Atossa Abrahamian’s “The Hidden Globe” unpacks this sense of mystery and reveals how money flows far more freely than people or even goods. The author, herself with transnational roots, investigates how the laws of the land are creatively circumvented by the wealthy and powerful. Through her journalistic lens, Abrahamian maps a parallel world composed of freeports, offshore havens, charter cities, and corporate-controlled micro-jurisdictions, all designed to help the world’s richest individuals and organizations escape regulation, scrutiny, and taxation. 

I discovered this book through the newsletter of Parag Khanna, whose work I have followed on the future of map of the world. Parag writes about future trends and coincidentally at one occasion I have shared the opportunity to even contribute to a book together with Parag. So, seeing this title in the newsletter spiked my curiosity and I had to read it. 

The book’s journey begins in Switzerland’s mountainous cantons, relating their historical role as inventors of sovereignty for sale—first by renting out mercenary fighters, then evolving into a landscape littered with secretive bank accounts and legal fictions. Abrahamian traces this idea well beyond the Alps: she chronicles how entire cities change hands, how companies relocate to minimize taxes, and how priceless works of art move through freeports—literal warehouses exempt from local jurisdiction, where the provenance and ownership of masterpieces can be obscured by the ultra-wealthy.

What resonated deeply with me is how “The Hidden Globe” connects these global phenomena to the places and institutions I encountered as a young professional in Switzerland. Abrahamian’s Geneva emerges as the book’s axis: a hub where humanitarian ideals and financial secrecy coexist, where the international order’s keepers walk the same streets as those who quietly hack it for gain. This city—and by extension, the book—poses tough questions about fairness, transparency, and the true nature of borders in the digital and financial age.

As we navigate an era of dramatic geopolitical uncertainty, with wealth and populations on the move, “The Hidden Globe” is an illuminating guide for anyone keen to understand the forces shaping today’s health, economic, and social systems. Abrahamian does not resort to easy finger-pointing; instead, she sketches a nuanced landscape peopled by consultants, economists, and policymakers whose actions have consequences felt far beyond hidden vaults and distant boardrooms.

In summary, this book opens a vital window into the architecture of the “hidden globe” that quietly determines who wins and loses in the globalized world. For readers of InnoHEALTH—especially those working in global science, public policy, or international organizations—Abrahamian’s investigation is not just timely; it’s essential reading to grasp the invisible infrastructure that shapes both opportunity and inequality today. 

The post Book Review- The Hidden Globe appeared first on InnoHEALTH magazine.

In this episode of InnoHEALTH Magazine, Dr. Rakesh Kumar Gorea, a leading figure in forensic nursing, shared his insights into the vital role forensic nursing plays in medico-legal cases, particularly in India. Dr. Gorea, known as the father of forensic nursing in India, discussed how this discipline is shaping medico-legal practice and improving the care and justice system for victims of various crimes, including domestic violence, child abuse, and sexual assault.

The Journey to Forensic Nursing

Dr. Gorea’s interest in forensic nursing began after attending a lecture by Virginia Lynch, the mother of forensic nursing in the USA, in 2002. The lecture ignited his desire to bring forensic nursing science to India. He believed that, if it was possible in the United States, it could also be implemented in India, where a large number of nurses could be trained to serve as crucial members of medico-legal teams.

Dr. Gorea began his efforts in Punjab, and then gradually expanded throughout North India and other parts of the world, helping establish forensic nursing science as an essential practice in medico-legal cases. He emphasized that forensic nurses, if well-trained, could play a pivotal role in addressing sensitive cases by providing care, collecting evidence, and helping bring justice to victims.

The Role and Scope of Forensic Nurses in India

Forensic nursing is a specialized field, and Dr. Gorea outlined several crucial roles that forensic nurses can undertake. In India, forensic nurses play an important role in different scenarios:

• Post-mortem Care: Nurses can assist in post-mortem examinations, from receiving the body to helping with documentation and communicating with the police. They can even participate in reconstructing mutilated bodies, ensuring that the deceased are returned to their families in the most respectful manner possible.

• Emergency Care: In cases where patients are severely injured or have ingested poison, forensic nurses are instrumental in administering first aid while ensuring that evidence is preserved.

• Sexual Assault: Nurses are trained to handle cases of sexual assault, where they help collect and preserve evidence, provide psychological support to victims, and maintain the chain of evidence as the case moves through the legal system.

• Child and Elder Abuse: Forensic nurses can help identify and report cases of abuse, whether physical or psychological, in children or elderly individuals. They can also provide much-needed psychological support to the victims and their families.

• Mass Disasters and Other Challenging Scenarios: Nurses are trained to handle complex situations like mass disasters, identification of deceased victims, child trafficking, and abuse in prisons.

