Wednesday, October 29, 2025

 

New open-source American College of Lifestyle Medicine program brings culinary skills and nutrition education into medicine



The CMP includes 115 individual video lessons—covering everything from knife skills and meal prep basics to plant-predominant recipes and healthier versions of comfort foods—designed to make healthy cooking manageable and delicious.



American College of Lifestyle Medicine

Culinary Medicine Program 

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Culinary Medicine Program

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Credit: American College of Lifestyle Medicine






Dr. Michelle Hauser of Stanford University School of Medicine created a program that features almost 15 hours of video instruction on cooking skills, kitchen knowledge and healthy, delicious recipes. The resources are accompanied by a curriculum for clinicians or can be used independently by individuals who want to improve their nutrition. 

The American College of Lifestyle Medicine (ACLM) has launched a complimentary Culinary Medicine Program (CMP) and updated Culinary Medicine Curriculum (CMC), addressing the long-standing gap in nutrition education for physicians and other healthcare professionals. Together, the open-source resources provide nearly 15 hours of self-paced video instruction and a comprehensive teaching toolkit that prepares clinicians, clinicians in training, and individuals to incorporate optimal nutrition into daily eating patterns.

At the center of both resources is Stanford University School of Medicine Clinical Associate Professor and Obesity Medicine Director and ACLM President-Elect Michelle Hauser, MD, MS, MPA, FACP, FACLM, DipABLM, Chef, a nationally recognized leader in culinary medicine education. Dr. Hauser, who completed medical school and residency at Harvard Medical School, has trained thousands of clinicians and educators on how to translate nutritional science into practical skills.

 

“Culinary medicine is about making the science of nutrition accessible in everyday life,” Dr. Hauser said. “By equipping healthcare professionals with both the knowledge and the hands-on skills to prepare healthy meals, we can help patients move from advice to action — and that’s where real health transformation begins.”

The CMP includes 115 individual video lessons—covering everything from knife skills and meal prep basics to plant-predominant recipes and healthier versions of comfort foods—designed to make healthy cooking manageable and delicious. These videos can be paired with the curriculum to help clinicians teach patients or used as a stand-alone by individuals seeking to enhance their own cooking and nutrition skills. The program’s development was supported in part by Jeanne Rosner, MD, and Soul Food Salon.

The updated second edition of the CMC features an instructor’s guide, recipes, shopping guides, and equipment checklists tailored for medical schools, residency training, and community teaching kitchens. It expands the first edition for clinicians to use with patients, for clinician educators to teach those in training, and even for those in practice to enhance their skills/learning in this area. The curriculum covers essential nutrition education and patient counseling skills that often aren’t included in medical education, and how to utilize available resources–whether that is a teaching kitchen or just a small lecture hall–to teach culinary medicine. The curriculum’s first edition, which ACLM made available open-source in 2019, has already been used in more than 100 countries and downloaded more than 13,000 times.

“Our goal was to create something practical, flexible, and inspiring—so whether you’re a physician, medical student, or simply someone who wants to cook healthier at home, these resources meet you where you are,” Dr. Hauser said. “That accessibility is the heart of culinary medicine. It is important to help people discover that healthy eating doesn’t have to be complicated, expensive, or out of reach.”

The program and updated curriculum launch come at a pivotal moment, as national attention increasingly focuses on the lack of nutrition training among healthcare clinicians and in medical schools. The U.S. Department of Health and Human Services recently required medical education organizations to submit materials detailing the scope, measurable milestones and accountability measures of their nutrition education commitments.

“What makes the Culinary Medicine Program and Culinary Medicine Curriculum so unique is the way it unites the joy and pleasure of eating with choosing to support and optimize your health,” By combining basic culinary techniques with solid evidence-based guidance, it gives both clinicians and patients the tools they need to transform health at the most fundamental level through unapologetically delicious food to eat every day.”

