Heatwaves don’t feel like a “climate topic” anymore. They feel personal like stepping outside into air that burns, with sleepless nights in homes that trap heat, the news headlines of temperatures touching 48–50°C and people collapsing at bus stops, worksites, and crowded lanes has always made us think about how we are dealing with extremes of climate change. And the hard truth is this: what we’re experiencing isn’t just a hotter summer. It’s the outcome of how we’ve built our cities, managed our land, treated our water, and ignored the quiet warnings nature kept sending.

Over the last few years, the pattern has become impossible to ignore. Heat is intensifying, monsoons are increasingly unpredictable, and extreme events like floods, landslides, wildfires are showing up with uncomfortable regularity. The temperature spike is often blamed broadly on ‘global warming,’ but I’ve come to believe that focusing only on the phrase misses the real story. The real story is what’s happening on the ground: rapid urbanization, shrinking green cover, disappearing water bodies, and the replacement of natural landscapes with concrete surfaces that trap heat, disrupt water cycles and water recharging.

Wherever there is vacant land, a new building appears. Ponds and lakes are filled in. Wetlands are treated like ‘unused space.’ Rivers are narrowed and boxed in. And when we disrupt these natural systems, the consequences don’t arrive politely, they arrive as heatwaves, floods that return every year, and water scarcity that grows alongside expensive construction.

Heat, especially, exposes inequality. It punishes those who have the least protection like infants and young children, older adults, pregnant women, people with chronic illnesses, outdoor workers, and anyone living without secure shelter, ventilation, or steady electricity. I remember a time when drinking tap water didn’t feel like a gamble. A time when air felt cleaner. Many of us did. But that baseline has shifted so much that the present generation is growing up in conditions we would have considered abnormal. Now tap water is mistrusted, air is dust-laden from constant construction, and even stepping out for a short walk can be a health risk during peak summer.

This is why urban planning isn’t just an engineering discipline. It’s public health policy.

We talk about development, but development without hydrology is self-sabotage. Cities need to be designed with their water systems in mind where rainwater should flow, where water should collect, where it should soak in, and which areas should never be built upon. The irony is that ancient civilizations understood this deeply. From the Indus Valley to other early urban settlements, drainage and water management were not afterthoughts; they were foundational. Today, we build houses first without proper planning and then panic later when the drainage fails.

Flooding in places like Chennai, Kerala, and Assam isn’t only because it rains. It’s due to the    mismanaged land that can no longer absorb and move water the way it used to. Illegal and unregulated construction blocks natural drains. Deforestation loosens soil. Hills are cut for minerals. Rivers get choked with silt. When monsoon water has nowhere to go, it spreads into homes, hospitals, and streets. And after every flood, predictable diseases follow like typhoid, cholera, jaundice because floodwater mixes with sewage and contaminates drinking water sources. These aren’t random outbreaks. They are environmental health events.

What makes this harder is that by the time a settlement exists, relocation is rarely realistic. So the question becomes: how do we reduce harm now?

Some solutions are not glamorous, but they work. Protecting and restoring water bodies is one. Reforestation and stabilizing slopes in vulnerable regions is another. Planning drainage based on real rainfall patterns not outdated assumptions is essential. And perhaps most importantly, we have to stop treating wetlands, floodplains, ponds, and lakes as ‘free land.’ They are climate buffers. They are cooling systems. They are flood defenses.

Even our choices in agriculture and vegetation shape climate stress. I’ve started paying more attention to how casually we introduce water-intensive crops into regions that are already water-stressed, simply because demand or hype has shifted. The logic sounds modern to grow what sells but nature doesn’t care about market trends. A crop that needs enormous water inputs can deepen scarcity and worsen heat vulnerability in the long run. The same goes for certain trees planted without thinking through ecological impacts. Some species consume so much groundwater that they suppress surrounding vegetation and quietly alter local water tables. These decisions are rarely debated with the seriousness they deserve.