Dr. Gorea emphasized that forensic nurses are also involved in legal processes, helping police officers collect biological evidence, assisting lawyers in framing cross-questions, and working with insurance companies to prevent fraudulent claims. He believes that forensic nurses have a unique position to aid in the investigation process and improve society through their diverse skill sets.

Training Differences: India vs. Abroad

While forensic nursing has made great strides in India, Dr. Gorea pointed out that the practice varies significantly from Western countries like the USA. In the U.S., forensic nurses predominantly work as sexual assault nurse examiners and at crime scenes or in mortuaries. In contrast, India has visualized a broader scope for forensic nurses, including post-mortem care, emergency response, and working in various cases of abuse and neglect.

Dr. Gorea emphasized the importance of adapting foreign practices to meet the specific needs of India, rather than blindly following Western standards. The unique challenges of the country, including cultural, social, and legal factors, must be taken into account when shaping forensic nursing education and practice in India.

The Role of Ethics in Forensic Medicine

Ethics are paramount in forensic cases, and Dr. Gorea stressed the importance of honesty and integrity in forensic practice. Medical professionals, especially those involved in forensic science, must adhere to ethical principles to ensure justice is served. If medical facts are manipulated or mishandled, the integrity of the entire case could be compromised.

Dr. Gorea believes that teaching ethics is essential, but it must be modeled by leaders in the field. By demonstrating honest, ethical practices, mentors can instill these values in their students and ensure that they carry them forward into their professional lives.

Challenges in the Courtroom

Dr. Gorea also discussed the challenges faced by forensic professionals when presenting medical cases in court. He mentioned that forensic professionals, especially those new to the field, often face difficulties during cross-examination. However, he encouraged his students to be confident and honest, emphasizing that when the truth is on their side, they should speak it freely, no matter how difficult the situation may be.

Other challenges include logistical issues such as long waiting times in courtrooms and the lack of travel reimbursement for professionals summoned to testify. Nonetheless, Dr. Gorea suggested that forensic professionals should maintain professionalism and integrity in court, and he encouraged them to be punctual, prepared, and respectful.

Recommendations for Reform

Dr. Gorea shared his thoughts on potential reforms in forensic medicine, particularly in post-mortem examinations. He noted that the cleanliness and conditions of mortuaries should be improved, and post-mortem exams should ideally be conducted by trained professionals to ensure accurate and reliable reports. He also emphasized the importance of proper training for medical officers involved in forensic work, especially in the areas of rape, poisoning, and injury cases.

Conclusion

Dr. Rakesh Kumar Gorea’s pioneering work in forensic nursing has brought significant improvements to the medico-legal field in India. His emphasis on ethics, education, and social justice has had a lasting impact on how forensic nursing is practiced and how victims of abuse and violence are cared for. As forensic nursing continues to grow, Dr. Gorea’s work and vision will undoubtedly remain a guiding force in shaping the future of the profession in India and abroad.

Authors Biography

Dr. Rakesh Kumar Gorea is a Professor, Emeritus and former Executive Director at Baba Farid University’s Medico-Legal Institute, is the father of forensic nursing in India and a global leader in ethics, education, and child protection.

The post Forensic Nursing in India: Ethics, Justice, and Compassionate Care for Victims appeared first on InnoHEALTH magazine.

In this enlightening episode of the InnoHEALTH Magazine Podcast, Dr. Soumya Singh dives deep into the world of forensic medicine with Dr. Bhim Singh, an expert with over 8,000 autopsies to his name. Dr. Singh is a Professor and Head of Forensic Medicine at Subharti Medical College in Meerut, India. He shares his extensive experience in medico-legal cases, violent deaths, and public health forensics, along with his role in training police officers, judicial personnel, and conducting medico-legal consultations.

The Journey of  Forensic Medicine

Dr. Singh explains that the journey of forensic medicine is rooted in its ancient history, dating back to around 3000 BC when the first murder cases were solved. Forensic medicine applies medical knowledge to the administration of justice, particularly in determining the cause and manner of death in suspicious cases. For instance, if a person sustains an injury and foul play is suspected, the attending doctor must treat the case as a medico-legal one, informing the police for further investigation.

Real World Challenges in Forensic Medicine

The podcast delves into the challenges faced by medical professionals, lawyers, and police in the forensic field. Dr. Singh highlights the common misconceptions that many people in India have about the legal process, often driven by fear of prolonged legal battles or the threat of bribery, which can sometimes obscure the truth.

Autopsy Procedure: From Crime Scene to Courtroom

Dr. Singh elaborates on the detailed steps involved in an autopsy. It begins at the crime scene when the police receive a report, often involving witnesses who assist with gathering evidence. The body is then examined, with a thorough report prepared that includes information on the condition of the body, injuries, clothing, and orifices. This is followed by the preparation of a “dead body chalan” (or panch nama), which is the official document recording these findings.

