ReportWire

Tag: Pharmaceuticals

  • Pfizer to discontinue twice-daily weight loss pill due to high rates of adverse side effects

    Pfizer to discontinue twice-daily weight loss pill due to high rates of adverse side effects

    Pfizer on Friday said it would stop developing the twice-daily version of its experimental weight loss pill after obese patients taking the drug lost significant weight but had trouble tolerating the drug in a mid-stage clinical study

    The drugmaker observed high rates of adverse side effects, which were mostly mild and gastrointestinal, among patients. A significant share of patients also stopped taking the drug.

    “At this time, twice-daily danuglipron formulation will not advance into Phase 3 studies,” the company said.

    But Pfizer said it still plans to release phase two trial data on a once-a-day version of the drug in the first half of 2024, which will “inform a path forward.” The pharmaceutical giant will wait to see that data before deciding whether to start a phase three study on the once-daily pill, which Wall Street views as the more competitive form of the treatment.

    Shares of Pfizer fell 4% in premarket trading Friday after it announced the trial results.

    Still, the data on the twice-daily drug is a blow to Pfizer’s hopes to win a $10 billion slice of the booming weight loss drug market, which CEO Albert Bourla has said could grow to $90 billion. The company is betting on a successful weight loss pill to help it rebound from plummeting demand for its Covid products and a roughly 40% share price drop this year. 

    But investors have been pessimistic about Pfizer’s potential in the weight loss drug space since the company scrapped a different once-daily pill in June and proceeded with the less attractive danuglipron. Now, Friday’s data puts Pfizer even further behind the dominant players in the weight loss drug market, Eli Lilly and Novo Nordisk, which are racing to develop more convenient pill versions of their blockbuster weight loss and diabetes injections. 

    Pfizer’s phase two trial on its twice-daily pill followed around 600 obese adults who did not have Type 2 diabetes. The trial examined the drug’s effect on weight loss after 26 or 32 weeks, at different dosage amounts ranging from 40 milligrams to 200 milligrams.

    Like Novo Nordisk’s Wegovy and Ozempic, Pfizer’s pill works by mimicking a hormone produced in the gut called GLP-1, which signals to the brain when a person is full.

    Pfizer said the trial on danuglipron met the primary goal of demonstrating “statistically significant” reductions in body weight.

    Patients who took the pill twice a day lost 6.9% to 11.7% of their body weight on average at 32 weeks, and from 4.8% to 9.4% at 26 weeks.

    Meanwhile, patients on a placebo gained 1.4% of their body weight at 32 weeks and 0.17% at 26 weeks.

    When adjusting for the difference between the weight gain observed in patients who took the placebo, Pfizer’s twice-daily pill caused 8% to 13% weight loss on average at 32 weeks and 5% to 9.5% at 26 weeks.

    The company said high rates of adverse events were observed among patients in the study, with up to 73% experiencing nausea, up to 47% vomiting and up to 25% experiencing diarrhea. More than 50% of patients across all dose sizes stopped taking the pill, compared to roughly 40% among those on the placebo, according to Pfizer.

    No new safety issues were observed, and danuglipron was not associated with increased liver enzymes like Pfizer’s other discontinued weight loss pill.

    Data from the phase two trial will be presented at a future scientific conference or published in a peer-reviewed journal.

    Wall Street’s expectations

    The tolerability issues align with some analysts’ predictions ahead of the data release. 

    Leerink Partners analyst David Risinger wrote in a Monday note that the proportion of patients who discontinue treatment with Pfizer’s twice-daily danuglipron in the phase two trial would likely be higher than those who stopped taking a once-daily pill from Eli Lilly.

    By comparison, 10% to 21% of patients who took Eli Lilly’s pill, orforglipron, in a mid-stage trial discontinued the treatment at 32 weeks due to adverse side effects, he noted.

    Risinger said that’s likely because danuglipron’s total daily dose is far higher, which may cause more adverse effects. Patients on the highest dose size of Pfizer’s pill took 400 milligrams each day, while those on the highest dosage of Eli Lilly’s drug took 45 milligrams a day.

    Pfizer’s phase-two trial also didn’t allow downtitration, or decreasing the dose of a drug over time once a specific response has been achieved. Eli Lilly’s mid-stage trial on its pill did. 

    There is hope that patients will better tolerate the once-daily version of danuglipron compared to the twice-daily form. Pfizer appears to believe a once-daily version of the drug could lessen gastrointestinal side effects, according to some analysts.

    They pointed to Pfizer’s second-quarter earnings call, when the company’s chief scientific officer, Mikael Dolsten, suggested that a once-daily version may improve a patient’s tolerability of the drug, which could lessen the gastrointestinal side effects “that have been seen as limiting” danuglipron.

    But the effects will be unclear until the mid-stage trial data is released next year.

    Notably, the weight loss caused by twice-daily danuglipron appeared to fall short of analysts’ expectations. 

    Ahead of the data release, several analysts said Pfizer’s twice-daily pill has to be about as effective as Eli Lilly’s once-a-day pill to be competitive. That means at least a 14% to 15% weight loss, Cantor Fitzgerald analyst Louise Chen told CNBC earlier this month.

    Risinger also wrote in October that Pfizer’s danuglipron needs to show weight reduction in the “mid-teens” percentages to be considered competitive with Eli Lilly’s pill. 

    Obese or overweight patients who took 45 milligrams of Eli Lilly’s pill once a day lost up to 14.7% of their body weight, or 34 pounds, after 36 weeks, according to the company’s phase-two trial results.

    Eli Lilly’s results appear consistent with the weight reduction caused by a high-dose oral version of Novo Nordisk’s semaglutide – the active ingredient used in the diabetes drug Ozempic and weight loss treatment Wegovy – but came over a shorter trial period.

    More than 2 in 5 adults have obesity, according to the National Institutes of Health. About 1 in 11 adults have severe obesity.

    Clarification: This story was updated to reflect that some weight-loss data was adjusted to include results from the placebo group.

    Source link

  • Congress returns to face big to-do list: Israel and Ukraine aid, possible border or tax deals, and more

    Congress returns to face big to-do list: Israel and Ukraine aid, possible border or tax deals, and more

    Both the House and Senate are due to get back to work this week after their Thanksgiving break, and lawmakers have a lot on their plates.

    A divided Washington put off the threat of a partial government shutdown until mid-January by enacting a short-term spending bill in mid-November, but the measure didn’t address President Joe Biden’s $106 billion funding request that includes wartime aid for Israel and Ukraine.

    So…

    Master your money.

    Subscribe to MarketWatch.

    Get this article and all of MarketWatch.

    Access from any device. Anywhere. Anytime.


