
Golimumab Boosts Remission Rates in AxSpA
Most patients with early, active axial spondyloarthritis (axSpA) achieved remission in a tight control treatment with golimumab, regardless of gut inflammation, in a small, single-arm study.
METHODOLOGY:
Researchers conducted a multicenter trial to evaluate the effectiveness of a tight control strategy with rapid escalation to TNF inhibition in early, active axSpA in relation to gut inflammation.
They included 58 patients (mean age, 28.2 years; 41.4% women) who had an Ankylosing Spondylitis Disease Activity Score with C-reactive protein (ASDAS-CRP) ≥ 2.1 and less than 1 year of symptom duration.
Patients took two different nonsteroidal anti-inflammatory drugs (NSAIDs) for 4 weeks and 50 mg golimumab every 4 weeks if needed to achieve inactive disease (ASDAS-CRP < 1.3) or improvement.
The primary endpoint was the proportion of patients achieving sustained clinical remission (ASDAS-CRP < 1.3), determined at two consecutive visits with a 12-week interval.
TAKEAWAY:
Overall, 61.8% of patients achieved sustained clinical remission. Of the 72.7% who needed escalation to golimumab, 55% achieved sustained clinical remission.
Microscopic gut inflammation was present in 28.6% of patients and was not predictive of achieving clinical remission (odds ratio, 1.50; 95% CI, 0.39-6.49).
Relapse within 1 year occurred in 78.1% of patients who stopped treatment. Those who achieved sustained clinical remission with NSAIDs and golimumab had relapse rates of 91.7% and 70%, respectively.
Male sex, no history of smoking, and lower disease activity were identified as predictors of sustained remission.
IN PRACTICE:
'Our trial demonstrated that sustained inactive disease state is an achievable therapeutic goal in early axSpA,' the study authors wrote.
SOURCE:
This study was led by Zuzanna Łukasik, MD, and Ann-Sophie De Craemer, MD, PhD, Gent University Hospital, Gent, Belgium. It was published online on June 16, 2025, in Arthritis & Rheumatology.
LIMITATIONS:
A key challenge of the trial was recruiting patients with axSpA within the first year of symptom onset, resulting in a high screening failure rate. Additionally, repeated ileocolonoscopy at remission was performed in only a minority of patients, which limited analysis of the relationship between axial symptoms and gut inflammation.
DISCLOSURES:
This study received funding through a research grant from the Investigator Initiated Studies Program of Merck Sharp & Dohme Corp. Two authors reported receiving educational and research grants or personal fees from Merck Sharp & Dohme.
This article was created using several editorial tools, including AI, as part of the process. Human editors reviewed this content before publication.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
7 hours ago
- Yahoo
Scientists develop tree-inspired tech that can pull drinking water straight from the sea: 'A … solution to the emerging water crisis'
Scientists develop tree-inspired tech that can pull drinking water straight from the sea: 'A … solution to the emerging water crisis' The world's growing population, changing climate, and issues with pollution have made getting fresh, drinkable water more difficult and costly than ever. Over 4 billion people globally are affected by a lack of access to potable water. However, researchers from the University of Waterloo have come up with a more efficient way to turn salt water into fresh water. A new type of desalination device could make fresh water both more accessible and more affordable. "Our inspiration comes from observing how nature sustains itself and the way water evaporates and condenses in the environment," said Dr. Michael Tam, a professor from the Department of Chemical Engineering at Waterloo. "The system we've engineered induces water to evaporate, transports it to the surface, and condenses it in a closed cycle, effectively preventing the accumulation of salt that reduces the efficiency of the device." Most desalination devices use a membrane to separate the salt from the water. This is effective, but salt collects on the membrane, so over time, less water is able to travel through it. It has to be cleaned off frequently to keep it working at peak efficiency. By contrast, the research team at Waterloo created nickel foam and coated it with a conductive polymer and pollen particles that respond to heat. It draws up a thin layer of seawater with an action similar to that of a tree's capillaries, separates the water from the salt, and cycles the salt back down into the mixture. All of this is purely powered by solar energy, which is generated by the material that the researchers created. It is able to harvest solar energy with about 93% efficiency. Dr. Yuning Li, another Waterloo professor who helped the team measure the efficiency of their device, told Waterloo News, "This new device is not only efficient but also portable, making it ideal for use in remote regions where access to fresh water is limited. This technology offers a sustainable solution to the emerging water crisis." Where do you get most of your drinking water from? Straight from the tap Out of a filter Bottled water Cans of sparkling water Click your choice to see results and speak your mind. Join our free newsletter for weekly updates on the latest innovations improving our lives and shaping our future, and don't miss this cool list of easy ways to help yourself while helping the planet. Solve the daily Crossword