Once the body reaches the mortuary, the forensic examination begins. Dr. Singh emphasizes that for criminal cases, the police request the postmortem to determine the cause, manner, and time of death. He also describes how forensic experts distinguish between antemortem and postmortem injuries. For example, in cases of hanging, a postmortem examination can reveal signs of asphyxia and congestion, while in postmortem hanging, these signs are absent.

Addressing Mass Disasters and Pandemics

Dr. Singh also addresses the preparedness of India in dealing with mass disasters or pandemics. One of the most significant challenges in these situations is identifying victims, especially when bodies are decomposed. DNA samples, fingerprints, and even Aadhaar cards are used for identification, while X-rays help estimate the age of the deceased when other identifying factors are unavailable.

The Role of Science in the Courtroom

A major concern raised by Dr. Singh is the occasional communication gap between science and the courtroom. While forensic experts rely on scientific principles, defense lawyers often attempt to divert cases by challenging expert testimonies. Dr. Singh stresses that doctors must remain neutral in such situations, providing only their scientific opinion, despite external pressures.

He recalls a specific case in which a body was initially believed to have drowned but was later revealed by the CBI to have been murdered by throttling. He also shares the case of a woman who was murdered with a gun, and her body was later found severely burned. An X-ray revealed that blood had been trapped in her head, leading to the identification of the true cause of death.

Forensic Medicine in the Future: AI and DNA Technology

Looking forward, Dr. Singh discusses the potential role of AI and DNA technology in forensic medicine. While AI could assist in data analysis, he believes that each case in forensic medicine is unique. Criminals are becoming increasingly innovative, and forensic experts must stay ahead of emerging methods of crime.

Advancing the Practice of Forensic Medicine in India

Dr. Singh concludes by offering advice to young doctors considering a career in forensic medicine. He emphasizes the importance of specialized training, particularly the 2012 government mandate that postmortems be conducted only by experts with an MD in forensic medicine. He points out that many medical officers still lack the knowledge and expertise required for proper forensic investigations, and this deficiency undermines the credibility of the profession.

Moreover, Dr. Singh calls for a more comprehensive integration of forensic medicine into medical education, suggesting that forensic expertise should be a central part of the MBBS curriculum. He also advises aspiring forensic experts to be prepared for a rigorous understanding of medicine, surgery, and law, as advocates and legal professionals are increasingly well-versed in medical knowledge.

Authors Biography

Dr. Bhim Singh, Professor and Head of Forensic Medicine at Subharti Medical College, Meerut, has conducted 8000+ autopsies and leads medico-legal training, consultation, and research in forensic investigation and public health forensics.

The post Inside Forensic Medicine: Exploring Autopsies, Crime Scene Science, and the Pursuit of Justice appeared first on InnoHEALTH magazine.

This year in the month of May, a 30-year-old new mother in Gurgaon, India, noticed her left leg swelling painfully just days after giving birth. Doctors quickly discovered a deep vein thrombosis (DVT), a dangerous blood clot running from her thigh to her pelvis. Swift mechanical thrombectomy and a protective filter saved her life. Her case, recently reported by The Times of India, isn’t an isolated one.

Meanwhile, across the globe, Milwaukee Bucks star Damian Lillard was sidelined when doctors diagnosed a blood clot in his right calf. For the public, it was another reminder that thrombosis doesn’t just strike the elderly or chronically ill, it can affect anyone.

These stories echo a growing medical reality: thrombosis is one of the most preventable yet persistently deadly conditions worldwide, claiming one in four lives globally according to the International Society on Thrombosis and Haemostasis (ISTH).

What Exactly Is Thrombosis?

Thrombosis occurs when a blood clot (thrombus) forms inside a blood vessel, blocking normal circulation. If that clot travels, it can lodge in the lungs causing a pulmonary embolism (PE) or even in the brain, resulting in stroke.

The condition comes in several forms:

• Deep Vein Thrombosis (DVT): clots in deep veins, usually in the legs
  
• Arterial Thrombosis: clots in arteries, potentially triggering heart attacks or strokes
  
• Cerebral Venous Thrombosis (CVT): rarer clots in the veins of the brain

Doctors describe its causes using Virchow’s Triad sluggish blood flow, vessel injury, and “sticky” blood (hypercoagulability). Common risk factors range from immobility and surgery to obesity, pregnancy, smoking, and certain medications.

Why Thrombosis Keeps the Medical World on Edge

Even with decades of research, thrombosis remains unpredictable. “You can see it in a marathon runner or a postpartum mother,” says Dr. Nidhi Sharma, a vascular specialist in New Delhi. “The key is vigilance and rapid diagnosis.”