Then there’s biodiversity often treated like a separate conversation, but it isn’t. Loss of biodiversity is directly tied to climate, disease patterns, and food security. The disappearance of sparrows is one of the most common examples people recognize, but it isn’t sentimental. Sparrows help control pests naturally. When pest-control species decline, pest pressure rises, and farms compensate with more pesticides. More pesticides degrade soil and leak into water. Degraded soil needs more fertilizer. Fertilizers run off into water bodies and suffocate aquatic life. This is how ecological imbalance becomes a chain reaction that ends in human health consequences.

Pollution has evolved too. We still talk about air, water, soil, and noise, but emerging contaminants have entered daily life so quietly that many people don’t realize they are part of the problem. Personal care products, disinfectants, residues from household chemicals, and pharmaceuticals now move through wastewater systems that were never designed to filter them out completely. Sunscreens and similar products wash into rivers and lakes. Disinfectants and cleaning chemicals disrupt microbial ecosystems in septic tanks and treatment systems. And antibiotics, perhaps the most alarming are everywhere.

Antimicrobial resistance is often framed as a medical issue, but it is also an environmental one. Antibiotics enter the environment through human use, hospital discharge, and pharmaceutical manufacturing waste. If wastewater treatment systems rely mainly on older processes that don’t remove these compounds effectively, antibiotic residues persist in waterways. Microbes are exposed repeatedly. Resistance grows. And slowly, the world moves toward a future where infections become harder to treat not because we lack intelligence, but because we polluted our way into microbial evolution.

Hospitals, in particular, deserve attention. Their wastewater contains higher loads of antibiotics and resistant organisms than domestic wastewater. If hospital discharge mixes directly into municipal sewage without pre-treatment, it increases the burden on treatment plants and spreads risk downstream. A practical step one that feels achievable even within constraints is for hospitals to have their own wastewater treatment systems, or at least partial treatment before discharge. It is not a perfect solution, but it’s a meaningful one.

Plastic is another unavoidable reality. Even products marketed as ‘paper’ e.g. paper cups, cartons, packaging often contain plastic linings that make them functionally non-biodegradable. We can’t pretend we live in a plastic-free world. We also can’t ignore what studies increasingly suggest: microplastics and plastic-associated chemicals are making their way into food chains, into water, and into human biology. The question is no longer whether plastic is “bad” in theory; the question is how we reduce exposure and reduce leakage into ecosystems when plastic has become infrastructure for modern consumption.

People often ask why greener solutions are bioplastics, algae-based fuels, advanced clean technologies but they aren’t everywhere available in the present scenario. One reason is that innovation isn’t the same as adoption. A technology can be brilliant and still fail if it’s too expensive, too hard to scale, or too inconvenient for everyday users. That doesn’t mean we stop innovating; it means we design solutions that can survive outside laboratories and pilot projects.

Sustainability, in practice, rests on three pillars: society, economy, and environment. A solution must be environmentally sound, economically feasible, and socially acceptable. If any one of these fails, implementation stalls. This is why the path forward isn’t only about discovering new technologies; it’s also about building systems that make better choices easy affordable, accessible, and normal.

Waste management is a perfect example. Everyone talks about segregation, but many people feel discouraged when they see waste collected in the same bags or mixed again downstream. Yet the failure of systems doesn’t excuse our own habits. At home, many of us still throw vegetable waste, batteries, plastics, and e-waste into the same bin because we don’t know where else it should go. If we want real change, we need both awareness and infrastructure: neighborhood kiosks for e-waste, buy-back incentives for old electronics, clear drop points for batteries, and consistent municipal handling that doesn’t punish citizen effort.

And at the household level, there are simple practices that matter more than we admit. Composting organic waste is an old method that still works. Returning nutrients to soil reduces dependence on chemical fertilizers. Growing plants is helpful but we must be honest: a few indoor plants cannot compensate for deforestation or the loss of wetlands. Real environmental protection requires protecting real ecosystems, not decorating around their disappearance.

What I keep coming back to is this: climate action cannot stay abstract. It has to show up in how we build and where we build, in whether we protect water bodies, in what we dump into drains, in how hospitals handle waste, in how we farm, and in whether we treat the environment as a partner or as disposable space.

