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Nagpur: Union Minister of Coal and Mines G. Kishan Reddy, currently on a two-day visit to Western Coalfields Limited (WCL), virtually inaugurated and laid the foundation stone for several infrastructure and development projects while reviewing the company’s operational performance.

During the programme on Friday, the Minister virtually flagged off 25 electric vehicles aimed at supporting cleaner and more efficient operations within the organisation. He also laid the foundation stones for three major projects: the Black Diamond Sports Stadium in the Kamptee area of Nagpur, the Swami Vivekananda Eco Park in Tadali in Wani area, and a First Mile Connectivity (FMC) Project at the Sasti Open Cast Mine in the Ballarpur area.

The projects are expected to strengthen regional infrastructure, promote environmental sustainability, and modernise coal mining operations.

Following the inauguration, the Union Minister conducted a detailed review meeting on WCL’s performance, focusing on coal production, safety measures, sustainable development initiatives, environmental protection, and upcoming projects.

Praising the work culture and performance of the organisation, Reddy commended Team WCL for its achievements and expressed confidence that the company would deliver even stronger results in the current financial year. He also discussed WCL’s role in the evolving landscape of the coal industry.

During the meeting, WCL Chairman-cum-Managing Director Harish Duhan presented a detailed overview of the company’s achievements during the financial year 2025–26.

Senior officials present at the meeting included Sanoj Kumar Jha, Additional Secretary in the Ministry of Coal, B. Sairam, Chairman of Coal India Limited, along with other senior officers from the Ministry of Coal, Coal India Limited, and WCL.

As part of his visit, the Union Minister will also inspect the ongoing mine closure process at the Murpar underground mine on March 14, 2026. He is scheduled to hold a meeting with the District Collector and members of the Mine Closure Advisory Committee (MCAC).

Representatives from WCL’s Mine Closure team, non-governmental organisations, consultants, and members of local villages are expected to participate in the meeting to discuss issues related to mine closure and rehabilitation.

India’s medical devices industry is entering a period of rapid transformation. Long considered a small but essential part of the healthcare ecosystem, the sector is now drawing major policy attention and investor interest as the country works toward a projected $30 billion market by 2030.

Industry analysts say the growth will be driven by a combination of rising healthcare demand, government incentives for domestic manufacturing, and increasing adoption of advanced medical technologies.

A Market on a Strong Growth Path

India’s medical devices market is currently estimated at around $12–14 billion, but the sector has been expanding at a double-digit annual growth rate of roughly 15%. If this pace continues, the market could more than double within the next five years.

Several structural factors are supporting this expansion. India’s population of more than 1.4 billion is aging, lifestyle diseases such as diabetes and cardiovascular conditions are rising, and access to healthcare services is improving across smaller cities. Together, these trends are increasing the demand for diagnostic equipment, implants, consumables, and digital medical technologies.

Hospitals and diagnostic centers are also investing more heavily in modern equipment as healthcare infrastructure grows in both public and private sectors.

Government Push for Domestic Manufacturing

A major catalyst for growth has been the government’s push to reduce import dependence and strengthen local manufacturing.

India currently imports around 70–80% of its medical devices, particularly high-value products such as imaging equipment, implants, and advanced diagnostic systems. To address this gap, the government has introduced initiatives such as the Production Linked Incentive (PLI) scheme for medical devices, along with the creation of dedicated medical device parks in several states.

These measures aim to attract global manufacturers, encourage domestic production, and create a stronger supply chain ecosystem.

Policy support is also helping the industry move beyond low-value consumables toward more sophisticated products such as diagnostic imaging systems, surgical equipment, and high-precision implants.

Growing Investment and Global Partnerships

Global medical technology companies are increasingly looking at India as both a manufacturing hub and a major growth market.

International firms are expanding local production facilities and forming partnerships with Indian manufacturers to serve both domestic and export markets. At the same time, Indian startups are entering the field with innovations in digital health, AI-enabled diagnostics, and affordable medical technologies designed for emerging markets.