New data presented at the 2025 ISTH Congress reinforced that vigilance. A large-scale study comparing two leading oral anticoagulants, apixaban and rivaroxaban, found them equally effective for preventing recurrent clots — but apixaban reduced major bleeding by nearly 50%.

“These results could reshape prescribing habits,” says Dr. Michael Reynolds of the Thrombosis Research Institute. “We’re finally learning how to balance clot prevention with safety.”

Breakthroughs from the Lab

Beyond drug refinements, the science of clotting is moving into fascinating territory.

• At the University of Sydney, researchers turned to an unlikely source the African tsetse fly to design an “on-off” anticoagulant inspired by the insect’s saliva, potentially allowing doctors to control when blood thinners work. (The Australian, 2025)
  
• A Swedish genetic study uncovered three new gene variants linked to a 180% higher risk of venous blood clots, offering potential for personalized risk testing in the near future. (ScienceDaily, 2025)
  
• On the engineering front, teams are modeling clot formation with AI-driven simulations, helping design smarter mechanical thrombectomy tools that could remove clots with minimal damage

From Hospitals to Headlines

In the U.S.,MyMichigan Medical Center – Midland became the nation’s first DVT Center of Excellence, highlighting a shift toward specialized, coordinated clot care.

Meanwhile, public health agencies, like Ireland’s HSE, are stepping up awareness campaigns reminding citizens to recognize symptoms of early leg pain, swelling, shortness of breath, or chest discomfort. “Blood clots don’t always hurt,” one campaign warns, “but they can still kill.”

A Hidden Risk in Modern Lifestyles

Long flights, remote work, and sedentary habits have all contributed to an uptick in venous thrombosis, especially among younger adults. The post-pandemic shift to desk-bound life has created new challenges.

“People underestimate how motionless hours can affect circulation,” explains physiotherapist and thrombosis educator Jane Conroy. “Even standing or flexing your legs for a few minutes every hour can dramatically reduce risk.”

Hope and Prevention

The good news? Thrombosis is largely preventable and treatable when recognized early. Experts recommend:

• Staying hydrated and moving regularly during long periods of sitting
  
• Knowing personal risk factors (family history, smoking, hormone therapy)
  
• Seeking immediate medical help for unexplained leg pain, swelling, or sudden breathlessness
  

Each October 13, World Thrombosis Day amplifies this message: clots can affect anyone and awareness saves lives.

The Bottom Line

From athletes to new mothers, thrombosis has proven it doesn’t discriminate. But with expanding research, smarter drugs, and growing awareness, the tide may finally be turning.

As medicine advances, the real challenge may not be defeating the clot but ensuring the world keeps moving enough to prevent it.

Authors Biography

Dr. Soumya Singh, Head of Partnerships at InnovatioCuris, is a healthcare expert with a postgraduate degree in Health and Hospital Management and a background in dentistry. Her articles provide valuable insights into healthcare administration and innovation

The post Thrombosis: The Silent Clot Threat That’s Still Making Headlines appeared first on InnoHEALTH magazine.

India’s schoolchildren are standing at a defining crossroads. Their health landscape is shifting rapidly, and the challenges they face are unlike any seen before. For decades, undernutrition was the central concern, with stunting, wasting, and being underweight impeding growth, cognitive abilities, and academic performance. These remain unresolved issues even today. But now, they coexist with a new and alarming crisis—overnutrition and lifestyle-related disorders.

An AIIMS study highlights this transformation vividly: childhood obesity in Delhi has surged from just 5% in 2006 to 24% in 2025. The gap is stark between private and government schools, with children in the former five times more likely to be obese—largely driven by fast food, ultra-processed diets, sedentary routines, screen dependency, and demanding schedules. Nationally, the World Obesity Atlas estimates 33 million Indian children are overweight or obese today, a number expected to soar to 83 million by 2035 if left unchecked.

Yet, this story is not just about excess. Micronutrient deficiencies continue to silently undermine growth and learning, irrespective of weight. The consequences are visible daily: children skipping breakfast, relying on snacks, struggling with fatigue, digestive issues, weakened immunity, anxiety, and poor classroom performance. The “dual burden” of malnutrition—deficiency and excess—threatens both body and mind.

Equally urgent is the growing mental health epidemic among children. A 2022 study revealed that 27% of Indian children and adolescents experience depression, 26% face anxiety disorders, while many struggle with hyperactivity, peer conflicts, and emotional instability. The triggers are complex—academic stress, family pressures, bullying, trauma, and lack of accessible support. Warning signs such as persistent irritability, sleep disturbances, loss of interest in hobbies, or sudden behavioral changes often go unnoticed.

