Month: August 2025

NEWARK, N.J., Aug. 4, 2025 /PRNewswire/ — New Jersey customers are saving money and energy through the PSE&G energy efficiency programs. Our latest Clean Energy Future-Energy Efficiency (CEF-EE) report highlights how our programs continue to deliver meaningful savings for customers while reducing overall energy usage and supporting the state’s goals.  Through March 2025, nearly 465,000 customers have actively participated in PSE&G’s energy efficiency initiatives, collectively saving over $720 million annually[i] on their utility bills.

These results reflect a range of efforts aimed at helping customers reduce both their energy use and costs—from home energy assessments to rebates on energy-efficient appliances, HVAC systems, and products available through the PSE&G Marketplace. Since the start of the program, customers have received approximately $740 million in rebates, delivered as either instant discounts at the point of purchase or post-purchase rebates, helping to offset the cost of energy-saving upgrades.

Additionally, participation to date includes:

• More than 95,000 home energy assessments completed
• Over 140,000 rebates claimed for upgrades to energy-efficient appliances
• More than 24,000 appliances recycled, and;
• Approximately 340,000 smart thermostats and 100,000 power strips purchased through the PSE&G Marketplace

“Affordability and energy efficiency go hand-in-hand, and our programs are designed to make it easier for customers to reduce their energy use and manage their monthly bills,” said Lauren Thomas, vice president Clean Energy Solutions-Customer Solutions at PSE&G. “As customers continue to take advantage of our energy efficiency programs, they’re seeing the benefits—lower energy costs, greater comfort, and more affordable ways to save energy at home.”

Our energy efficiency programs for businesses are also delivering strong results, helping commercial customers lower energy use and operating costs through a range of practical business solutions. To date, these programs have helped more than 18,500 businesses implement approximately 28,000 projects that improve operational efficiency, enhance comfort, and manage expenses.

Participation in the Small Business Direct Install program remains strong, with more than 1,500 small businesses projected to save approximately $19 million annually[ii] on energy costs. This program helps make energy-saving improvements more affordable for smaller businesses by reducing upfront costs and delivering long-term savings.

“With support from PSE&G’s Business Energy Efficiency Programs, we’ve been able to make meaningful upgrades that help us keep our building cool, comfortable, and running efficiently—especially, during the summer months,” said Radwa Ali, library director, Montclair Public Library. “The program’s incentives, combined with flexible, interest-free on-bill-repayment, allowed us to move forward with these improvements in a way that make sense financially for the library and the community we serve. These upgrades ensure we can continue to serve Montclair reliably, seven days a week.”

Together, our residential and business customers are on track to save approximately 2.8 million megawatt-hours of electricity annually—enough energy to power over 406,000 homes[iii] each year. Natural gas savings are expected to exceed 75 million therms per year. Combined, these efforts are projected to help avoid approximately 2.1 million metric tons of carbon emissions annually.

We also remain focused on expanding access to clean energy careers through the Clean Energy Jobs Program, where more than 4,100[iv] individuals have been placed in clean energy roles, helping to build the state’s skilled workforce of the future. Additionally, our energy efficiency programs have also been recognized with 75 industry awards for excellence in program delivery, workforce development, and marketing.

We understand managing energy costs can be challenging, which is why affordability remains a top priority for PSE&G. In addition to helping customers save through energy efficiency, we recognize that broader supply and demand challenges also impact energy costs across the state.

As affordability remains an ongoing concern, New Jersey should seek to address one of the main drivers of this year’s electric supply increase – a lack of forecasted electric supply. The demand for electricity is forecasted to continue to grow, and supply is not keeping up with this demand. PSE&G stands ready to work with the state to expand reliable energy sources and maintain the reliability of the system through near and long-term solutions such as continued energy efficiency, additional power generation capabilities and transmission to lower energy costs.

As a trusted energy advisors, we’re remain focused on providing resources to help customers better manage their energy bills and make more informed decisions. Learn more at pseg.com/SaveEnergyandMoney.

For more information on PSE&G’s energy efficiency programs, visit homeenergy.pseg.com for residential customers or bizenergy.pseg.com for business customers.