About ACLM®

The American College of Lifestyle Medicine (ACLM) is the nation’s medical professional society advancing the field of lifestyle medicine as the foundation of a redesigned, value-based and equitable healthcare delivery system, essential to achieving the Quintuple Aim and whole-person health. ACLM represents, advocates for, trains, certifies, and equips its members to identify and eradicate the root cause of chronic disease by optimizing modifiable risk factors. ACLM is filling the gaping void of lifestyle medicine in medical education, providing more than 1.2 million hours of lifestyle medicine education to physicians and other health professionals since 2004, while also advancing research, clinical practice and reimbursement strategies.

 

Restoring Europe’s sponge landscapes: The "SpongeBooster of the year 2026" award opens for applications



The EU-funded SpongeBoost project invites both organisations and private individuals, aimed at restoring sponge landscapes across Europe, to apply for the "SpongeBooster of the Year 2026" award. The winning project will receive recognition and visibility




Pensoft Publishers

SpongeBooster of the year 2026 

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SpongeBooster of the year 2026

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Credit: SpongeBoost consortium





The Horizon Europe project SpongeBoost, aimed at promoting the natural sponge function of landscapes to improve their resilience to flood and drought events, is launching the next application round for the "SpongeBooster of the year" award. The initiative honours outstanding examples of sponge landscape restoration across Europe – projects that strengthen natural water retention, climate resilience, biodiversity, and community value. By highlighting inspiring work across the continent, the “SpongeBooster of the year” award will provide visibility and the opportunity to motivate similar efforts.

The award is open to organisations and private individuals with projects implemented between January 2020 and December 2025, focusing on outdoor restoration and rewetting activities. Eligible initiatives include those in EU Member States, Switzerland, the United Kingdom, Norway, and the Balkan countries. 

Applications for the "SpongeBooster of the year 2026" award can be submitted via online form from 27 October to 30 November 2025.

“It is inspiring to see how dedicated people are working to restore our sponge landscapes. With this award, we want to bring such projects into the spotlight, and we hope that many more initiatives will seize the opportunity to share their achievements and strengthen their impact.” 
—Carina Darmstadt, Environmental Action Germany (DUH)

The renewed award call builds on the success of this year’s winning initiative, Planar e.V. (Germany), whose project along the River Diemel demonstrates what meaningful local action can achieve when cooperation, innovation, and nature-based solutions come together. Becoming a SpongeBooster has helped elevate the project beyond its local context:

“The SpongeBooster of the year” award has become a genuine seal of approval for our work, opening doors and building the trust necessary for new collaborations. It has provided us with the confidence and visibility to move forward with our next phase of restoration projects.” 
—Jens Eligehausen, Planar e.V.

Planar e.V. revitalised 1.1 kilometres of the River Diemel, restoring natural river structures, reconnecting 20 hectares of floodplain, and improving habitat quality for over 65 species – including several endangered ones. The project was conducted with strong engagement of volunteers and regional partners, resulting in measurable ecological outcomes and enhanced recreational value for the community. 

By showcasing exemplary initiatives such as Planar e.V., the “The SpongeBooster of the year” aims to provide both inspiration and practical knowledge for regions facing similar land and water challenges.

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SpongeBoost receives funding from the European Union's Horizon Europe research and innovation programme under grant agreement No.101112906.

Views and opinions expressed are those of the author(s) only and do not necessarily reflect those of the European Union or the European Climate, Infrastructure and Environment Executive Agency (CINEA). Neither the EU nor the European Climate, Infrastructure and Environment Executive Agency (CINEA) can be held responsible for them.




 

Leveraging COVID-19 lessons to prepare for the next pandemic




Hiroshima University
Key interventions and measures that cities can apply to enhance their resilience to future pandemics. 

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As a result of the review, the authors proposed a framework for pandemic-resilient cities against future threats of pandemics.

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Credit: News organizations may use or redistribute this image, with proper attribution, as part of news coverage of this paper only.