Digital overexposure worsens the problem. The IAMAI (2023) study shows teenagers spend two to three hours daily on platforms like Instagram and YouTube. Early smartphone use (before age 13) is linked to higher risks of depression, aggression, sleep disruptions, and self-harm tendencies. The vulnerability of young minds to online interactions cannot be ignored.

Amid this crisis, schools must transform from being mere centres of academic learning to frontline defenders of holistic child health. This requires systemic reform:

• Reimagining Health & Physical Education: Beyond games, PE must focus on movement skills, fitness, and inclusivity, led by trained specialists. Health education should cover nutrition, hygiene, mental well-being, digital literacy, relationships, and safety. Japan’s holistic approach offers inspiration.
• Optimizing PM Poshan (Midday Meal): As one of the largest nutrition programmes worldwide, it must evolve into both a provider of balanced meals and a “living classroom” for practical nutrition education, tackling undernutrition while discouraging junk food.
• Prioritizing Mental Health: Mandatory orientation for teachers and students, accessible counseling, resilience-building programs, peer support groups, and stress-free communication between parents and educators are critical.
• Promoting Smart Routines: Schools must advocate balanced screen time, proper sleep, hydration, and healthy habits, reinforcing them at home.
• Learning Globally: From France’s parental consent laws for social media, to Singapore’s national safety commission and UK’s peer-led anti-bullying initiatives, India must adapt global best practices to local realities.

Creating a sustainable child health ecosystem requires collective effort. Regular health screenings in schools, active involvement of healthcare professionals, parent workshops, and community engagement must complement classroom efforts. Policy action is equally vital, especially regulating junk food marketing and curbing the spread of ultra-processed foods—a call already made by the Nutrition Advocacy in Public Interest (NAPi).

The physical and mental health of India’s schoolchildren is not peripheral—it is central to their learning, resilience, and future. The responsibility rests not only with schools but equally with policymakers, parents, and healthcare professionals.

What children experience today—nutritionally, emotionally, digitally—shapes the adults they will become tomorrow. Investing in their health is the single most important investment in India’s future. The time to act is not tomorrow—it is now.

Authors Biography

Akhter Rasool is a veterinarian and independent researcher

The post  Modern Childhood’s Growing Health Crisis  appeared first on InnoHEALTH magazine.

A Growing Concern

Breast cancer is now the most commonly diagnosed cancer among Indian women, surpassing cervical cancer in recent years. The GLOBOCAN 2020 report revealed that India recorded over 178,000 new breast cancer cases and more than 90,000 deaths, making it a public health crisis in the making. In Delhi/NCR, a region that uniquely combines advanced urban settlements with semi-urban and rural belts, the impact of this disease is amplified by stark differences in lifestyle, access to healthcare, and awareness.

The Urban vs. Rural Reality

Urban areas in Delhi/NCR show a higher reported incidence of breast cancer, largely due to a combination of delayed childbirth, sedentary work environments, increasing levels of obesity, and dietary habits dominated by processed foods. Women in urban spaces often have better access to diagnostic facilities, yet are simultaneously exposed to risk factors such as environmental pollutants, chronic stress, and hormonal therapies.

In contrast, the rural population reflects a paradox. On one hand, recorded incidence rates are lower, which might seem promising. However, these figures are often misleading due to underdiagnosis, lack of awareness, and cultural stigmas that prevent women from seeking timely medical care. Women in rural Delhi/NCR are more likely to ignore symptoms or delay medical consultation, influenced by limited healthcare infrastructure and financial constraints. A 2022 study by AIIMS indicated that over 60% of rural women in North India have never undergone even a basic clinical breast examination.

The Lifestyle Factor

One of the most critical influences on breast cancer risk is lifestyle. Urban women in Delhi experience higher levels of physical inactivity due to desk-bound jobs and increasing reliance on technology. According to NFHS-5 (2019–21), more than 23% of urban women in the city are overweight or obese—a significant risk factor for hormone-related cancers. Alcohol consumption and stress are also emerging threats in metropolitan areas, with studies such as The Lancet Oncology’s 2020 India report linking alcohol use to nearly 6% of breast cancer cases. Additionally, a 2023 survey by Fortis Healthcare revealed that over 70% of working women in major Indian cities, including Delhi, report high levels of stress—often overlooked in public health planning.

On the other hand, while rural lifestyles may appear physically active, they are not immune to risk. Poor nutrition, lack of reproductive health education, and delayed access to preventive care all contribute to late-stage cancer diagnosis, which significantly lowers survival rates.