PSE&G
Public Service Electric & Gas Co. is New Jersey’s oldest and largest gas and electric delivery public utility, as well as one of the nation’s largest utilities. PSE&G has won the ReliabilityOne® Award for superior electric system reliability in the Mid-Atlantic region for 23 consecutive years. For the third consecutive year, PSE&G is the recipient of the ENERGY STAR Partner of the Year award in the Energy Efficiency Program Delivery category. In addition, in 2024 J.D. Power named PSE&G number one in customer satisfaction with residential electric service and gas service in the east among large utilities. PSE&G is a subsidiary of Public Service Enterprise Group Inc., (PSEG) (NYSE:PEG), a predominantly regulated infrastructure company focused on a clean energy future and has been named to the Dow Jones Sustainability Index for North America for 17 consecutive years (www.pseg.com).

Forward-Looking Statements
This release includes forward-looking statements, including but not limited to statements regarding anticipated or expected energy savings, cost saving and greenhouse gas emissions avoidance. There can be no assurance that such energy and costs savings and greenhouse gas emissions avoidance will be realized in the amounts described and / or in the timeframes anticipated. Such statements are based on management’s beliefs as well as assumptions made by and information currently available to management but are subject to risks and uncertainties, which could cause actual results to differ materially from those anticipated. Factors that may cause actual results to differ include, without limitation: the ability to implement our energy efficiency business strategy, and customer adoption of our energy efficiency offerings. All forward-looking statements made in this release are qualified by these cautionary statements and readers are cautioned not to place undue reliance on these forward-looking statements The forward-looking statements contained in this Report are intended to qualify for the safe harbor provisions of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended.

Visit PSEG at:
www.pseg.com
PSEG on Facebook
PSEG on Twitter
PSEG on LinkedIn 

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ⁱ Retail bill savings are based on rate class averages for residential and small commercial customers.
ⁱⁱ Retail bill savings are based on rate class averages for small commercial customers.
ⁱⁱⁱ Based on the median annual consumption of PSE&G’s residential customers.
^iv The Clean Energy Jobs Program placement numbers are reported through June 2025 to reflect the most current available data.

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SOURCE Public Service Electric & Gas Company (PSE&G)

With Annual NTM Case Rates Rising, Patients and Providers Are Urged to Recognize the Symptoms and Risks

MIAMI, Aug. 4, 2025 /PRNewswire/ — As the world prepares to observe World NTM Day on August 4, 2025, NTM Info & Research (NTMir) is calling on patients, physicians, caregivers, and policy leaders to shine a spotlight on nontuberculous mycobacterial (NTM) lung disease, a growing but underrecognized threat to global respiratory health.

Experience the full interactive Multichannel News Release here: https://www.multivu.com/ntm-info-and-research/9346751-en-hidden-lung-infection-impacting-millions-world-ntm-day-spotlight-awareness

NTM lung disease is caused by environmental bacteria found in water and soil. While many are exposed, people with underlying lung conditions—particularly bronchiectasis—are at higher risk of infection. Alarmingly, new data show that NTM cases are rising by more than 8.2% annually, particularly among women over age 65 and individuals with chronic lung disease. The economic burden per patient can exceed $30,000 per year, underscoring the cost of delayed diagnosis and limited treatment options.

“NTM lung disease is one of the most misunderstood and misdiagnosed conditions we see today,” said Amy Leitman, JD, President of NTMir. “It doesn’t just threaten lives—it disrupts them. But the earlier we recognize the symptoms, the better our chances of preventing severe lung damage and improving patient outcomes.”

Most people diagnosed with NTM also have bronchiectasis, a condition that causes permanent damage to the airways. When combined, the diseases can lead to a vicious cycle of recurring infections, declining lung function, and years of missed opportunities for proper care.

“We want to empower people to listen to their lungs,” said Leitman. “If someone is experiencing persistent coughing, fatigue, shortness of breath, or unexplained weight loss—don’t wait. Ask your doctor if NTM could be the cause.”