    Subscribe Now

    Source link

  • Bayer CEO Says Breakup Wouldn’t Fix All of the Company’s Ills

    Bayer CEO Says Breakup Wouldn’t Fix All of the Company’s Ills

    BERLIN—Bayer Chief Executive Bill Anderson said the company would bounce back quickly from a recent spate of bad news, and warned that a breakup of the pharmaceutical and agricultural company was no universal cure for its ailments.

    A stream of negative news has rekindled calls from investors for Bayer to unlock value by spinning off its units into separate businesses. But in an interview with The Wall Street Journal this week, Anderson said the company couldn’t be distracted from the tough restructuring to fix the businesses.

    Copyright ©2023 Dow Jones & Company, Inc. All Rights Reserved. 87990cbe856818d5eddac44c7b1cdeb8

    Source link

  • Walmart, Nvidia, Novo Nordisk, Vista Outdoor, GM, and More Stock Market Movers

    Walmart, Nvidia, Novo Nordisk, Vista Outdoor, GM, and More Stock Market Movers

    Stock futures pointed higher Friday as Wall Street returned for a shortened trading session following the Thanksgiving holiday. Retailers will be in focus on Black Friday, which marks the unofficial start to the Christmas shopping season.

    [ad_2]
    Source link

  • ¿Quiénes se benefician de la administración de estatinas?

    ¿Quiénes se benefician de la administración de estatinas?

    Newswise — ROCHESTER, Minnesota—Si usted corre el riesgo de enfermedad cardíaca, el equipo de atención médica podría utilizar la herramienta de la ecuación de cohorte agrupada para determinar su riesgo a largo plazo y si la administración de estatinas (medicamentos para reducir el colesterol) es una buena opción.

    El Dr. Francisco Lopez-Jimenez, cardiólogo de Mayo Clinic de Rochester, Minnesota, afirma que es importante saber quiénes se benefician más de la administración de estatinas.

    Las estatinas son medicamentos que reducen la cantidad de colesterol que produce el hígado.

    “El colesterol se forma en las placas que se acumulan y crecen en el interior de las arterias, a veces hasta el punto de que esas arterias se obstruyen”, explica el Dr. López-Jiménez.

    Y esa obstrucción puede derivar en una enfermedad cardíaca. Sin embargo, ¿se pueden administrar las estatinas a todas las personas? 

    “Los pacientes que más se beneficiarán de la administración de estatinas serán las personas con antecedentes de ataques cardíacos, accidentes cerebrovasculares y otras afecciones que se sabe que se producen por las placas de colesterol”, afirma.

    La alimentación también desempeña un papel importante. El Dr. Lopez-Jimenez recomienda comer menos carne procesada y más cereales, frutas y verduras.

    “Los cambios de mayor impacto que las personas pueden hacer para reducir el colesterol incluyen consumir menos productos de origen animal que no sean pescado y consumir menos grasas saturadas”, afirma.

    ¿Qué ocurre si el equipo de atención médica recomienda medicamentos además de cambios en el estilo de vida?

    “Tome los medicamentos indicados, verifique las cantidades, asegúrese de que todos esos factores estén bien controlados”, afirma el Dr. Lopez-Jimenez.

    ###

    Información sobre Mayo Clinic

    Mayo Clinic es una organización sin fines de lucro, dedicada a innovar la práctica clínica, la educación y la investigación, así como a ofrecer pericia, compasión y respuestas a todos los que necesitan recobrar la salud. Visite la Red Informativa de Mayo Clinic para leer más noticias sobre Mayo Clinic.

    Mayo Clinic

    Source link

  • من الذي يستفيد من تناول أدوية خافِضة للكوليسترول؟

    من الذي يستفيد من تناول أدوية خافِضة للكوليسترول؟

    Newswise — مدينة روتشستر، ولاية مينيسوتا—إذا كنت مهددًا بخطرالإصابة بمرض القلب فقد يستخدم فريق الرعاية الصحية أداة معادلة تقييم المخاطر المُشتركة بين الفئات العمرية(PCE)  لتحديد خطر إصابتك على المدى الطويل وما إذا كان تناول أدوية خافِضة للكوليسترول — أدوية خفض الكوليستيرول، خيار مناسب لك أم لا.

    يقول الدكتور فرانسيسكو لوبيز جيمينيز،طبيب القلب لدى مايو كلينك في مدينة روتشستر، ولاية مينيسوتا إنه من المهم أن نفهم من هم الأكثر استفادةً من تناول أدوية خافِضة للكوليسترول.

    أدوية خافِضة للكوليسترول هي أدوية تعمل على خفض مقدار الكوليستيرول الذي يصنعه الكبد.

    يقول الدكتور لوبيز جيمينيز: “الكوليستيرول يتراكم في اللويحات التي تتجمع وتنمو داخل الشرايين، ويصل الأمر أحيانًا إلى انسداد هذه الشرايين.”

    والشرايين المسدودة تؤدي إلى مرض القلب التاجي. ولكن هل تناول أدوية خافِضة للكوليسترول مناسبة للجميع؟ 

    يقول الدكتور جيمينيز: “المرضى الأكثر استفادةً من تناول أدوية خافِضة للكوليسترول هم الأشخاص الذين لديهم تاريخ الإصابة بالنوبات القلبية والسكتات الدماغية وغير ذلك من الحالات المعروف أنها تنشأ عن لويحات الكوليستيرول.”

    كما أن الحمية الغذائية لها دور مهم. يقول الدكتور لوبيز جيمينيز إنه يجب الإقلال من أكل اللحوم المُصنَّعة والإكثار من الحبوب والفاكهة والخضروات.

    ويقول أيضًا: “التغييرات الأكثر تأثيرًا التي يجب على الناس إجراؤها للحد من الكوليستيرول تشمل الإقلال من أكل المُنتجات الحيوانية بخلاف الأسماك والإقلال من تناول الدهون المُشبَّعة.

    وماذا إذا أوصاك فريق الرعاية الصحية بالأدوية إلى جانب تغييرات نمط الحياة؟

    يقول الدكتور لوبيز جيمينيز: “خُذ الأدوية، وافحص مستويات الكوليسترول لديك، وتأكد أن كل العوامل تحت السيطرة.”

    ###

    نبذة عن مايو كلينك

    مايو كلينك هي مؤسسة غير ربحية تلتزم بالابتكار في الممارسات السريرية والتعليم والبحث وتوفير التعاطف والخبرة لكل مَن يحتاج إلى الاستشفاء والرد على استفساراته. لمعرفة المزيد من أخبار مايو كلينك، تفضَّل بزيارة شبكة مايو كلينك الإخبارية.