Access, Awareness, and Equity

The disparity between urban and rural breast cancer outcomes highlights a critical urban-rural health inequity. While urban women benefit from screening programs, health insurance coverage, and frequent media campaigns, rural communities continue to struggle with limited infrastructure, social stigma, and misinformation. Breast self-examination (BSE), a simple and effective tool for early detection, remains poorly understood or practiced in rural areas. A 2021 study conducted by PGIMER, Chandigarh, found that fewer than 25% of rural women in North India were aware of BSE or its importance.

Moreover, despite Delhi’s status as a healthcare hub, a significant portion of its rural outskirts remains underserved. The gap in access to diagnostics and follow-up treatment further exacerbates health outcomes for women in these areas.

Toward Inclusive Solutions

Closing the gap in breast cancer awareness and care in Delhi/NCR requires a multipronged approach. Community-based screening through mobile mammography units can play a transformative role in rural areas. Public health programs must include culturally sensitive awareness campaigns that speak to women in their local languages and address social taboos directly. Simultaneously, wellness initiatives in urban areas need to prioritize stress management, dietary counseling, and regular health check-ups.

Education plays a foundational role. Integrating reproductive health and cancer awareness in school and college curricula can empower young women early in life. Strengthening the role of Accredited Social Health Activists (ASHAs) and local healthcare providers is also essential in spreading awareness and building trust within rural communities.

A Data-Driven Call to Action

Data paints a sobering picture. Nationally, one in 29 women is at risk of developing breast cancer in her lifetime. In Delhi/NCR, this risk is even more pronounced. Yet nearly 60 to 70 percent of breast cancer cases across India are detected in advanced stages, significantly reducing survival chances. In contrast, early-stage diagnosis can increase the five-year survival rate to over 90 percent, emphasizing the life-saving potential of awareness and timely intervention.

Breast cancer in Delhi/NCR is a mirror reflecting the broader challenges of India’s healthcare landscape—a landscape shaped by geography, income, education, and gender. To truly combat this disease, we must move beyond hospital-centric solutions and invest in community engagement, preventive education, and equitable access to care.

Empowering women—urban and rural alike—with knowledge, support, and timely medical attention is not just a health goal; it is a societal necessity. In doing so, we not only improve survival rates but also affirm the right to health and dignity for every woman, regardless of her postcode.

Authors Biography

Shilpi Bariar is Research Scholar at Amity Institute of Social Sciences & Dr. Roumi Deb is Professor at Amity Institute of Social Sciences Amity University Noida

The post Bridging the Urban-Rural Divide: Understanding Breast Cancer Risks in Delhi/NCR appeared first on InnoHEALTH magazine.

Women’s health today is moving beyond the era of one-size-fits-all checklists. For decades, screenings relied largely on age brackets or generalized guidelines, often overlooking the nuances of each woman’s unique health journey. Advances in imaging technologies and laboratory testing now allow for a far more personalized approach—catching conditions earlier, tailoring treatments, and improving outcomes significantly.

Detecting the Silent Shifts Early

Breast cancer offers one of the clearest examples of why early and precise diagnostics are crucial. With millions of new cases diagnosed globally each year, timely detection often marks the difference between conservative management and aggressive treatment. Digital mammography, especially when paired with 3D tomosynthesis, can now identify changes as small as 50 microns, dramatically improving survival rates. For women with dense breast tissue or a strong family history, combining mammography with ultrasound or MRI provides a safety net against missed diagnoses.

The same applies to other silent conditions. Pelvic ultrasound, often associated only with pregnancy, also reveals early signs of ovarian cysts, fibroids, and endometriosis—conditions that can threaten fertility or cause chronic pain if undetected. Identifying these concerns early opens up a wider range of options, from lifestyle adjustments and medications to minimally invasive procedures, before more severe interventions become necessary.

Looking Beyond Symptoms

Personalized diagnostics extends far beyond imaging. Hormonal and metabolic profiling, for instance, offers a window into underlying imbalances that may not present obvious symptoms. Comprehensive hormone panels measuring estradiol, progesterone, AMH, thyroid hormones, FSH, LH, prolactin, and cortisol can uncover early signs of PCOS, thyroid dysfunction, or adrenal imbalances years before they appear clinically. Acting proactively on these results allows preventive care, reducing long-term risks.

Bone health is another area where early diagnostics make a difference. Conditions like osteopenia and osteoporosis typically remain hidden until a fracture occurs. A DEXA scan can detect bone density loss early, especially vital for women approaching menopause or those with metabolic or thyroid-related conditions. Similarly, thyroid screenings often expose subclinical hypothyroidism—an invisible condition that quietly affects fertility, energy levels, and cardiovascular health.

Cervical cancer screening provides yet another example of the life-saving impact of diagnostics. Regular Pap smears, combined with HPV testing, detect pre-cancerous changes well before they become invasive, turning what was once a life-threatening disease into a largely preventable one.