World NTM Day: Raising Voices, Inspiring Action

This year’s theme, “Recognize. Respond. Rise Together,” emphasizes the critical need for:

• Early diagnosis through improved screening protocols
• Patient education and community engagement
• Investment in research and innovation to support more effective and accessible treatments

To that end, NTMir continues to lead efforts to:

• Deliver comprehensive educational resources on diagnosis, treatment, and ongoing clinical research
• Support a global network of patients and caregivers through online communities and local support groups
• Advocate for increased research funding and policy change to address the unmet needs of the NTM community

Visit www.WorldNTMDay.org for patient stories, educational tools, clinical trial information, and ways to take action.

How You Can Help:

• Learn the symptoms and risk factors by visiting WorldNTMDay.org
• Share social media posts, videos, and infographics using #WorldNTMDay2025
• Join a support group or community event near you
• Encourage your healthcare providers to consider NTM in patients with unexplained respiratory symptoms

Together, we can improve outcomes, expand awareness, and give a stronger voice to those living with NTM lung disease.

About NTM Info & Research (NTMir):
NTM Info & Research (NTMir) is a national 501(c)(3) non-profit organization formed on behalf of patients with pulmonary nontuberculous mycobacterial (NTM) disease for patient support, medical education and research. The organization serves patients, healthcare providers and researchers dealing with bronchiectasis and NTM. It advocates a broad agenda to promote early diagnosis, improved treatments, and research. The mission is to bring a voice to the concerns of all our constituents with government officials and agencies that guide, research, and regulate therapies developed to treat these diseases. NTM Info & Research recognizes the need for advancement in education and treatment of bronchiectasis.

About World NTM Day 2025:

World NTM Day, observed annually on August 4, is a global awareness initiative led by NTM Info & Research (NTMir) to spotlight the rising impact of nontuberculous mycobacterial (NTM) lung disease—a serious and often misunderstood condition that affects tens of thousands each year.

The 2025 theme, “Recognize. Respond. Rise Together,” underscores the urgent need to increase awareness, improve early detection, and empower patients and providers with knowledge. As NTM cases continue to climb and too many remain undiagnosed or misdiagnosed, World NTM Day calls on the global community to take action—by learning the signs, supporting those affected, and advancing research that brings hope for better outcomes.

 

 

 

 

 

View original content:https://www.prnewswire.com/news-releases/the-hidden-lung-infection-impacting-millions-world-ntm-day-puts-spotlight-on-awareness-302520089.html

SOURCE NTM Info & Research (NTMir)

MANILA, Philippines, Aug. 4, 2025 /PRNewswire/ — Ayala Corporation, one of the oldest conglomerates in ASEAN, has been recognized as one of the top 50 publicly listed companies in the ASEAN region and among the top five in the Philippines for excellence in corporate governance in the 2025 ASEAN Corporate Governance Conference and Awards.  

Ayala’s inclusion in the awards affirms its world-class corporate governance practices, placing it among the world’s best in business transparency and accountability, board effectiveness, sustainability, and stakeholder engagement.  

“At Ayala, we believe that excellence in corporate governance enables decision making processes and actions that are purposeful and consistent with our objective to build businesses that enable people to thrive. At the same time, a strong governance ethic is key to maintaining investor interest and confidence. We are truly honored to be granted this distinction, which inspires us to continue with our efforts to do business with integrity, transparency and accountability for the benefit of all our stakeholders,” said Ayala Corporation Chief Legal Officer, Compliance Officer, Corporate Secretary and Corporate Governance Group Head Franchette M. Acosta.

The ASEAN CGCA 2025, held on July 24 in Kuala Lumpur, Malaysia, honored top publicly listed companies from the Philippines, Indonesia, Malaysia, Singapore, Thailand and Vietnam. It followed an assessment of their corporate governance practices based on publicly available disclosures.   

Ayala business unit Globe Telecom Inc. was also named among the top 50 ASEAN companies and top 5 in the Philippines. Meanwhile, five other Ayala companies made it to the list of ASEAN Asset Class companies, namely ACEN Corporation, AREIT, Inc., Ayala Land, Inc., AyalaLand Logistics Holding Corp., and Bank of the Philippine Islands.