    Mayo Clinic

    Source link

  • Quem se beneficia com a administração de estatinas?

    Quem se beneficia com a administração de estatinas?

    Newswise — ROCHESTER, Minnesota—Se você está sob o risco de ter uma doença cardíaca, a equipe de cuidados médicos pode usar a ferramenta de equação de coorte agrupada (PCE) para determinar o seu risco de longo prazo, e se a administração de estatinas (medicamentos para reduzir o colesterol) é uma boa opção.

    O Dr. Francisco Lopez-Jimenez, cardiologista da Mayo Clinic em Rochester, Minnesota, explica que é importante entender quem mais se beneficia com a administração de estatinas.

    As estatinas são medicamentos que reduzem a quantidade de colesterol produzida pelo fígado.

    “O colesterol se forma nas placas que acumulam e crescem dentro das artérias. Às vezes, o acúmulo chega ao ponto de as artérias ficarem bloqueadas”, explica o Dr. Lopez-Jimenez.

    E artérias bloqueadas podem ocasionar o surgimento de doença cardíaca. Mas, as estatinas podem ser usadas por todas as pessoas? 

    “Os pacientes que mais serão beneficiados com a administração de estatinas são aqueles com um histórico de ataques cardíacos, acidentes vasculares cerebrais e outras condições conhecidas decorrentes das placas de colesterol”, ele explica.

    A dieta também tem um papel importante. O Dr. Lopez-Jimenez recomenda consumir menos carne processada e mais grãos, frutas e vegetais.

    “As mudanças mais impactantes que as pessoas podem fazer para reduzir o colesterol incluem consumir menos produtos de origem animal, exceto peixes, e menos gordura saturada”, explica o Dr. Lopez-Jimenez.

    E se a equipe de cuidados médicos recomendar o uso de medicamentos além das mudanças do estilo de vida?

    “Tome os medicamentos, verifique as suas taxas e tenha a certeza de que todos os fatores estarão sob controle”, ele explica.

    ###

    Sobre a Mayo Clinic

    A Mayo Clinic é uma organização sem fins lucrativos comprometida com a inovação na prática clínica, educação e pesquisa, fornecendo compaixão, conhecimento e respostas para todos que precisam de cura. Visite a Rede de Notícias da Mayo Clinic para obter outras notícias da Mayo Clinic.

    Mayo Clinic

    Source link

  • Cancer cells exploit cell competition to survive and spread

    Cancer cells exploit cell competition to survive and spread

    Newswise — Living cells compete with each other and try to adapt to the local environment. Cells that are unable to do so are eliminated eventually. This cellular competition is crucial as the surrounding normal epithelial cells use it to identify and eliminate mutant cancer cells.  Studies have reported that when activating mutants of “Ras” proteins are expressed in mammalian epithelial cells, they are pushed toward the lumen, excreted along with other bodily waste, and eliminated by competition. Epithelial cells containing Ras mutants have been reported to be removed in this manner in several organs, including the small intestine, stomach, pancreas, and lungs. This suggests that cell competition is an innate defense system orchestrated by epithelial cells to prevent the accumulation of incidentally produced cancerous cells and thereby suppress cancer formation.

    In general, mutations in multiple genes accumulate in a stepwise manner when normal cells become cancerous. However, it is not known how cell competition is affected by this process. For instance, human colorectal cancer develops when the adenomatous polyposis coli (APC) gene becomes dysfunctional and activates “Wnt signaling,” followed by the activation of Ras signaling.

    In a recent study, a team of researchers from Japan, led by Associate Professor Shunsuke Kon of the Department of Cancer Biology, Institute of Biomedical Research and Innovation, Tokyo University of Science (TUS), examined the effects of the accumulation of stepwise gene mutations on cell competition and investigated the role of cell competition in the actual cancer formation process. Their study was published in Nature Communications on November 3, 2023 with Mr. Kazuki Nakai, a third year PhD student at the Graduate School of Life Sciences in TUS, as the lead author.

    The study results showed that when Wnt signals were activated in epithelial cells, cell competition function was altered. Activated Ras mutant epithelial cells, which would normally be eliminated into the lumen, instead infiltrated diffusely into the tissue to form highly invasive cancerous tumors.

    As senior author Dr. Kon explains, “We discovered that in epithelial tissues where Wnt and Ras signals, which commonly occur in human colorectal cancer, are activated in stages, the function of cell competition is altered. It was revealed that the production of cancer cells that diffusely infiltrate into the interstitium is promoted.”

    Further, the research team identified an increased expression of matrix metalloproteinase 21 (MMP21) as one of the mechanisms underlying the production of diffusely invasive cancer cells in early colorectal cancer due to abnormal cell competition. This, in turn, was shown to be directly caused by activation of nuclear factor kappa B (NF-κB) signals via the innate immune system. Blocking NF-κB signaling restored the luminal elimination of Ras mutant epithelial cells. These findings raise some intriguing questions, such as “How do transformed cells sense the cellular content that leads to the NF-B-MMP21 pathway?” and “How do surrounding cells recognize transformed cells and prepare them for cellular extrusion?” These questions will almost certainly need to be addressed in the future.

    The results of this research show that cancer cells with accumulated, sequential genetic mutations, alter the function of cell competition and use it to enhance their own invasive ability. Instead of being eliminated to the lumen, they infiltrate into the tissue, producing high-grade cancer cells. While the research team did note that the cancer histopathology of the mice used in this study resembled diffuse-type cancer in humans, future research is needed to determine whether the NF-κB-MMP21 pathway is relevant to other cancers. For instance, investigating scirrhous gastric cancer, a typical diffuse-type cancer, would be particularly interesting. 

    Overall, these findings demonstrate that Wnt activation disrupts cell competition, and confers invasive properties on transformed cells to escape primary epithelial sites. Understanding how the molecular landscape is re-modeled to change the fate of cancer cells with high mutational burdens could be used for therapeutic purposes. This could be of interest to researchers focused on Wnt signaling or cancer research, such as those at the Koch Institute for Integrative Cancer Research at MIT and Cancer Research UK, who are working towards common goals.

    Dr. Kon concludes by saying, “This study further brings forth the prospect that cell competition constrains the order of appearance of mutations during tumor development, highlighting a link between cell competition and carcinogenesis. We hope that this will pave the way for the development of new cancer treatments from the standpoint of cell competition and infiltration for the benefit of our society.

     

    ***

    Reference                     

    DOI: https://doi.org/10.1038/s41467-023-42774-6

     

    About The Tokyo University of Science

    Tokyo University of Science (TUS) is a well-known and respected university, and the largest science-specialized private research university in Japan, with four campuses in central Tokyo and its suburbs and in Hokkaido. Established in 1881, the university has continually contributed to Japan’s development in science through inculcating the love for science in researchers, technicians, and educators.

