f-b585-c5dac4ba19bf

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  • Gut Bacteria Produce Sphingolipids To Protect Host

    Gut Bacteria Produce Sphingolipids To Protect Host

    The totality of bacteria, viruses and fungi that exist in and on a multicellular organism forms its natural microbiome. The interactions between the body and these microorganisms significantly influence both, the functions and health of the host organism. Researchers assume that the microbiome plays an important role in the defence against pathogens, among other things. The Collaborative Research Centre (CRC) 1182 “Origin and Function of Metaorganisms” at Kiel University has been investigating the highly complex interplay between host organisms and microorganisms for several years using various model organisms, including the nematode Caenorhabditis elegans.

    In a recent study, researchers from the CRC 1182 have gained new insights into the molecular mechanisms within the microbiome which contribute to the defence against pathogens. In collaboration with scientists from the Max Planck Institute for Terrestrial Microbiology and the University of Edinburgh, they discovered that a protective bacterium of the genus Pseudomonas, which is found in the intestinal microbiome of C. elegans, produces sphingolipids. This result was surprising, as it was previously assumed that the production of sphingolipids was restricted to only a few bacterial phyla and the bacterial genus Pseudomonas was not known to be able to produce these specific molecules. The researchers discovered that Pseudomonas utilises an alternative metabolic pathway for sphingolipid production, which differs significantly from the known sphingolipid synthesis pathways in other bacteria. They were also able to show that the sphingolipids produced by Pseudomonas bacteria play an essential role in protecting the intestinal epithelium of the host from damage by the pathogen.

    Responsible for sphingolipid production in Pseudomonas bacteria is a specific biosynthetic gene cluster that forms the enzymes for this novel metabolic pathway. Interestingly, similar gene clusters were also found in other host-associated gut bacteria, suggesting that the ability to produce sphingolipids may be more widespread than previously thought. This suggests that bacterial sphingolipids may play a central role in microbiome-mediated protection against infection – not only in C. elegans, but potentially also in other host organisms. The results of the interdisciplinary study, conducted under the leadership of PD Dr Katja Dierking (Evolutionary Ecology and Genetics research group at Kiel University), in collaboration with other research groups from Kiel and national and international cooperation partners, were recently published in the journal Nature Communications.

    Bacteria use alternative pathway to produce protective sphingolipids

    A few years ago, the Kiel research group had already published a study (Kissoyan et al. (2019), Current Biology) that showed that certain members of the C. elegans microbiota protect against pathogen infection.  “For one Pseudomonas species we knew that it can protect the worm from infections. However, we had not yet been able to identify the substances and mechanisms involved,” emphasises Dr Lena Peters, a scientist in the Evolutionary Ecology and Genetics research group.

    In a broad-based collaboration of scientists both within the CRC 1182 – including Kiel professors Christoph Kaleta and Manuel Liebeke – and with external scientists, including Professor Helge Bode from the MPI for Terrestrial Microbiology in Marburg and Professor Dominic Campopiano from the University of Edinburgh in Scotland, the genetic and metabolic basis of the protection against infection mediated by the microbiome was analyzed. Using metabolic and transcriptional studies, single molecule analyses and mass spectrometry approaches, the researchers made a surprising discovery: they were able to prove that the protective bacteria of the genus Pseudomonas produce sphingolipids that influence the worm’s sphingolipid metabolism and thus support the host’s protection against pathogens.

    “This finding is relatively new,” explains Peters, member of the CRC 1182, “normally, bacteria use the sphingolipid metabolism of host organisms to manipulate it in a targeted manner to promote infections. In our case, however, we observe the opposite – bacterial sphingolipids apparently actively support the protection of the host.” Sphingolipids are fat-like molecules that are typically found in eukaryotes, where they fulfil important structural and regulatory functions, but are rare in bacteria. In Pseudomonas, they are synthesised via a previously unknown, alternative metabolic pathway – not as a component of primary metabolism, as is usually the case, but as a so-called secondary metabolite.