If we want the next generation to be healthier, we have to stop handing them a world where clean air and safe water are privileges. We don’t want children learning about forests only through endangered-species lists. We want them to experience a living ecosystem not a memory of one. And we can’t get there through one grand gesture. We get there through many small, consistent decisions: restoring green cover, respecting hydrology, reducing chemical loads, treating wastewater properly, managing medical waste responsibly, and choosing sustainability not as a trend, but as a discipline.

Charity begins at home, but in the climate era, so does survival.

Authors Biography

Dr.Debleena Bhattacharya, Associate Editor, InnoHEALTH magazine and Assistant Professor at Marwadi University,Rajkot,Gujarat. Her scientific endeavour includes her contribution in various national and international scientific journals. She has co-authored with (Late) Dr. V.K Singh and published a book under CRC Press, U.S.A. titled ‘Climate Changes and Epidemiological Hotspots’

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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.

Clinical research, knowledge and evidence-based practice are the 3 fundamental pillars of modern-day nursing practice. The relationship between them is intrigued with cyclicity and is at best reciprocal. Every institution should emphasize taking note of these 3 components while initiating nursing education and/or nursing service which would ultimately result in better patient care and outcomes. 

Bridging the gap by integration of education, practice and research

Evaluation of current practice trends related to patient care often reveals “gaps” in certain areas/geographies which is now named as “clinical care gaps”. Education facilitated by research helps bridge these clinical care gaps to enable better patient outcomes.  Nursing leaders should wholeheartedly work towards fulfilling this societal obligation of bridging these so-called “gaps” when they are training students on basics and advanced aspects of nursing care. It is crucial that these innovations are incorporated or integrated into existing standards of care to ensure a smooth transition minimizing disruption. 

Methods to enhance Integration

There is an ever-increasing load of new graduates in nursing and hence the approach to meet their educational needs to be revisited and revised from time to time. Senior nurses have a vital role to play in this as role models and there should be proper motivation/incentive for them to take up these mentoring roles for new graduate nurses. In addition, fast track refresher courses and workshops with emphasis on real life examples should be made a part of the curriculum. 

Feedback systems from existing faculty of nursing and students should flow seamlessly into nursing bodies which decide curriculum and update from time to time in view of recent advances that are backed by robust research and data. 

Education, Practice & Research Congruence

Integration of research into education and execution of that into clinical practice will help create new practice models fostering a sense of partnership that can address complex needs and challenges. A proper surveillance system needs to be established to monitor progress and take corrective steps if required for a course modification or alteration. This will ensure minimal disruption in the patient care flow model. 

Advantages

Advantages of this research enabled nursing care flow model besides ensuring updated patient care also helps establish a teamwork which ensures different parts of the care flow model is working synchronously. Regular surveillance and updates done on feedback helps build transparency in the system. In addition, a standardized nursing care flow model will help bring a uniformity in pay structure and provide a road map for future institutes to follow and get established. This is a necessity and a need of the hour in view of the ever-increasing number of patients in the society and or community to which the nursing care flow model is catering to. 

Integration with a perfect blend of practice, research with teaching applied in primary, secondary and tertiary care settings lifts the standard of patient care. It empowers leadership roles and motivates in translating the plans into actions, instrumental in building a positive work culture both as educators and as practitioners. 

Authors Biography

Suchhanda Bhattacharya, is a dedicated nursing professional with a robust academic and professional background. A life member of NQOCN, INAC, and SFNP, she actively contributes through publications, scientific presentations, and participation in national and international conferences

The post Integration of Nursing Education, Practice & Research appeared first on InnoHEALTH magazine.

The healthcare sector is undergoing rapid evolution, spurred by technological advancements, demographic shifts, and a focus on holistic, patient-centered care. Nurses, as frontline providers, are central to this transformation. Their roles have expanded significantly, encompassing care coordination, health education, and patient advocacy. This comprehensive discussion explores the evolving responsibilities of nurses, their professional development, and the impact of technology on their practice, highlighting their essential role in improving outcomes and driving change in healthcare systems.

The Historical Evolution of Nursing

Nursing has evolved immensely since Florence Nightingale championed the need for an educated caregiving workforce over 150 years ago. Initially confined to bedside care, nurses now contribute to various innovations such as the development of high-technology hospitals, shorter hospital stays, and increased primary care capacity. They have been instrumental in improving healthcare access for underserved populations and providing palliative care. This adaptability has created diverse career pathways, ensuring that nursing remains an indispensable force for innovation and positive change in healthcare.