    With a mission of “Creating science and technology for the harmonious development of nature, human beings, and society,” TUS has undertaken a wide range of research from basic to applied science. TUS has embraced a multidisciplinary approach to research and undertaken intensive study in some of today’s most vital fields. TUS is a meritocracy where the best in science is recognized and nurtured. It is the only private university in Japan that has produced a Nobel Prize winner and the only private university in Asia to produce Nobel Prize winners within the natural sciences field.

    Website: https://www.tus.ac.jp/en/mediarelations/

     

    About Dr. Shunsuke Kon from Tokyo University of Science

    Dr. Shunsuke Kon is a Junior Associate Professor in the Cancer Biology Department of the Research Institute for Biomedical Sciences. He obtained his Ph.D. from the Tohoku University Graduate School of Life Sciences in 2008. He was previously associated with the Institute of Genetic Medicine at Hokkaido University. His primary research interest has been in the field of tumor biology. He has more than 20 publications to his credit. In addition, he has received the Best Articles of the Year award.

    Tokyo University of Science

    Source link

  • Malnutrition linked to antibiotic resistance spike, study finds.

    Malnutrition linked to antibiotic resistance spike, study finds.

    Newswise — University of B.C. researchers have uncovered startling connections between micronutrient deficiencies and the composition of gut microbiomes in early life that could help explain why resistance to antibiotics has been rising across the globe.

    The team investigated how deficiencies in crucial micronutrients such as vitamin A, B12, folate, iron, and zinc affected the community of bacteria, viruses, fungi and other microbes that live in the digestive system.

    They discovered that these deficiencies led to significant shifts in the gut microbiome of mice—most notably an alarming expansion of bacteria and fungi known to be opportunistic pathogens.

    Importantly, mice with micronutrient deficiencies also exhibited a higher enrichment of genes that have been linked to antibiotic resistance.

    “Micronutrient deficiency has been an overlooked factor in the conversation about global antibiotic resistance,” said Dr. Paula Littlejohn, a postdoctoral research fellow with UBC’s department of medical genetics and department of pediatrics, and the BC Children’s Hospital Research Institute. “This is a significant discovery, as it suggests that nutrient deficiencies can make the gut environment more conducive to the development of antibiotic resistance, which is a major global health concern.”

    Bacteria naturally possess these genes as a defence mechanism. Certain circumstances, such as antibiotic pressure or nutrient stress, cause an increase in these mechanisms. This poses a threat that could render many potent antibiotics ineffective and lead to a future where common infections could become deadly.

    Antibiotic resistance is often attributed to overuse and misuse of antibiotics, but the work of Dr. Littlejohn and her UBC colleagues suggests that the ‘hidden hunger’ of micronutrient deficiencies is another important factor.

    “Globally, around 340 million children under five suffer from multiple micronutrient deficiencies, which not only affect their growth but also significantly alter their gut microbiomes,” said Dr. Littlejohn. “Our findings are particularly concerning as these children are often prescribed antibiotics for malnutrition-related illnesses. Ironically, their gut microbiome may be primed for antibiotic resistance due to the underlying micronutrient deficiencies.”

    The study, published this week in Nature Microbiology, offers critical insights into the far-reaching consequences of micronutrient deficiencies in early life. It underscores the need for comprehensive strategies to address undernutrition and its ripple effects on health. Addressing micronutrient deficiencies is about more than overcoming malnutrition, it may also be a critical step in fighting the global scourge of antibiotic resistance.

    University of British Columbia

    Source link

  • Novo Nordisk’s weight loss drug Wegovy slashes risk of serious heart events

    Novo Nordisk’s weight loss drug Wegovy slashes risk of serious heart events

    Still life of Wegovy an injectable prescription weight loss medicine that has helped people with obesity. It should be used with a weight loss plan and physical activity. 

    Michael Siluk | UCG | Getty Images

    Novo Nordisk’s Wegovy cut the risk of serious cardiovascular complications in people with obesity and heart disease in a closely watched trial, demonstrating a particularly large effect on heart attacks, a promising new frontier for the drug.

    The roughly 17,500-person Select study tested Wegovy in people with obesity and heart disease but who did not have diabetes. Weekly injections of Wegovy slashed the overall risk of heart attack, stroke and death from cardiovascular causes by 20%, according to detailed results from the trial presented Saturday at the American Heart Association Scientific Sessions and simultaneously published in the New England Journal of Medicine. Novo Nordisk disclosed topline data from the study in August. 

    The findings could expand insurance coverage of Wegovy, a major barrier thus far for the drug and similar GLP-1 agonists, and spur broader use of the anti-obesity drug.

    “This is the first time that medication approved for chronic obesity management can be considered life saving,” said Dr. Robert Kushner, a professor of medicine in endocrinology at the Northwestern University Feinberg School of Medicine who was involved with the study.

    The new data could also help the Danish pharmaceutical company maintain its lead over Eli Lilly, whose competing weight-loss drug Zepbound was approved in the U.S. earlier this week. Zepbound has been shown to help people lose more weight, but it hasn’t yet demonstrated an effect on cardiovascular outcomes. 

    “If you look at where the insurance companies are going to be obliged to go, they’re going to be obliged to go with the drug that reduces cardiovascular events,” said Dr. Howard Weintraub, clinical director of the Center for the Prevention of Cardiovascular Disease at NYU Langone Heart who was involved with the study.

    Trial results

    Wegovy reduced the risk of non-fatal heart attack by 28% in the five-year trial. It produced a smaller 7% reduction in the occurrence of non-fatal stroke, though few strokes were seen in the trial overall.

    What’s more, Wegovy started to show a reduction in overall cardiovascular events within months of participants starting the drug, with the difference between the drug and placebo widening as the study continued. Researchers observed that effect even before people lost significant weight, a “fascinating” finding that suggests both weight loss and the drug itself could be playing a role in heart health, said Dr. Ania Jastreboff, director of the Yale Obesity Research Center.

    “I think it’s all additive, and I don’t think we can parse out one from the other,” Jastreboff, who was not involved in the study, said at a press briefing.

    About two-thirds of participants had blood sugar levels that put them in the range of prediabetes. Wegovy decreased progression to diabetes by 73%, suggesting the drug could be used as an early treatment. Novo’s Ozempic, which uses the same active ingredient as Wegovy, is approved for diabetes. 

    The study enrolled both patients whose body-mass index met the threshold for overweight or obesity, though most of the patients were considered obese.