ASEAN Asset Class companies are those that reached the cutoff score of 97.5 points—or at least 75% of the maximum score of 130 under the ASEAN Corporate Governance Scorecard. A total of 35 Philippine companies made the score this year.

In a statement, the ASEAN CGCA said the latest assessment showed sustained improvement in corporate governance practices in the region, particularly in the areas of board accountability, shareholder rights, disclosure practices and sustainability integration.

Learn more about Ayala Corporation on ayala.com.

About Ayala Corporation

For 191 years, Ayala Corporation has been building businesses that enable people to thrive.

Ayala, currently one of the largest conglomerates in the Philippines, has meaningful presence in real estate, banking, telecommunications, and renewable energy. It likewise has a growing presence in healthcare, mobility, and logistics as well as investments in industrial technologies, education, and other ventures. Ayala manages its corporate social responsibility initiatives through Ayala Foundation.

Visit our website at https://ayala.com and follow us on LinkedIn to learn more about the company. 

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SOURCE Ayala Corporation

AUCKLAND, New Zealand, Aug. 4, 2025 /PRNewswire/ — MGI Tech Co., Ltd. (“MGI”), a company dedicated to developing core tools and technologies that drive innovation in life sciences, has joined efforts with Lincoln University in Canterbury to address sustainable challenges in viticulture through advanced sequencing technology. The initiative aims to utilize genomics to breed better varieties of grapevines and hops that are tolerant and resistant to pests and diseases, thus reducing fungicide use across New Zealand’s $2.1 billion wine export industry.   

Viticulture Challenges in New Zealand: Disease, Chemicals and Sustainability Pressure

Viticulture is a significant economic source of revenue for New Zealand, ranking as the nation’s sixth-largest export earner.^[1]

However, like many primary sectors, it faces intensifying pressure to improve sustainability and reduce environmental impact. The country’s vineyards are particularly vulnerable to fungal diseases, often requiring frequent and broad-spectrum spraying to maintain vine health and grape quality.

Each year, New Zealand farmers apply approximately 3,400 tonnes of pesticides. Alarmingly, under the US Environmental Protection Agency classification, 60% of fungicides and 72% of plant growth regulators used locally are considered potential carcinogens. This has placed the sector in the crosshairs of consumer and environmental scrutiny, particularly as climate change drives more volatile weather conditions that heighten disease risks.^[2]

New Pathways from Genomics

To address these challenges, a team of New Zealand scientists has started a genomic study to reduce the wine sector’s reliance on chemical sprays. By using advanced sequencing technology, researchers can now rapidly scan thousands of grapevine samples to identify those with natural resistance to disease and environmental stress.

Associate Professor Christopher Winefield, from Lincoln University’s Department of Wine, Food & Molecular Biosciences, who first introduced genomics into his research to explore traits like fungal tolerance and soil health response, is now scaling the project significantly through MGI’s high-throughput sequencing platform.

This approach not only opens a pathway to breed more resilient grape varieties, it also enables real-time monitoring of vineyard conditions, laying the foundation for more targeted, sustainable and cost-effective vineyard management.

The genomics practices allow scientists to map the natural genetic diversity within thousands of grapevines, identifying those with inherent disease resistance. Early findings suggest that, with targeted intervention informed by this data, chemical spray use could be reduced by up to 80% in some vineyards.

“You’re never going to get to zero,” says Winefield , “but even removing a single late-season spray has multiple benefits – lower costs, less residue in the wine and reduced pressure on soil health and the environment.”

The MGI Sequencing: Achieving Genomics at Scale

Lincoln University researchers have installed the MGI DNBSEQ-G400 genome sequencer, a next-generation sequencing platform enabling unprecedented scale and speed in genomics with economic cost. Traditionally, testing a few hundred grapevine samples per year was considered standard. Now, the lab can process over 50,000 annually – a one-hundredfold increase in volume.

“The introduction of MGI sequencing tools has really helped democratise sequencing for small teams like myself,” says Winefield. “The cost of that sequencing is highly competitive. We’re now looking to process up to 50,000 samples a year – we simply couldn’t do that without MGI’s support”

The MGI DNBSEQ-G400 platform can also support real-time sequencing to detect pathogens like powdery mildew and mealybug. This enables precision agriculture approaches, where interventions are localised rather than applied uniformly.