Yahoo
11 hours ago
- Yahoo
Kate Delivers Emotional Statement With William a Day After Their Serious Health Alert
There are a lot of updates when it comes to the Prince and Princess of Wales. Months after she announced her remission, Kate Middleton has stepped up to perform her royal duties. On Aug. 15, she and her husband William made a poignant statement in honor of VJ Day. 'Today, on the 80th anniversary of VJ Day, we remember the courage, sacrifice, and resilience of all who served. Today we especially think of those British and Commonwealth troops who fought in the Asia-Pacific,' Kate and William, both 43, wrote in an Instagram story about the anniversary of when Japan surrendered in World War II. 'We owe an enduring debt to the generation who gave so much, and to whom we will always be grateful.' More from StyleCaster Serious Health Alert Issued Weeks After Kate Revealed She Still Can't 'Function Normally' Post-Cancer Andrew's 'Nasty' Remarks About Kate May Be the Real Reason William Wants His Uncle's Title Stripped-He Was 'Rude' & 'Unkind' The post comes a day after alerts were issued for the area where William and Kate's family lives. The U.K. Health Security Agency (UKHSA) and the Met Office have both issued an 'amber heat health alert,' due to what's being called unprecedented heat waves occurring across the UK, the BBC reported. It affects everyone who is living in the Windsor state. This includes Adelaide Cottage, where Kate Middleton and Prince William live with their kids, Prince George, Princess Charlotte, and Prince Kate Middleton has been in remission after her cancer diagnosis last year, the Princess of Wales has been adjusting back to normal life. recently spoke about her cancer recovery with patients and staff members of the NHS. 'You put on a sort of brave face, stoicism through treatment,' she explained, but also added that, 'Treatment's done, then it's like, 'I can crack on, get back to normal,' but actually, the phase afterwards is really, really difficult.' 'You're not necessarily under the clinical team any longer, but you're not able to function normally at home as you perhaps once used to,' she explained. 'And actually, someone to help talk you through that, show you, and guide you through that sort of phase that comes after treatment, I think is really valuable.' also recently reported that there has been growing concern about the future Queen's weight. 'Kate is painfully thin, and people are worried it's a sign that she is struggling with her recovery from cancer treatment – or worse, she's had a relapse,' an insider told the outlet. Best of StyleCaster The 26 Best Romantic Comedies to Watch if You Want to Know What Love Feels Like These 'Bachelor' Secrets & Rules Prove What Happens Behind the Scenes Is So Much Juicier BTS's 7 Members Were Discovered in the Most Unconventional Ways Solve the daily Crossword

Associated Press
11 hours ago
- Associated Press
PACR Announces New Social Network for the Academic World
PACR introduces a new social network for academics, offering tools for collaboration, access to over 500 million research articles, and AI-driven insights for researchers. Global, August 17, 2025 -- Redefining Academic Collaboration PACR, the innovative social networking platform for researchers and academics, is revolutionizing how the global academic community connects, collaborates, and engages with research. With access to over 500 million academic articles, PACR creates a dynamic ecosystem where researchers can engage with their work, connect with peers, and contribute to the advancement of science. Unlike traditional academic platforms, PACR offers more than just a repository for papers. It provides real-time analytics, AI-powered tools, and collaborative spaces that allow users to track global rankings, connect with mentors, and participate in anonymous forums for open discussions. PACR is built by researchers for researchers, offering a holistic platform to share, discover, and amplify research. The Problem with Existing Platforms Many current academic networking platforms, such as ResearchGate and focus mainly on being repositories. These platforms offer little more than the ability to upload papers, without providing the engagement, visibility, or collaboration that modern researchers need. Dr. Felix, Founder of PACR, explains, 'Most