    Side effects and limitations

    Almost 17% of people receiving Wegovy in the trial stopped taking the drug, mainly because of gastrointestinal issues like vomiting and diarrhea, double the rate of people who discontinued the placebo. But more people in the control group experienced serious adverse events such as cardiac disorders and medical procedures. 

    The discontinuations may reflect less familiarity with Wegovy among doctors involved in the study, said Kushner, who specializes in caring for patients who are overweight or have obesity. Adjusting the dosage or tweaking diet can help people navigate unpleasant side effects.

    Participants also lost less weight in this study than previous ones examining Wegovy, though this study didn’t incorporate lifestyle changes and it enrolled people with different characteristics. 

    One limitation of the study was its lack of diversity. Nearly three-quarters of the participants were male, and even more were white. Just about 4% of participants were Black.

    Regardless, doctors expect the results to increase the number of people who take Wegovy. 

    Seeing a diabetes drug producing positive cardiovascular and metabolic effects “opens a new door to treat obese patients with cardiovascular disease,” said Dr. George Dangas, director of cardiovascular innovation for Mount Sinai Hospital. But it could take time and energy to incorporate it into clinical practice.

    “Those are good problems to have,” Dangas said. “We have something good for the patient, that’s great.” 

    — CNBC’s Patrick Manning contributed to this report.

    CORRECTION: This article has been updated to correct the title of Dr. George Dangas, director of cardiovascular innovation for Mount Sinai Hospital.

    Source link

  • WHO’s new COVID guidelines see fewer patients requiring hospitalization

    WHO’s new COVID guidelines see fewer patients requiring hospitalization

    Most patients are unlikely to develop severe disease or die if they get the current variants of COVID-19 as immunity levels have climbed given higher levels of vaccination.

    That’s according to the World Health Organization, which updated its COVID-19 guidelines on Friday for the 13th time.

    The guidelines highlight that fewer patients will require hospitalization as they are more likely to have non-severe COVID.

    “The new ‘moderate risk’ category now includes people previously considered to be high risk including older people and/or those with chronic conditions, disabilities, and comorbidities of chronic disease,” the agency said in a statement.

    People who are immunosuppressed remain at higher risk, however, with an estimated hospitalization rate of 6%. But people who are older than 65 years old, those with conditions like obesity, diabetes and/or chronic conditions including chronic obstructive pulmonary disease, kidney or liver disease, cancer, people with disabilities and those with comorbidities of chronic disease are at moderate risk, with an estimated hospitalization rate of 3%.

    And patients who belong to neither of those groups are at low risk of hospitalization, at an estimated rate of just 0.5%. Most people are now considered low-risk, said the WHO.

    The agency continues to recommend the use of Paxlovid for anyone at high or moderate risk of hospitalization. The antiviral developed by Pfizer Inc.
    PFE,
    -1.20%

    is still the best choice for most eligible patients, given its therapeutic benefits, ease of use and fewer concerns about potential harms.

    In cases where Paxlovid is not available, the WHO recommends molnupiravir, an antiviral developed by Merck
    MRK,
    -1.11%
    ,
    or remdesivir, an antiviral developed by Gilead Sciences Inc.
    GILD,
    +0.92%

    Read now: Pfizer to more than double price of its COVID antiviral once drug moves to commercial market

    “For people at low risk of hospitalization, WHO does not recommend any antiviral therapy. Symptoms like fever and pain can continue to be managed with analgesics like paracetamol,” said the agency.

    The WHO said it recommends against the use of a new antiviral called VV116 for patients, apart from those who are enrolled in clinical trials.

    That oral antiviral is being developed by Junshi Biosciences and Vigonvita in China.

    It issued a warning against the use of ivermectin for people with non-severe COVID. The drug used to treat parasites in animals proved highly controversial during the pandemic when many people were persuaded by fraudulent research and online misinformation that it was an effective treatment.

    From the archive: ‘You will not believe what I’ve just found.’ Inside the ivermectin saga: a hacked password, mysterious websites and faulty data.

    Source link

  • Rubber behavior: Dynamics decoded

    Rubber behavior: Dynamics decoded

    New device could improve the outcomes of cell-based therapies

    Northwestern University

    Source link

  • Cancer drug repurposed to treat inflammatory diseases

    Cancer drug repurposed to treat inflammatory diseases

    Newswise — A cancer drug currently in the final stages of clinical trials could offer hope for the treatment of a wide range of inflammatory diseases, including gout, heart failure, cardiomyopathy, and atrial fibrillation, say scientists at the University of Cambridge.

    In a study published today in the Journal of Clinical Investigation, the researchers have identified a molecule that plays a key role in triggering inflammation in response to materials in the body seen as potentially harmful.

    We are born with a defence system known as innate immunity, which acts as the first line of defence against harmful materials in the body. Some of these materials will come from outside, such as bacterial or viral infections, while others can be produced within the body.

    Innate immunity triggers an inflammatory response, which aims to attack and destroy the perceived threat. But sometimes, this response can become overactive and can itself cause harm to the body.

    One such example of this is gout, which occurs when urate crystals build up in joints, causing excessive inflammation, leading to intense pain. Another example is heart attack, where dead cell build up in the damaged heart – the body sees itself as being under attack and an overly-aggressive immune system fights back, causing collateral damage to the heart.

    Several of these conditions are characterised by overactivation of a component of the innate immune response known as an inflammasome – specifically, the inflammasome NLRP3. Scientists at the Victor Phillip Dahdaleh Heart and Lung Research Institute at Cambridge have found a molecule that helps NLRP3 respond.

    This molecule is known as PLK1. It is involved in a number of processes within the body, including helping organise tiny components of our cells known as microtubules cytoskeletons. These behave like train tracks inside of the cell, allowing important materials to be transported from one part of the cell to another.

    Dr Xuan Li from the Department of Medicine at the University of Cambridge, the study’s senior author, said: “If we can get in the way of the microtubules as they try to organise themselves, then we can in effect slow down the inflammatory response, preventing it from causing collateral damage to the body. We believe this could be important in preventing a number of common diseases that can cause pain and disability and in some cases can lead to life-threatening complications.”

    But PLK1 also plays another important role in the body – and this may hold the key to developing new treatments for inflammatory diseases.

    For some time now, scientists have known that PLK1 is involved in cell division, or mitosis, a process which, when it goes awry, can lead to runaway cell division and the development of tumours. This has led pharmaceutical companies to test drugs that inhibit its activity as potential treatments for cancer. At least one of these drugs is in phase three clinical trials – the final stages of testing how effective a drug is before it can be granted approval.

    When the Cambridge scientists treated mice that had developed inflammatory diseases with a PLK1 inhibitor, they showed that it prevented the runaway inflammatory response – and at a much lower dose than would be required for cancer treatment. In other words, inhibiting the molecule ‘calmed down’ NLRP3 in non-dividing cells, preventing the overly aggressive inflammatory response seen in these conditions.