The COVID-19 pandemic has provided researchers with a wealth of information on contemporary successes and failures in combating an emerging pathogen. This study outlines a total of 22 opportunities and strategies based on urban functionality and typology to help communities better prepare for and mitigate the effects of the next pandemic.

Global pandemics have occurred throughout human history, including the bubonic plague, Spanish flu and COVID-19. While the viruses and other infectious agents that cause pandemics vary, one fact remains constant: Another pandemic will occur, and no one can predict exactly when it will happen.

Professor Ayyoob Sharifi at Hiroshima University and Borhan Sepehri at Tarbiat Modares University recently outlined ways that communities can leverage the lessons from COVID-19 to better prepare for future pandemics from emerging pathogens such as the monkeypox virus (Mpox). The study was published in the September 8 online issue of the journal Cities.

Today’s advances in healthcare have lowered the risk of some new infectious agents, like bacteria, that may be susceptible to existing antibiotics. Likewise, there are many antiviral and other treatments available that are effective against known viruses, fungi and parasites that may have at least some effectiveness against new pathogens. 

Despite our current armament of medical treatments, however, pathogens continue to evolve. Bacteria can acquire genes that defeat the latest and greatest antibiotics and viruses acquire the ability to infect new hosts, including humans. And while medieval society did not have the same medical treatments to combat quickly spreading pathogens that we have today, transportation methods were much slower and limited how quickly a new virus or microbe could spread worldwide. 

The recent COVID-19 pandemic has provided epidemiologists with an excellent case study to better understand how the integration of various factors, including urbanization, climate change and economics, affected the response to the pandemic. 

“This study addresses the critical question of how cities can enhance their resilience to future pandemics… [and] emphasizes the importance of tailoring urban planning, design and management strategies to diverse urban typologies, including low-income and informal settlements, to ensure equitable and effective pandemic preparedness. This is important because pandemics are expected to occur more frequently, and cities must adopt adaptable, inclusive and contextually relevant measures to mitigate their impacts and safeguard public health,” said Ayyoob Sharifi, professor at The IDEC Institute & Network for Education and Research on Peace and Sustainability (NERPS) at Hiroshima University and co-author of the research paper.

The team collected 30 important COVID-19 studies rated by Methodi Ordinatio, a methodology used to rank scientific papers, to identify 44 lessons from the pandemic that the team could subsequently classify into 24 categories. The authors outlined a total of 22 opportunities and strategies based on urban functionality and typology to help communities better prepare for and mitigate the effects of the next pandemic.

Some of the key urban planning strategies the researchers recommend include developing healthy and affordable residential neighborhoods and improving the quality of life and health in slums and informal settlements. Additionally, the team recommends leveraging big data analysis and smart tools, powered by artificial intelligence, in urban management to develop faster, more appropriate responses to unexpected phenomena.

“Cities must proactively enhance their resilience to future pandemics by integrating lessons learned from COVID-19 into urban planning, design, and management. … However, these strategies must be contextually adapted to different urban typologies, as a one-size-fits-all approach may exacerbate inequalities or unintended risks, such as increased virus transmission in high-density areas. By focusing on adaptability, inclusivity, and multi-functionality, cities can better prepare for and mitigate the impacts of emerging health threats like Mpox,” said Sharifi.

Importantly, the framework outlined by the study must be tailored to each urban area to maximize preparedness and more effectively battle the next emerging pathogen.

“The ultimate goal is to create resilient cities that can effectively mitigate the impacts of future pandemics like Mpox by addressing socioeconomic gaps, leveraging smart technologies and promoting sustainable urban planning, design and management practices. Further research and collaboration among urban experts are essential to contextualize these strategies and address evolving health threats,” said Sharifi.

Borhan Sepehri is affiliated with the Department of Urban Planning & Design at Tarbiat Modares University in Tehran, Iran.