Towards Better Outcomes

What makes personalized diagnostics transformative is not simply the array of tests available, but how they are combined and interpreted in the context of an individual woman’s risk profile. Rather than waiting for symptoms to surface, physicians are increasingly using family history, genetics, hormonal balance, and lifestyle factors to shape care pathways. This ensures higher-risk women are screened earlier and more intensively, while unnecessary testing is minimized for others.

The patient experience is also being redefined. Integrated workflows that combine imaging, pathology, and molecular testing reduce delays and uncertainty. Convenience features like home sample collection, digital reports, and online scheduling further encourage consistency in health checks—helping women prioritize their well-being without disruption.

The result is a healthcare system that identifies disease earlier, offers more precise interventions, and empowers women with clear, individualized insights. Personalized diagnostics does not replace existing guidelines; instead, it enhances them, ensuring care is both evidence-based and uniquely tailored.

Key Takeaway

Personalized diagnostics is reshaping women’s healthcare. By moving beyond generic screening models and aligning tests with each woman’s specific risk factors, it enables earlier detection, more targeted interventions, and greater preventive care. As access and awareness continue to expand, this approach offers women the ability to take charge of their health sooner, avoid complications, and build a stronger foundation for lifelong well-being.

The post Personalized Diagnostics in Women’s Health: Early Detection, Better Outcomes appeared first on InnoHEALTH magazine.

Jatin Mahajan, Managing Director of J Mitra & Co., India’s leading in-vitro diagnostics company, is a strong advocate of innovation, self-reliance, and growth in the MedTech sector. He was recently interviewed by Dr. Soumya Singh, Creative Editor at InnoHEALTH Magazine, on the future of diagnostics and MedTech in India.

How do you see India’s in-vitro diagnostics (IVD) and MedTech sectors evolving in the next decade, especially with growing focus on self-reliance and indigenous innovation?

India’s IVD and MedTech sectors are entering a defining decade of transformation. ADMI represents over 90 Indian diagnostic manufacturers, many of whom are now MDR-compliant and ISO 13485-certified. The industry is growing at a CAGR of more than 15% and is projected to reach USD 10 billion by 2030. The government’s PLI scheme and 21 Medical Device clusters across the country (as per DoP survey) have already attracted committed investments of ₹5,000 crore, pushing domestic value addition beyond 45%. Coupled with the Ayushman Bharat Digital Mission (ABDM), PM-ABHIM health infra rollout, and expanding R&D support under BIRAC, India is transitioning from assembly to innovation by building patented, export-ready technologies across POCT, CLIA, and ELISA platforms.

What policy interventions or regulatory reforms are most needed today to make India a global hub for affordable diagnostic technologies?

To make India a global hub for affordable diagnostics, ADMI advocates three key interventions.
First, a predictable, single-window regulatory mechanism under CDSCO to fast-track device registration and eliminate redundant testing, supported by upgraded State medical devices testing laboratories (MDTLs).

Second, PLI expansion to cover reagents, plastics, and raw materials, thereby reducing import dependence, which currently exceeds 65% for consumables.

Third, establishing a Centre of Excellence (COE) in medical device parks to foster innovation and drive the growth of health-tech startups by providing resources such as mentoring, funding, and infrastructure, along with the creation of common validation and calibration labs jointly managed by CDSCO, ICMR, and industry partners. 

Finally, integrating interoperability with the Ayushman Bharat Digital Mission (ABDM) into every diagnostic device ensures traceability, digital health linkages, and data-driven public procurement. These measures together would strengthen India’s manufacturing credibility and accelerate its rise as a MedTech innovation hub.

With AI, automation, and digital platforms entering the diagnostics space, what are the most promising technological shifts that could redefine healthcare access and efficiency?

ADMI members are at the forefront of AI-driven assay automation, connected POCT platforms, and digitally traceable results that feed directly into ABDM-linked health records. National diagnostic laboratories are adopting automated CLIA systems, data analytics dashboards, and IoT-enabled quality checks, thereby enhancing both accuracy and turnaround time. At J Mitra & Co, we aim to pioneer AI-aided analysers tailored for Tier-II/III markets, reducing result latency by 50%. With PM-ABHIM expanding sub-district laboratories, these technologies ensure that even small towns have access to metropolitan-grade testing. Together, automation, connectivity, and AI will redefine efficiency, minimize human error, and democratise quality healthcare across the country.

How can the diagnostics industry bridge the rural–urban divide in healthcare delivery, particularly in screening and early disease detection?