    The researchers are currently planning to test its use against inflammatory diseases in clinical trials.

    “These drugs have already been through safety trials for cancer – and at higher doses than we think we would need – so we’re optimistic that we can minimise delays in meeting clinical and regulatory milestones,” added Dr Li.

    “If we find that the drug is effective for these conditions, we could potentially see new treatments for gout and inflammatory heart diseases – as well as a number of other inflammatory conditions – in the not-too-distant future.”

    The research was funded by the British Heart Foundation. Professor James Leiper, Associate Medical Director at the British Heart Foundation said: “This innovative research has uncovered a potential new treatment approach for inflammatory heart diseases such as heart failure and cardiomyopathy. It’s promising that drugs targeting PLK1 – that work by dampening down the inflammatory response – have already been proven safe and effective in cancer trials, potentially helping accelerate the drug discovery process.

    “We hope that this research will open the door for new ways to treat people with heart diseases caused by overactive and aggressive immune responses, and look forward to more research to uncover how this drug could be could be repurposed.”

    University of Cambridge

    Source link

  • Drug-target prediction breakthrough: AI model sees hidden patterns

    Drug-target prediction breakthrough: AI model sees hidden patterns

    Newswise — Accurately predicting the Drug-Protein Interaction (DPI) is crucial in virtual drug screening. However, current methodologies tend to allocate equal weighting to amino acids and atoms in encoding protein and drug sequences, thereby neglecting the varying contributions from distinct motifs. To tackle this issue, a group of researchers headed by Juan Liu have recently published their pioneering research on the matter in Frontiers of Computer Science, jointly published by Higher Education Press and Springer Nature.

    Their research introduced a revolutionary method, FragDPI, for the prediction of drug-protein binding affinity. This approach represents the initial endeavor to incorporate fragment coding and merge the sequence information of both drugs and proteins, hence preserving the primary features related to DPI interactions. Furthermore, this method employs transfer learning from significant DPI datasets to provide prospective DPI components.

    Experimental results demonstrate that the FragDPI model yields commendable outcomes compared to the baselines, including deep neural networks. Intriguingly, the model accurately identified the specific interaction parts of the DTI pairs, thereby aiding in discovering new potential DTI pairs. FragDPI presents a novel approach for mining interacting fragments from DPI mechanism, thereby providing a fresh perspective towards drug discovery.

    Higher Education Press

    Source link

  • Metformin eases weight gain in youth on bipolar meds. Study finds.

    Metformin eases weight gain in youth on bipolar meds. Study finds.

    Newswise — A new large-scale study led by researchers at the University of Cincinnati and Northwell Health, New York’s largest health care provider, found the drug metformin can help prevent or reduce weight gain in youth taking medication to treat bipolar disorder.

    The collaborative team presented its findings during a symposium at the American Academy of Child and Adolescent Psychiatry conference in New York City Oct. 27.

    Weight gain side effect

    Medications to treat bipolar disorder, known as second-generation antipsychotics (SGAs), are often effective at helping young patients’ mental health improve but can have significant side effects including elevated blood pressure and glucose, increased appetite and weight gain.

    “We, the clinicians naively justified that we’re improving your psychosis, so just deal with the weight gain,” said Victor Fornari, MD, a child/adolescent psychiatrist at Northwell Health. “But patients stopped taking their medicine because they said they didn’t want to gain weight.”

    UC’s Christina Klein, PhD, said in addition to patients not taking their medication, the weight gain side effects can lead to lifelong harmful health outcomes.

    “So you’re not just looking at the mental health, but you’re looking at the physical health of the whole person,” said Klein, a research scientist in UC’s Department of Psychiatry and Behavioral Neuroscience in the College of Medicine.

    Klein said a survey found patients want interventions to address the side effects as soon as possible, while doctors and caregivers prefer a wait and see approach. 

    Metformin, a medication typically used for Type 2 diabetes, is known to also prevent weight gain, but nearly all psychiatrists surveyed initially said they did not feel comfortable prescribing it, leading to the study testing metformin’s effect.

    Study design

    Klein said the study had a pragmatic design, meaning it had broad enrollment criteria and was conducted at a wide variety of clinics, even those without prior participation in research studies.

    “We wanted the regular person who was just going to their doctor,” Klein said. “It’s not this perfect patient where you have this disorder and nothing else, you’re only taking this medicine, you’re adherent to the medicine or you show up every time.”

    A total of 1,565 patients aged 8-19 with bipolar disorder taking SGAs were enrolled in the study, a “Herculean” accomplishment according to Fornari.

    “It was 60 sites across the country, and it was a large sample of patients to really demonstrate what’s going on,” he said. “I don’t know that anybody has done a study of this magnitude with almost 1,600 kids and their families.”

    Everyone enrolled in the trial received a lifestyle intervention with recommendations for healthy eating and exercise. Half of the youth were randomized to receive the healthy lifestyle intervention and were prescribed metformin. 

    “If patients weren’t doing well on the metformin, they could come off and stay in this study,” Klein said. “Really we’re just trying to meet the patients when and where they received services, seeing what happens to them over the course of two years.” 

    Prior to beginning the interventions, researchers collected information on youth living with bipolar disorders’ quality of life and adherence to taking their medication as prescribed. 

    While 87% of youth reported they took their medication regularly, a majority reported they were unhappy with their weight and/or had been sad, mad or frustrated about their weight. 

    Researchers also collected baseline metabolic data to determine if youth had metabolic syndrome, which Northwell’s Claudine Higdon, MD, said is a common consequence of taking SGAs that places youth at risk for diabetes and cardiovascular disease. The study found 33% of youth enrolled in the study had metabolic syndrome at the start. 

    “The key elements of metabolic syndrome are obesity, high blood pressure, elevated triglycerides and elevated glucose,” said Higdon, a child/adolescent psychiatrist. “It is important that clinicians monitor for metabolic syndrome when treating youth with second-generation antipsychotics.” 

    Study results

    UC’s Jeffrey Welge, PhD, said in the short-term six-month follow-up data, metformin had a modest but significant effect at preventing and in some cases reversing weight gain in the study’s patient population. The drug was also found to be safe, with some gastrointestinal distress symptoms being the only side effects reported.

    “It’s not a drug you take and weight falls off of you, but it tends to reduce that out of control appetite which we think then makes it easier for patients to adhere to a healthy diet and as they lose some weight maybe also make it easier for them to engage in more exercise,” said Welge, professor in UC’s Department of Psychiatry and Behavioral Neuroscience and Department of Environmental and Public Health Sciences. “So, the lifestyle is really what’s driving good outcomes, but metformin is in some cases putting the wind at their back to help with that.”