“Instead of scheduled spraying, farmers can move to evidence-based treatment. It’s a shift from blanket coverage to pinpoint accuracy. That means fewer chemicals in the environment and better resistance management,” says Winefield.

The genomic data is also helping scientists identify vines that are more resilient under water stress or nutrient limitations – a key consideration as climate volatility increases.

Dr. Bicheng Yang, Director of MGI Australia, says the project showcases how modern genomics can drive sustainability.

“This is a powerful example of how cutting-edge technology supports the future of agriculture. By helping researchers uncover the genetic drivers of disease resistance, we’re enabling the industry to move away from chemical dependency and toward natural plant resilience.”

The ability to conduct these tests domestically also removes the logistical and financial barriers of sending samples overseas, saving critical time during the growing season.

A Commercial Vision: Democratising Genomic Testing

Beyond academia, the project has commercial ambitions. Winefield and his colleagues are forming a standalone venture to bring affordable genomic testing to the country’s broader agriculture sector. The startup will serve viticulture, horticulture, and dairy farms, giving producers access to real-time insights previously confined to high-cost labs.

“This is about getting world-class science into farmers’ hands,” Winefield says. “Our goal is to process a million samples annually at launch and grow to 10 million within five years.”

This data-driven model would enable even small-scale producers to detect early signs of disease, make proactive crop management decisions, and cut down on unnecessary chemical inputs.

Environmental and Economic Impact

The implications of the study extend well beyond New Zealand. With international viticulture facing similar challenges, the Canterbury research could become a blueprint for sustainable production globally. According to Winefield, New Zealand’s unique microclimates and robust science infrastructure make it an ideal testbed.

“New Zealand may never feed the world by volume,” he says, “but we can lead through better science. Exporting our genomic insights, tools and resilient plant stock could transform productivity and environmental outcomes for global agriculture.”

Toward a National Infrastructure

Winefield envisions a future where genomic diagnostics become as routine in farming as soil testing or weather tracking.

“This isn’t just about grapevines. Whether it’s hops, kiwifruit, apples or livestock, we can use this data to reduce disease pressure, improve yields and make smarter input decisions.”

Climate change adds urgency. With warmer, wetter conditions driving earlier and more aggressive outbreaks of disease, traditional spraying schedules are proving less effective. The genomic model offers farmers the precision and agility to adapt to real-time environmental changes.

About MGI:

MGI Tech Co., Ltd. (or its subsidiaries, together referred to as MGI) is committed to building core tools and technologies that drive innovation in life science. Our focus lies in research & development, manufacturing, and sales of instruments, reagents, and related products in the field of life science and biotechnology. We provide real-time, multi-omics, and a full spectrum of digital equipment and systems for precision medicine, agriculture, healthcare, and various other industries.

Founded in 2016, MGI has grown into a leader in life science, serving customers across six continents and establishing research, manufacturing, training, and after-sales service facilities globally. MGI stands out as one of the few companies capable of independently developing and mass-producing clinical-grade gene sequencers with varying throughput capacities, ranging from Gb to Tb levels. With unparalleled expertise, cutting-edge products, and a commitment to global impact, MGI continues to shape the trajectory of life sciences into the future.

For more information, please visit https://en.mgi-tech.com/, LinkedIn, X and YouTube.

 

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SOURCE MGI Tech

BANGALORE, India, Aug. 4, 2025 /PRNewswire/ — SatSure Analytics India Pvt. Ltd., one of the leading Earth Observation (EO) data refinery platforms, has partnered with Kenya Agricultural and Livestock Research Organisation (KALRO) to revolutionize agricultural productivity and resilience in Kenya through the use of advanced satellite data and analytics.

This strategic collaboration aims to integrate SatSure’s expertise in Earth observation and artificial intelligence with KALRO’s extensive research capabilities to drive data-driven decision-making in the agriculture sector. The partnership will focus on leveraging satellite imagery, remote sensing, and advanced analytics to provide actionable insights for crop monitoring, yield forecasting, soil health assessment, and climate resilience strategies.