platforms expect you to simply upload your work and stop there. We believe that is not enough for the modern researcher. In today's academic environment, visibility, interaction, and engagement are key to making research impactful.' PACR addresses these challenges by offering an integrated, interactive space for researchers that goes far beyond static profiles. The platform encourages real-time collaboration, provides AI-driven features, and fosters a community-driven environment that allows for the ongoing growth of the academic ecosystem. PACR as a Complete Ecosystem PACR is more than just an academic repository. It is a comprehensive ecosystem designed to support researchers at every stage of their journey. With direct access to over 500 million research articles indexed from Google Scholar, PubMed, CrossRef, and community uploads, PACR offers an extensive and diverse resource base for academics. The platform's real-time statistics and rankings allow authors and journals to track their global impact. This feature provides a deeper understanding of the influence of research, helping to highlight papers in ways traditional platforms cannot. Dr. Felix adds, 'PACR is not just a repository. It is a living ecosystem where research is discovered, discussed, and amplified.' Unique AI Capabilities for Smarter Engagement PACR's AI tools set it apart from other academic platforms by providing researchers with smarter ways to engage with their work. These tools enable users to summarize research papers, discover scientific products directly from articles, and interact with research in a way that fosters deeper understanding and engagement. 'We want to put the power of AI directly into the hands of researchers, making science easier to access and more actionable,' says Dr. Felix. By integrating cutting-edge AI technology, PACR enables researchers to save time, increase productivity, and gain valuable insights. The platform's AI capabilities ensure that users can navigate vast amounts of academic data quickly and efficiently. Fostering Community and Collaboration PACR emphasizes the importance of collaboration and community. It features an anonymous academic forum that allows researchers to engage in open and honest discussions without barriers. This unique feature promotes inclusivity, encouraging knowledge-sharing and meaningful interactions across disciplines and geographies. Additionally, PACR offers a mentorship and tutoring marketplace, where experienced academics can connect with the next generation of researchers. This feature helps bridge the gap between seasoned professionals and students or early-career researchers, fostering growth and development in the academic community. Dr. Felix remarks, 'Collaboration in science should not be limited by hierarchy or geography. PACR gives every researcher a voice.' Vision and Mission: A Movement for Open, Collaborative Science PACR's mission is to unify the fragmented academic ecosystem by providing an all-in-one platform for research access, visibility, networking, and collaboration. The company aims to make science more open, inclusive, and impactful for researchers at all levels. Whether a student, early-career researcher, or leading academic, PACR provides the tools and community needed to succeed. 'We believe that every researcher deserves more than just a static profile. PACR gives you a stage, a community, and a voice. On PACR, you are academia' says Dr. Felix. About PACR PACR is an innovative social network designed specifically for the academic world. Its mission is to create an open, collaborative, and impactful ecosystem that connects researchers globally. With access to over 500 million research articles, advanced AI tools, and collaborative spaces for meaningful engagement, PACR empowers researchers to share, discover, and amplify their work. PACR is built to help researchers not just share their research but make it more visible, discover new insights, and collaborate with peers worldwide. Media Contact: Dr. Felix PACR Email: [email protected] Website: [Launching October 2025] Instagram: PACR on Instagram LinkedIn: PACR on LinkedIn Contact Info: Name: Dr. Felix Email: Send Email Organization: PACR Website: Release ID: 89167503 Should there be any problems, inaccuracies, or doubts arising from the content provided in this press release that require attention or if a press release needs to be taken down, we urge you to notify us immediately by contacting [email protected] (it is important to note that this email is the authorized channel for such matters, sending multiple emails to multiple addresses does not necessarily help expedite your request). Our efficient team will promptly address your concerns within 8 hours, taking necessary steps to rectify identified issues or assist with the removal process. Providing accurate and dependable information is central to our commitment.