    “It’s safe, effective and very inexpensive. It’s an intervention that has the potential to have widespread applicability,” Fornari added. “It’s not a medicine that you need to have an endocrinologist or a pediatrician prescribe, and I think it really speaks to the fact that the psychiatrist needs to be caring for the entire person, the physical and the mental health of the patient.”

    While having an effect on weight gain, metformin was not found to have a significant effect on youth’s metabolic syndrome in the short term, Welge said. 

    “Further research is needed on effective interventions for metabolic syndrome,” Higdon said.

    Patient-centered partnership

    The study received funding from the Patient-Centered Outcomes Research Institute (PCORI), and included patient and caregiver advocate input throughout.

    “We really could not have done it without the support of youth living with bipolar disorders and their caregivers, and their continued recommendations on how to keep the trial patient-centered throughout the study,” Klein said. 

    Most research studies take about 15-17 years from being published to being widely applied in clinics across the country, so PCORI has additionally supported the research team with a dissemination grant so the knowledge can be spread more quickly.

    Klein said the team will conduct focus groups with youth living with bipolar disorders, as well as their caregivers and clinicians, to see how they want information to be presented to them. 

    UC’s Melissa DelBello, MD, served as the trial’s principal investigator

    University of Cincinnati

    Source link

  • Sanofi Plans to Split Consumer-Healthcare, Pharma Businesses — Update

    Sanofi Plans to Split Consumer-Healthcare, Pharma Businesses — Update

    By Adria Calatayud

    Sanofi plans to split its consumer-healtchare and pharmaceutical operations, making it the latest big drugmaker to sharpen its focus on prescription medicines by offloading adjacent businesses.

    The French company outlined the plan on Friday as part of a strategic update that includes increased investment in its pipeline and a cost-savings program.

    Sanofi said it is evaluating potential separations options, but believes that the most likely path would be through a capital markets transaction, by creating a listed entity headquartered in France. The split could take place in the fourth quarter of 2024 at the earliest, it said.

    The move will allow Sanofi to increase its focus on innovative medicines and vaccines, the company said. The split will create two entities and will enable each to pursue its own strategy, it said.

    Sanofi was one of the few big pharma companies that still housed innovative drugs and consumer-healthcare operations under the same roof.

    Johnson & Johnson earlier this year spun off consumer-health business Kenvue, which owns brands such as Band-Aid and Tylenol, and GSK last year separated its Haleon consumer arm. Other pharma giants such as Novartis and Pfizer made similar moves in recent years.

    The plan remains subject to market conditions and consultation with social partners. Sanofi’s consumer-healthcare business is present in 150 countries and employs more than 11,000 people, it said.

    Write to Adria Calatayud at adria.calatayud@dowjones.com

    Source link

  • Potential brain cancer survival boost with anti-anxiety medication.

    Potential brain cancer survival boost with anti-anxiety medication.

    Newswise — A new research study shows that cerebrospinal fluid reduces current treatment efficacy in brain cancer and identifies new therapeutic opportunities.

    Cerebrospinal fluid, the clear colourless liquid that protects the brain, also may be a factor that makes brain cancers resistant to treatment, Australian researchers led by Associate Professor Cedric Bardy at the South Austraila Health and Medical Research Institute (SAHMRI) and Flinders University reveal in the journal Science Advances.

    Reporting how this occurs, the study in high-profile journal Science Advances shows that a decades-old anti-anxiety drug can improve the effectiveness of chemo-radiotherapy towards glioblastoma, or GBM, the most common and lethal brain cancer.

    Brain cancers kill more children and adults under 40 than any other cancer. They are resistant to therapies that kill cancers elsewhere in the body. The study team speculates that unique brain features might contribute to this.

    The collaborative Australian team of neurobiologists, neurosurgeons and oncologists tested the effect of the precious resource of human cerebrospinal fluid on the growth of tumour cells collected from 25 local patients with glioblastoma.

    Among their findings, the tumour cells quickly changed their identity and became more resistant to radiation and the drug temozolomide, which are mainstays of glioblastoma therapy.

    Associate Professor Cedric Bardy says, “Glioblastoma kills so many people who are otherwise fit, healthy and young, within months. This is a horrible disease, and the treatments available are just not effective enough despite serious side effects.

    “This study helps us understand the limitations of the current chemotherapies and provides new hope for repurposing a class of drugs that could be added to the standard of care. We are working hard now to try this on patients in a clinical trial.”

    Investigating the molecular basis for these changes, the team found glioblastoma cells exposed to cerebrospinal fluid were more resistant to ferroptosis, a form of therapy-induced cell death.

    Importantly, they showed that trifluoperazine, an anti-anxiety drug used since the 1950s, could re-sensitise glioblastoma cells to both therapies. In contrast, trifluoperazine was found not to harm healthy brain cells. The researchers concluded that combining trifluoperazine with standard care may improve GBM patient survival.

    The paper – ‘Human cerebrospinal fluid affects chemoradiotherapy sensitivities in tumor cells from patients with glioblastoma’ (2023) BW Str27inger, MI De Silva, Z Greenberg, AN Puerta, R Adams, B Milky, M Zabolocki, M van den Hurk, LM Ebert, CF Bishop, SJ Conn, G Kichenadasse, MZ Michael, RJ Ormsby, S Poonoose and C Bardy  – is published in Science Advances journal. DOI: 10.1126/sciadv.adf1332

    https://www.science.org/doi/10.1126/sciadv.adf1332

    Flinders University

    Source link

  • Novartis Raises 2023 View

    Novartis Raises 2023 View

    By Adria Calatayud

    Novartis raised its full-year earnings guidance for the third time this year after it reported higher net profit and sales for the third quarter, boosted by strong sales of key drugs.

    The Swiss pharmaceutical giant said Tuesday that it now expects core operating profit to grow this year by a percentage in the mid to high teens range. It had previously anticipated a growth rate from low double percentage digits to mid teens excluding Sandoz, the generics unit that was spun off earlier this month.

    Novartis reiterated its expectation for net sales growth of a high single digit in 2023.

    For the third quarter, the company made a net profit of $1.76 billion compared with $1.57 billion for the same period last year.

    Net sales for the quarter grew to $11.78 billion from $10.49 billion.

    “Our growth drivers, including Kesimpta, Entresto, Kisqali and Pluvicto, continue to perform well in the market,” Chief Executive Vas Narasimhan said.

    Excluding exceptional items, core operating income from continuing operations was up 21% at $4.41 billion.