Bridging India’s diagnostic divide demands smart decentralisation. We must align rural Health & Wellness Centres (HWCs) with the National Essential Diagnostics List (NEDL) protocols to ensure uniform tests are available nationwide. Through public-private collaborations under PM-ABHIM, we can deploy MDR-compliant POCT devices in primary and community health setups. Shared logistics networks and common calibration labs in device parks will further lower operational costs. With ABHA-linked digital reports and tele-referral systems, patients in rural India can now access quality diagnostics comparable to those in metro cities, thereby building true healthcare equity.

You often emphasise decentralisation and democratisation of diagnostics. What does that mean in practical terms for India’s public health system?

Democratising diagnostics means ensuring that quality testing becomes a fundamental right, not a privilege. India’s diagnostic access pyramid must invert, bringing the lab closer to the patient. Through PLI-enabled local manufacturing and digital integration via ABDM, essential IVDs and POCT devices can be deployed in every block-level facility. Collaboration with ICMR and NABL will support proficiency-testing programs that maintain nationwide quality parity. Digitally connected testing hubs reduce reporting times, while cost-effective CLIA systems make high-precision diagnostics accessible to low-income populations. This decentralised model eases tertiary-care pressure, improves disease surveillance, and aligns with India’s Vision 2030 for Universal Health Coverage.

How can the sector maintain affordability without compromising quality and reliability, especially in low-resource settings?

Affordability and quality are not opposing goals and must therefore coexist. We must establish a Quality Forum with CDSCO and ICMR to standardise validation, documentation, and external quality assessment. With PLI incentives, over 40 Indian IVD firms now produce reagents and kits locally, slashing costs by 30–40% compared to imports (DoP report on Boosting the Indian Medical Devices Industry 2023). Mandatory MDR-based quality audits and NEDL-aligned tenders ensure reliable performance at scale. ADMI advocates bulk procurement models, such as NHA’s Jan Aushadhi framework, to extend affordability to government programs. By embedding local innovation within global standards, Indian diagnostics can remain both inexpensive and impeccably trustworthy.

What will it take for Indian diagnostic technologies to achieve stronger global recognition and market share, particularly in emerging economies?

We must constitute an Export Acceleration Taskforce to position India as the “Diagnostics Hub of the Global South.” India currently exports to 60+ countries, registering 20% annual growth, with rising adoption in Africa, ASEAN, and Latin America. Harmonised MDR documentation and common test-validation standards are key enablers. We must support manufacturers in achieving ISO 15189/13485 certifications and in preparing for CE-IVDR equivalency. With robust PLI-driven manufacturing bases and digitally traceable devices, Indian diagnostics can soon rival Korean and European quality benchmarks while maintaining the affordability edge.

How can the MedTech industry ensure ethical and sustainable growth while addressing challenges such as waste, over-testing, and data privacy?

ADMI would like to lead the industry’s transformation by driving it toward green, ethical, and evidence-based diagnostics. We must develop frameworks for eco-friendly disposables and responsible waste management aligned with the MoEFCC Biomedical Waste Rules 2024. We must promote rational testing, guided by ICMR’s NEDL, to avoid unnecessary screening and overdiagnosis. On data ethics, we must endorse the ABDM Health Data Management Policy, which ensures patient consent and the anonymisation of data. Device-park clusters are being encouraged to establish centralised waste-recycling units to minimise environmental impact. ADMI’s approach combines ethics, efficiency, and environmental stewardship as a model for sustainable MedTech expansion.

What role do collaborations between government, academia, and industry play in strengthening India’s diagnostics innovation pipeline?

India’s innovation momentum depends on structured collaboration. The association, along with ICMR, BIRAC, and NIPER, must work to establish common validation facilities and MedTech Innovation Fellowships that train students in MDR documentation and bio-design principles. Through the DoP’s MedTech Innovation Scheme (2025), academic prototypes can be scaled via industry mentoring and pilot production within device parks. We must facilitate joint IP filings between startups and manufacturers to accelerate the commercialisation of indigenous technologies. This collaborative model reduces development timelines by up to 50%, ensuring that India’s ideas translate swiftly into affordable, globally competitive diagnostics. 

Looking ahead, what key trends or disruptions do you think will define the future of healthcare diagnostics in India by 2030?

By 2030, I envision a fully integrated, AI-ready diagnostic ecosystem where every citizen’s ABHA ID connects to indigenous analysers and portable devices designed under the “Make in India – Serve the World” banner. Domestic firms will control over 70% of the Indian IVD market and export to 100+ countries, while India will emerge as the largest global supplier of affordable POCT systems. Routine diagnostics will evolve into predictive and continuous screening, empowered by ABDM, AI triage, and public-health digitisation. Regulatory maturity under MDR and innovation parks under PLI will anchor this growth, and in the process, prove that quality, affordability, and scalability can indeed co-exist when industry and government act in unison.

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