Venture capital investment in health technology has also accelerated, with investors backing companies developing portable diagnostic devices, wearable monitoring systems, and telemedicine platforms.

Opportunities in Tier-2 and Tier-3 Cities

While metropolitan hospitals have traditionally driven demand for advanced medical equipment, the next wave of growth is expected to come from Tier-2 and Tier-3 cities.

Healthcare infrastructure is expanding rapidly in these regions as private hospital chains and diagnostic networks move beyond major urban centers. Government health insurance programs and rising middle-class incomes are also increasing healthcare access.

As a result, demand for imaging equipment, point-of-care diagnostic devices, and affordable medical technologies is rising across smaller cities and semi-urban areas.

Challenges Remain

Despite strong growth prospects, the sector still faces several challenges.

Industry leaders often cite regulatory complexity, limited domestic component manufacturing, and price controls on certain medical devices as areas that need further policy clarity. High research and development costs also make it difficult for smaller companies to scale advanced technology production.

Supply chain constraints and reliance on imported components remain another concern for manufacturers aiming to build a fully integrated domestic ecosystem.

The Road to 2030

Even with these challenges, the long-term outlook for India’s medical devices sector remains optimistic.

If current growth momentum continues, analysts believe the industry could reach $30 billion by 2030, positioning India as one of the fastest-growing medical device markets in the world.

For policymakers, the sector offers an opportunity to strengthen healthcare infrastructure while building a globally competitive manufacturing base. For investors and technology companies, it represents a market where demand, innovation, and policy support are beginning to align.

The coming decade will determine whether India can turn this potential into a robust medical technology ecosystem that serves both domestic healthcare needs and global markets.

Mar 14th:  FUJIFILM India, a leader in advanced diagnostic imaging and healthcare technology, has announced the installation of a comprehensive suite of advanced diagnostic and medical equipment at Porunai Hospitals, Tirunelveli, further strengthening the hospital’s diagnostic capabilities and reinforcing the role of technology in expanding access to quality healthcare in South India.

The installation includes CT System Supria 32, Amulet Innovality Mammography which includes the state-of-the-art features available globally, FDR Smart F – 40 kW Digital Radiography, Bone Mineral Densitometry (BMD), along with EP 6000 Endoscopy video processor with Multi-LED light source and Dry Chemistry analyser DRI-CHEM NX 600, enabling Porunai Hospitals to enhance its diagnostic ecosystem across multiple clinical domains.

At the center of this deployment is the Supria 32 CT system, a 32-slice CT platform designed to deliver high-resolution imaging with optimized radiation dose and efficient workflows across routine and advanced diagnostics. The installation marks the first deployment of the Supria 32 CT system in Tamil Nadu, reflecting Porunai Hospitals’ commitment to adopting advanced imaging technologies to support accurate diagnosis and improved patient outcomes. 

Complementing the CT platform is the FDR Smart F digital radiography system, which enables high-quality imaging with fast acquisition speeds and dose-optimized performance across a wide range of radiography applications. Designed to support high-throughput clinical environments, the system enhances operational efficiency while ensuring reliable diagnostic performance for everyday clinical needs.

The deployment also includes the Amulet Innovality mammography system, a digital mammography platform equipped with advanced detector technology and low-dose imaging capabilities. As the first installation of its kind in South Tamil Nadu, the system strengthens women’s healthcare services in the region by supporting early and accurate breast cancer detection through advanced imaging technology. 

Further strengthening preventive diagnostic capabilities, an advanced Bone Mineral Densitometry (BMD) system has also been installed, enabling precise assessment of bone health and early detection of osteoporosis. This installation marks the first advanced BMD system in South Tamil Nadu, expanding access to specialized diagnostics and preventive screening in the region. In addition to imaging technologies, the deployment also includes EP 6000 Endoscopy video processor with Multi-LED light source and Dry Chemistry analyser DRI-CHEM NX 600, helping Porunai Hospitals strengthen its diagnostic ecosystem across multiple clinical domains, including gastroenterology, pathology, and preventive screening.