Speaking on the partnership, Dhruva Rajan, Chief Revenue Officer at SatSure, stated,

“We’re thrilled to collaborate with KALRO in bringing cutting-edge geospatial intelligence to Kenya’s agricultural landscape. This strategic partnership marks a significant step toward enabling data-driven policymaking, strengthening food security, and empowering smallholder farmers with near real-time insights into crop health, weather variability, and sustainable practices.”

KALRO, a premier institution in agricultural research, is committed to improving agricultural productivity and sustainability in Kenya. Salim Kinyimu, ICT Director at KALRO, commented, “Our partnership with SatSure aligns with our vision of integrating technology into agricultural research and extension services. By harnessing satellite-based analytics, we can better understand climate impacts, optimize resource utilization, and empower farmers with precise, timely information.”

Paving the Way for Innovation

The MoU between SatSure and KALRO will pave the way for pilot projects, joint research initiatives, and the development of digital tools that support agricultural stakeholders, including government agencies, agribusinesses, and farmers.

By combining SatSure’s geospatial intelligence capabilities with KALRO’s on-ground expertise, the collaboration is set to enhance Kenya’s agricultural resilience and contribute to the country’s food security goals.

About SatSure
SatSure is one of the world’s leading Earth Intelligence companies, delivering analytics-ready data products that enable contextual, industry-specific Earth Observation (EO) solutions at a global scale.

It is an end-to-end EO data refinery platform—transforming EO data into decision intelligence—designed to address global challenges across sectors such as Agriculture, Banking, Aviation, Utilities and Critical Infrastructure, and Natural Resources, including Water and Forestry.

About KALRO
The Kenya Agricultural and Livestock Research Organization (KALRO) is a premier research institution dedicated to enhancing agricultural productivity and rural development in Kenya. KALRO conducts cutting-edge research in crop sciences, livestock management, and sustainable farming practices to support the country’s agricultural sector.

Photo: https://mma.prnewswire.com/media/2743338/KARLO_X_SatSure.jpg
Logo: https://mma.prnewswire.com/media/2162476/5443294/Satsure_Logo.jpg

 

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SOURCE SatSure

HONG KONG, Aug. 4, 2025 /PRNewswire/ — A collaborative research team led by Hong Kong Baptist University (HKBU) has developed a multifunctional nanorobot equipped with silver and gold nanorods to facilitate high-performance pollutant degradation and bacteria elimination, with its mobility navigated by the application of magnetic fields. The invention holds potential for broad applications in antibacterial treatments, sewage management, and biomedicine.

Chemical pollution, pathogenic bacteria, and biofilms (a community of microorganisms embedded in a slimy matrix) pose significant threats to public health. In response, scientists have developed various nanoplatforms with catalytical and antibacterial properties. However, creating a remotely controllable nanorobot with precise targeting and propulsion capabilities, which aims to enhance efficacy and flexibility in treatment strategies, remains a challenge. 

Professor Ken Leung Cham-fai, Associate Professor of the Department of Chemistry at HKBU, in collaboration with scientists from the University of Science and Technology of China, Hefei University of Technology, and the Dongcheng branch of the First Affiliated Hospital of Anhui Medical University, have designed and fabricated a nanorobot, which demonstrates capabilities in breaking down organic pollutants, exhibits antibacterial properties, and removes biofilms. The research findings have been published in the academic journal Advanced Healthcare Materials.

The multifunctional nanorobot has a hollow spherical structure with the following components and features:

• The core composes of iron oxide, a magnetic material that enables control of the nanorobot’s movement with the application of magnetic fields, so that the nanorobot can navigate along predetermined paths;
• The middle layer consists of silver and gold bi-metallic nanorods, which act as catalyst for chemical reactions that facilitate the degradation of organic pollutants, and inhibit the growth or disrupt the function of bacterial cells;
• The outer layer is made of polydopamine, a biocompatible material that protects and stabilises the inner components; and
• A large cavity and mesoporous structure that can be used as drug carriers.