    Write to Adria Calatayud at adria.calatayud@dowjones.com

    Source link

  • Swiss pharma giant Roche agrees $7.1 billion deal to buy Telavant Holdings

    Swiss pharma giant Roche agrees $7.1 billion deal to buy Telavant Holdings

    A photo showing the logo of Swiss pharmaceutical giant Roche in Basel.

    SEBASTIEN BOZON | AFP | Getty Images

    Swiss health care company Roche on Monday announced it would acquire Telavant Holdings in a $7.1 billion transaction.

    Telavant produces drugs for people suffering from inflammatory and fibrotic diseases and is in the process of developing a “promising new therapy” for patients with Crohn’s disease, Roche said in a press release.

    The terms of the acquisition include a near-term milestone payment of $150 million.

    Once given full rights to the RVT-3101 drug — a therapy under development for inflammatory bowel disease, including ulcerative colitis and Crohn’s disease — Roche aims to start global Phase 3 trials, which would involve clinical testing on hundreds to thousands of patients with the target sicknesses.

    “Based on the very promising data, we strongly believe in the first-in-class and best-in-disease potential of this late-stage antibody to treat people living with IBD,” Roche Pharmaceuticals CEO Teresa Graham told CNBC in an emailed statement.

    “We are eager to develop this antibody further and bring it to market and patients in the US and Japan as soon as possible.”

    Telavant is currently owned by Pfizer and Roivant Sciences.

    In the Monday announcement, Roche also said it would obtain an option to collaborate with Pfizer on a new inflammatory bowel disease drug.

    Source link

  • Dual-action drug produces positive results in patients with advanced neuroendocrine tumors, trial finds

    Dual-action drug produces positive results in patients with advanced neuroendocrine tumors, trial finds

    Newswise — Boston – A drug that simultaneously strikes cancer cells’ growth circuits and pipeline to the bloodstream produced encouraging results in a clinical trial involving patients with advanced neuroendocrine tumors, according to a study led by Dana-Farber Cancer Institute investigators.

    Jennifer Chan, MD, MPH, director of the Program in Carcinoid and Neuroendocrine Tumors at Dana-Farber, will present the findings of the CABINET trial at the annual European Society for Medical Oncology (ESMO) Congress on October 22, 2023, in Madrid, Spain. Chan is first author on the study. Jeffrey Meyerhardt, MD, MPH, co-director of the Colon and Rectal Cancer Center at Dana-Farber, is senior author.

    Patients treated with the drug, cabozantinib, survived significantly longer with no worsening of their disease than patients who received a placebo. The results suggest cabozantinib, which has been approved by the U.S. Food and Drug Administration for some patients with renal cell carcinoma, hepatocellular carcinoma, or thyroid cancer, can benefit patients with neuroendocrine tumors that continue to grow and spread after previous treatment, researchers say.

    More than 12,000 people in the United States are diagnosed with a neuroendocrine tumor each year. The tumors begin in neuroendocrine cells – which have characteristics of nerve and hormone-producing cells – and can arise in multiple sites in the body, most often in the gastrointestinal tract, lungs, and pancreas. Treatments may include surgery, targeted therapy, peptide receptor radionuclide therapy, chemotherapy, or other local treatment approaches depending on the location and stage of the cancer. For patients whose cancer continues to grow and spread after these treatments, better options are urgently needed.

    “Although advances have been made in recent years, there remains a critical need for new and effective therapies for patients with advanced neuroendocrine tumors, particularly patients whose cancer has progressed on currently available options,” said Chan. “Targeting angiogenesis and other growth factor pathways with cabozantinib represents a novel treatment strategy.”

    Cabozantinib undermines tumor cells in multiple ways. It blocks the receptor for VEGF, a protein used to tap into the body’s blood supply, as well as other receptors including c-MET, AXL, and RET that are key to tumor cell survival and metastasis.

    The study enrolled 197 patients with advanced extra-pancreatic neuroendocrine tumors (which arise outside the pancreas) and 93 patients with pancreatic neuroendocrine tumors. Patients were enrolled at sites within the National Cancer Institute (NCI)-funded National Clinical Trials Network (NCTN). Two-thirds of the participants were randomly assigned take a 60 mg cabozantinib pill daily, and the others were given a placebo, or inert pill.

    Researchers measured progression-free survival (PFS) – how long patients lived before their disease worsened – for all participants. At a median follow-up of 13.9 months, the PFS for patients with extra-pancreatic tumors who took cabozantinib was 8.3 months, compared to 3.2 for those who took a placebo. At a median follow-up of 16.7 months, patients with pancreatic tumors who took cabozantinib had a PFS of 11.4 months, compared to 3.0 months for those who took a placebo.

    Side effects of cabozantinib were similar to those found in other studies of the drug. These include hypertension, fatigue, diarrhea, and skin rash.        

    “The results of the CABINET trial are very encouraging,” said Chan. “Cabozantinib significantly improved outcomes in patients with previously treated extra-pancreatic and pancreatic neuroendocrine tumors and may become a new treatment option for patients.”

    The CABINET trial was sponsored by the NCI, part of the National Institutes of Health (U10CA180821, U10CA180882), and was led and conducted by the NCI-funded Alliance for Clinical Trials in Oncology with participation from the NCTN as part of Exelixis’ collaboration with the NCI’s Cancer Therapy Evaluation Program (NCI-CTEP); https://acknowledgments.alliancefound.org.

    ESMO Session Details

    LBA 53: Alliance A021602: Phase III, Double-Blinded Study of Cabozantinib Versus Placebo for Advanced Neuroendocrine Tumors (NET) After Progression on Prior Therapy (CABINET) on Sunday, October 22, 2023, at 2:40 am ET (8:40 CEST) Jennifer Chan, MD, MPH/First Author

    For all ESMO-related media inquiries, call or email Victoria Warren, 617-939-5531, [email protected]. Follow the meeting live on X (Twitter) using the hashtag #ESMO23 and follow Dana-Farber News on X (Twitter) at @DanaFarberNews.

    About Dana-Farber Cancer Institute 

    Dana-Farber Cancer Institute is one of the world’s leading centers of cancer research and treatment. Dana-Farber’s mission is to reduce the burden of cancer through scientific inquiry, clinical care, education, community engagement, and advocacy. Dana-Farber is a federally designated Comprehensive Cancer Center and a teaching affiliate of Harvard Medical School.

    We provide the latest treatments in cancer for adults through Dana-Farber Brigham Cancer Center and for children through Dana-Farber/Boston Children’s Cancer and Blood Disorders Center. Dana-Farber is the only hospital nationwide with a top 5 U.S. News & World Report Best Cancer Hospital ranking in both adult and pediatric care.

    ###

    Dana-Farber Cancer Institute

    Source link