    The researchers discovered that this previously unknown metabolic pathway is based on a specific biosynthetic gene cluster, a so-called polyketide synthase. “With our experiments, we were able to confirm that the worms survived better in the presence of Pseudomonas fluorescens bacteria possessing this gene cluster when they were infected with the pathogen Bacillus thuringiensis,” emphasises Peters, first author of the study. After identifying the responsible genes, the scientists could confirm through further analyses that the gene cluster encodes the enzymes required for sphingolipid synthesis. “It is exciting to be authors on this important, breakthrough paper. We are pleased that our expertise in bacterial sphingolipid research has helped discover a new role in the worm microbiome for these enigmatic lipids,” says Prof. Campopiano.

    “The protective mechanism against infections with B. thuringiensis apparently works indirectly. The lipids produced by Pseudomonas influence the worm’s sphingolipid metabolism, which presumably leads to an improved barrier function of the intestinal cells,” explains Peters. When the worm is infected with B. thuringiensis, the toxins of the pathogen create small pores in the cell membrane of the host, which makes it easier for the pathogens to penetrate. “We assume that the sphingolipid metabolism modified by P. fluorescens strengthens the stability and resistance of the cell membranes – and thus offers effective, indirect protection against pathogens,” Peters continues.

    “Overall, the new research work expands our understanding of how microbial metabolites support host defence against pathogens,” says Dierking, independent group leader in the Evolutionary Ecology and Genetics research group. In the long term, the researchers of the CRC 1182, who are also active in Kiel University’s priority research area Kiel Life Science (KLS), hope that better knowledge of such fundamental mechanisms will also make it possible to influence disorders of the human gut microbiome which may result in better treatment options for a variety of associated diseases.

    Reference: Peters L, Drechsler M, Herrera MA, et al. Polyketide synthase-derived sphingolipids mediate microbiota protection against a bacterial pathogen in C. elegans. Nat Commun. 2025;16(1):5151. doi: 10.1038/s41467-025-60234-1

    This article has been republished from the following materials. Note: material may have been edited for length and content. For further information, please contact the cited source. Our press release publishing policy can be accessed here.

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  • The path to malaria elimination in Suriname – PAHO/WHO

    The path to malaria elimination in Suriname – PAHO/WHO

    Community-embedded healthcare: A critical strategy

    Given these factors, embedding healthcare workers directly within communities is crucial. Dijon Jullien, a healthcare assistant on Gakaba Island, a small community bordering Suriname and French Guiana, has witnessed the positive impact of the country’s primary healthcare service on local malaria reduction. “When individuals visit the clinic, they feel reassured that they will receive proper care. The health assistants are like sisters to the community, making it easy for everyone to discuss their health concerns openly,” she shared.

    From 2000 to 2005, Suriname faced a high malaria incidence, with about 160 reported cases per 1000 people. However, thanks to the country’s dedicated efforts – including universal access to diagnosis and treatment, an extensive network of community health workers, and nationwide malaria screening at border crossings – Suriname has successfully eliminated the disease.

    Photo credit: Rafael Jantz

    “Being malaria-free means that our population is no longer at risk from malaria and will also have positive effects on our healthcare sector, the economy and tourism,” said Dr. Amar Ramadhin, Suriname’s Minister of Health. “We are the first Amazonian country to be malaria-free, setting an example for other nations in the region that are still struggling with this disease.”

    PAHO has continued to collaborate with Suriname throughout the elimination process on the development of policies and programs to strengthen prevention, surveillance, and treatment.  With support from the US Government, PAHO has provided cooperation for the country’s anti-malaria campaign. In addition to support provide by the Global Fund since 2005, Suriname has also benefited from financing provided by the Inter-American Development Bank to tackle infectious diseases, including malaria.

    Communication materials on malaria prevention and treatment

    Photo credit: Coco Duivenvoorde

    Malaria is one of the diseases targeted by PAHO’s Disease Elimination Initiative, which aims to eliminate over 30 communicable diseases, including malaria, across the Americas by 2030. 

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  • Europe’s expanding heat wave fuels record temperatures, including in the Alps – The Washington Post

    1. Europe’s expanding heat wave fuels record temperatures, including in the Alps  The Washington Post
    2. ‘Unprecedented’ alerts in France as blistering heat grips Europe  BBC
    3. Europe heatwave grips Italy, Spain and France as wildfires rage in Turkey – as it happened  The Guardian
    4. Europe swelters as early summer heat breaks records  DW
    5. Fires break out and most of France put on heatwave alert  Business Recorder

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