Commenting on the development, Dr D.R. Sivakumar MBBS, MS, DLS, Medical Superintendent, Porunai Hospitals and Research Centre, said, “At Porunai Hospitals, our focus has always been to strengthen diagnostic capabilities so that patients in our region have access to reliable and advanced healthcare services. The installation of these advanced imaging and diagnostic systems significantly enhances our ability to provide accurate and timely diagnosis across multiple clinical areas, including radiology, preventive screening, etc.”

Speaking on the collaboration, Mr. Nagaraj Kempaiah, National Head – Private Business, FUJIFILM India, said: “At FUJIFILM India, our commitment is closely aligned with the Fujifilm Group’s global purpose of ‘Giving our world more smiles’ by expanding access to reliable, advanced, and patient-centric diagnostic technology. Tamil Nadu continues to be one of India’s most progressive healthcare markets, with a strong focus on preventive healthcare, cancer screening, and technology-driven clinical services. Partnerships such as this with Porunai Hospitals play an important role in bringing advanced imaging solutions closer to Tier-2 and Tier-3 regions. Our collaboration reflects Fujifilm’s commitment to strengthening regional healthcare infrastructure by supporting hospitals with innovative technologies that enable early detection, clinical confidence, and improved patient outcomes.”

Through collaborations with progressive healthcare institutions such as Porunai Hospitals, FUJIFILM India continues to expand access to advanced diagnostic technologies, supporting early detection, preventive healthcare, and improved clinical outcomes while enabling healthcare providers to manage increasing patient volumes with greater efficiency and diagnostic confidence.

DALLAS, Mar 14th:  Patients without diabetes who switched GLP-1 receptor agonist (GLP-1RA) drugs for overweight or obesity were more likely to stick with their treatment longer than those who didn’t switch, according to a new study by UT Southwestern Medical Center researchers. The findings, published in JAMA Network Open, suggest that medication changes are not uncommon among patients undergoing weight loss and that clinicians should encourage them to change GLP-1RAs if necessary to promote continuity of care.

“This study provides one of the largest real-world descriptions to date of how adults with overweight or obesity use and switch GLP-1RAs over time,” said first author Luyu (Amber) Xie, Ph.D., Pharm.D., Assistant Professor in the Peter O’Donnell Jr. School of Public Health and co-Director of the Biostatistics and Data Science Core at UT Southwestern. “It highlights that long-term persistence is low and that switching between medications is a relatively common part of ongoing treatment rather than a sign of failure.”

The study examined insurance claims from nearly 127,000 U.S. adults with overweight or obesity who initiated GLP-1 therapy between 2019 and 2024. By tracking medication use over 12 months, the researchers found that treatment often did not follow a linear path. Instead, many patients adjusted therapy in response to side effects, access, insurance coverage, and the introduction of new medications.

GLP-1RAs, including semaglutide, liraglutide, and tirzepatide, are now a central part of obesity treatment. However, maintaining long-term adherence to the drugs has been challenging.  

In the study, only a quarter of the patients remained on any GLP-1RA one year after starting, with roughly 1 in 5 patients transitioning to a different GLP-1RA during that period. Patients who switched were more likely to continue treatment and showed higher adherence than those who remained on their initial medication, suggesting adjustments often reflected active management.
“Switching between GLP-1RA medications should be viewed as a normal part of long-term obesity care,” said senior author Sarah Messiah, Ph.D., M.P.H., Professor of Epidemiology and Pediatrics, Associate Dean for Research in the O’Donnell School of Public Health, and Director of the Child and Adolescent Population Health Program. “Persistence should not be judged by staying on a single drug indefinitely, but by maintaining engagement in care and working with clinicians to find sustainable, effective treatment strategies over time.”

The researchers also visualized treatment pathways to illustrate how patients transitioned among medications during the study period. Newer, once-weekly injectable therapies frequently served as both starting points and switch destinations, reflecting their growing role in obesity management.