To test the efficacy of the nanorobot in pollutant degradation, the research team created simulated miniature wastewater pools. Driven by magnetic fields, the nanorobots accurately moved to two of the chambers and stayed there for one minute. Subsequent tests showed that the levels of both 4-nitrophenol, an organic pollutant from industrial and agricultural activities, and methylene blue, an organic dye typically found in industrial wastewater, were reduced significantly.

The research team also discovered that the nanorobot demonstrates antibacterial capability. The team used the nanorobot loaded with zinc phthalocyanine to investigate the antibacterial effects of silver and gold on Escherichia coli and Staphylococcus aureus under various conditions, including controlling the nanorobots’ movement with magnetic fields, and applying light sources including near-infrared laser and xenon lamp irradiation. When magnetic fields, near-infrared laser and xenon lamp irradiation were applied together, the nanorobot loaded with zinc phthalocyanine achieved up to 99.99% inhibition of bacterial proliferation.

The magnetic propulsion capability of the nanorobot loaded with zinc phthalocyanine also enables it to effectively remove bacterial biofilms. When the nanorobots were introduced to biofilms grown in experiment plates, and U-shaped tubes with magnetic fields and light source were applied, they effectively disrupted and removed biofilms. When magnetic fields, near-infrared laser and xenon lamp irradiation were applied together, the most significant biofilm removal and lowest bacterial survival rates were recorded. The study highlights the potential of the nanorobot in addressing biofilm-associated infections and blockages in confined spaces like catheters.

Professor Ken Leung Cham-fai said: “Our research results show that the multifunctional nanorobot developed by our research team exhibits precise catalytic capabilities, high antibacterial activity, and effective biofilm removal properties. Its mobility navigated by magnetic fields enables pollutant degradation and antibacterial activities to be conducted in a controlled, precise and effective manner. This multifunctional nanorobot possesses significant potential for applications in sewage treatment, biomedicine, and other fields.”

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SOURCE Hong Kong Baptist University

TransEleven Claims Managers is pleased to announce that Chief Executive Officer, Shelle Hobbs, has been nominated for two Women in Insurance Awards (UK).

DALLAS, Aug. 4, 2025 /PRNewswire/ — TransEleven Claims Managers is pleased to announce that Chief Executive Officer Shelle Hobbs, has been nominated for two Women in Insurance Awards. Shelle has been nominated as Claims Professional of the Year and London Market Professional of the Year. The Women in Insurance Awards, being held at the historic Grosvenor House in London on October 23, 2025, is the premier awards event showcasing the achievement of women in the general insurance market in the UK. She was nominated by her peers for her leadership of TransEleven Claims Managers, serving underwriters and coverholders in the London Insurance Market.

“I am truly honored to be nominated along with an amazing group of women in 25 categories,” stated Hobbs. “More than anything, this nomination brings recognition to the work we do at TransEleven Claims Managers in the London Market and as a globally respected TPA and Lloyd’s Delegated Claims Administrator (DCA). Just to be nominated is an award in itself. It reinforces our reputation in the UK marketplace.”

About Women in Insurance Awards (UK)

These annual awards are open to those working for firms operating in and deriving a significant portion of their revenue as suppliers from the UK’s general industry, or those who operate in an insurance capacity outside the industry. The awards honor the achievements of women across all sectors of the market at all levels and disciplines. Judges for 2025 include dozens of industry leaders from Lloyds, MGAA, BIBA and firms like Markel International, AVIVA and KPMG.

For more information visit: www.womenininsuranceuk.co.uk or www.womenininsuranceuk.co.uk/2025

About TransEleven Claims Managers

Founded in 2014, TransEleven Claims Managers (TCM) is one of the most highly respected third-party claims administrators in the U.S. serving the London Insurance Market. TransEleven provides comprehensive claims administration, litigation management and program development services to foreign and domestic insurers who underwrite and manage risk. TCM specializes in claims administration services for programs placed by coverholders authorized to work in the London Market. TransEleven is a London Market Expert and a Lloyd’s approved Delegated Claims Administrator (DCA).

Press Contact: K. Wright, 844.281.2811, https://www.trans11claims.com/

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SOURCE TransEleven Claims Managers