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About Hiroshima University

Since its foundation in 1949, Hiroshima University has striven to become one of the most prominent and comprehensive universities in Japan for the promotion and development of scholarship and education. Consisting of 12 schools for undergraduate level and 5 graduate schools, ranging from natural sciences to humanities and social sciences, the university has grown into one of the most distinguished comprehensive research universities in Japan. English website: https://www.hiroshima-u.ac.jp/en

The Universitat Jaume I is completing a research project to improve the integration of renewable energies with batteries into the power grid




The Group in Electricity, Electronics and Automation is currently in the experimental validation phase of the results obtained




Universitat Jaume I

The UJI is completing a research project to improve the integration of renewable energies with batteries into the power grid 

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The project “Management of Renewable Systems with Storage and Converter Control to Contribute to the Operation of the Future Power System”, led by Professors Emilio Pérez Soler and Ignacio Peñarrocha Alós, members of the Electricity, Electronics and Automation Research Group, is progressing toward its goal of integrating renewable energies through the development of advanced control strategies and their experimental validation on a platform that allows real-time testing of the combined operation of batteries, converters and controllers.

So far, the research team has developed predictive models related to the electricity market, such as daily market prices and services aimed at regulating the power system frequency. These models have been used to define a strategy based on deep reinforcement learning, enabling optimal participation of grid-connected storage systems in various electricity markets. Regarding lithium-ion batteries, new techniques have been developed to estimate their state of charge and health, improving both performance and lifespan.

The group has also demonstrated that advanced control can achieve more reliable operation of renewable energy plants by maximizing the time they remain connected to the grid, thereby enhancing overall power system stability. The research is now entering its final phase, focused on the joint experimental validation of the proposed control strategies, which will take place throughout this year, coinciding with the project’s completion.

Photo: Members of Electricity, Electronics and Automation Research Group.

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Credit: Universitat Jaume I of Castellón






The balance between electricity supply and demand requires advanced technologies and precise management, especially given the growing presence of renewable sources. Researchers are working on new energy storage and control strategies to ensure a stable and secure energy supply, preventing blackouts like the one that occurred on April 28, 2025.

The project “Management of Renewable Systems with Storage and Converter Control to Contribute to the Operation of the Future Power System”, led by Professors Emilio Pérez Soler and Ignacio Peñarrocha Alós, members of the Electricity, Electronics and Automation Research Group, is progressing toward its goal of integrating renewable energies through the development of advanced control strategies and their experimental validation on a platform that allows real-time testing of the combined operation of batteries, converters and controllers.

So far, the research team has developed predictive models related to the electricity market, such as daily market prices and services aimed at regulating the power system frequency. These models have been used to define a strategy based on deep reinforcement learning, enabling optimal participation of grid-connected storage systems in various electricity markets. Regarding lithium-ion batteries, new techniques have been developed to estimate their state of charge and health, improving both performance and lifespan.

The group has also demonstrated that advanced control can achieve more reliable operation of renewable energy plants by maximizing the time they remain connected to the grid, thereby enhancing overall power system stability. The research is now entering its final phase, focused on the joint experimental validation of the proposed control strategies, which will take place throughout this year, coinciding with the project’s completion.

The project has also fostered synergies with specialists from the University of the Basque Country, the Tyndall National Institute in Cork (Ireland), and the Virtual Vehicle research centre in Graz (Austria), working respectively on renewable energy integration, smart grids and electric vehicles. Collaborations have also been established with the companies Abervian, specializing in applications for storage systems, and HESStec, specializing in providing synthetic inertia to renewable installations.

This research is part of project PID2021-125634OB-I00, funded by MICIU/AEI/10.13039/501100011033 and FEDER/EU under the 2021–2023 State Plan for Scientific, Technical and Innovation Research, aimed at boosting strategic sectors for recovery, such as health, ecological transition and digitalization.

Publications: https://repositori.uji.es/search?query=PID2021-125634OB-I00&spc.page=1&spc.rpp=20