“In today’s clinical environment, successful obesity care often involves adapting treatment over time rather than expecting a single medication to meet every patient’s needs indefinitely,” said co-author Jaime Almandoz, M.D., M.B.A., Professor of Internal Medicine in the Division of Endocrinology and Medical Director of UTSW’s Weight Wellness Program.

The findings underscore the importance of setting clear expectations with patients early in treatment, including the possibility that more than one medication may be prescribed before a long-term approach is identified. 

The authors said future research will explore how patient characteristics, specific medications, and timing of therapy influence treatment trajectories, with the goal of informing more personalized and sustainable approaches to obesity care.

Other UTSW researchers who contributed to this study are Diego Anazco Villarreal, M.D., Internal Medicine resident; Azucena Herrera Chancay, M.D., Internal Medicine fellow; M. Sunil Mathew, M.S., Senior Population Science Data Manager; and Jackson Francis, M.P.H., Population Science Project Coordinator.

The study was supported by the UTSW Clinical and Translational Science Award, the National Institutes of Health (1U54TR00236), the Texas Health Resource Clinical Scholar program, and the UTSW Nutrition & Obesity Research Center (NORC). 

Jaipur: In contemporary interiors, certain elements have the ability to define a space almost instantly. Among them, statement chandeliers hold a particularly influential role. More than sources of illumination, they act as architectural anchors, establishing visual identity, reinforcing spatial hierarchy, and bringing cohesion to the design. Their presence shapes not only how a room looks, but how it is experienced.

As homes increasingly embrace open layouts and expansive volumes, the role of the chandelier has become even more significant. These fixtures introduce structure within openness, helping organize space without the need for physical divisions. A well-placed chandelier naturally draws the eye, creating a focal point that grounds the surrounding design.

“A chandelier has the ability to transform the perception of a room,” says Naman Jain, Founder of Lumeil. “It becomes a visual reference point that helps define proportion, scale, and atmosphere. When chosen thoughtfully, it strengthens the architectural intent rather than simply adding decoration.”

In living areas, chandeliers often become the defining visual element. A piece like the Mushroom Medley Crystal Chandelier introduces depth through its layered crystal composition, allowing light to interact dynamically with the space. Its presence adds dimension without overwhelming the environment, making it particularly suited to contemporary interiors that balance minimalism with warmth.

Similarly, the Orbit Rose Gold Crystal Chandelier offers a sculptural expression of modern lighting. Its circular form introduces rhythm and continuity, while the rose gold finish brings a sense of subtle richness. Fixtures like these demonstrate how chandeliers contribute not only illumination, but also spatial character.

Their importance becomes even more evident in entrance foyers and double-height volumes, where lighting must complement architectural scale. A carefully selected chandelier enhances vertical continuity, guiding the eye upward and reinforcing the openness of the space.

“Entrance spaces set the tone for what follows,” explains Jain. “A chandelier placed here creates an immediate sense of identity. It introduces clarity and establishes the design language from the moment one enters.”

While chandeliers provide focal presence, wall lighting plays an equally important supporting role. Fixtures such as the Opalescent Warm White Indoor Wall Light introduce softness and depth, highlighting surfaces while ensuring visual continuity. These elements work together to create layered environments where light enhances both form and material.

Wall lights also contribute to the rhythm of a space, particularly in corridors and transitional areas. They ensure that the experience of moving through a space feels intentional rather than incidental.

At Lumeil, the approach to decorative lighting is rooted in understanding how fixtures interact with architecture. Each piece is selected not only for its visual appeal, but for its ability to integrate seamlessly into the design.

“We see lighting as an essential architectural element,” says Naman Jain. “The right chandelier becomes part of the space’s identity. It adds depth, reinforces structure, and ensures that the environment feels complete.”

As contemporary interiors continue to evolve toward openness and material clarity, statement chandeliers remain central to defining spatial character. They bring presence without excess and clarity without distraction. When thoughtfully integrated, they do more than illuminate. They help shape spaces that feel enduring, intentional, and complete.