Expanding Roles and Specializations in Nursing

From Caregiving to Leadership

Nursing roles have grown from traditional bedside care to include responsibilities such as diagnosis, treatment planning, health education, and advocacy. Moving from caregiving to leadership roles requires continuous professional development, education and a commitment to lifelong learning. Public health initiatives—ranging from vaccination drives to addressing social determinants of health also fall under their purview. Providing expert advice as well as training future nurses to improve patient outcomes is now additional feather in nurses cap. Advanced Practice Nurses (APNs), such as Nurse Practitioners (NPs) and Clinical Nurse Specialists (CNSs), further extend the scope of nursing by independently managing patient care, prescribing medications, and performing procedures. Nurses have come a long way from following physician’s orders to drive evidence-based practices and leading quality improvement with innovation initiatives single handedly. 

Specialized Fields in Nursing

Nurses have the ability to provide opportunities to specialize in areas like critical care, paediatrics, oncology, geriatrics, and psychiatric nursing. These specializations require additional training and certification, equipping nurses with advanced skills. Advanced nursing practioners, geriatric nursing,  including nurse anaesthetists, nurse informatics,  critical care nurses, emergency nurses, family nurse practioners, perioperative nurses, mental health nurses, nurse educator, nurse administrator, forensic nurses and many more enrich healthcare delivery by providing primary and specialty care and often serving as the first point of contact for patients.

Technology’s Impact on Nursing Practice

Technology has transformed nursing, increased efficiency and enhancing patient care. Medical Innovations such as automated medication cabinets, Robotics in medication management, electronic health records, telehealth and remote monitoring, smart IV pumps, virtual reality (VR), 3D printers, visual consultations etc have significantly expanded the horizon for accessibility especially in underserved areas for quick diagnostics and reduced hospital stays. As the technology continue to evolve nurse’s role is to integrate these tools while maintaining compassionate and therapeutic patient centered care. 

Integration of Advanced Tools

Electronic Health Records (EHRs) streamline documentation, improving accuracy and accessibility of patient data. Advanced medical devices and software empower nurses to monitor patients more effectively, collaborate with healthcare teams, and provide coordinated care. Training technologies like virtual reality and high- fidelity simulation labs further enhance nursing education, preparing nurses for real-world challenges.

Leadership and Advocacy in Nursing

Formal and Informal Leadership

Nurses increasingly take on leadership roles, such as managers, directors, and chief nursing officers, overseeing staff, developing policies, and ensuring high-quality patient care. Formal leadership drives organizational changes and quality improvement. It helps in setting the positive tone for workplace culture as well boosting staff morale. Whereas, the informal leadership helps in building strong clinical competence, emotional intelligence, empathy, positive influence and persuasive communication. These roles require strong clinical expertise, leadership skills, and an understanding of healthcare operations. Informally, nurses mentor junior staff, lead quality improvement initiatives, and advocate for patient-centered care. The interplay between formal and informal leadership creates a cohesive, resilient team.

Patient Advocacy and Collaboration

Nurses act as advocates, ensuring patients’ voices are heard and their preferences respected. Their role in interprofessional collaboration is critical, as they work alongside physicians, pharmacists, and other specialists to deliver comprehensive, patient-centered care. Effective communication is a key skill that nurses bring to healthcare teams, preventing errors and improving outcomes.

Evidence-Based Practice and Nursing Research

Nursing research is integral to advancing the profession and improving patient care. By conducting studies and evaluating practices, nurses generate evidence to guide clinical decisions. Evidence-Based Practice (EBP) ensures that nursing care aligns with the latest research, improving outcomes, enhancing quality, and promoting cost-effective healthcare. Nurses also play a vital role in implementing EBP, using findings to refine practices and advocate for policy changes that benefit patients and the profession.

Challenges and Opportunities in Modern Nursing

Lessons from the Pandemic

The COVID-19 pandemic highlighted the critical importance of nurses, showcasing their critical lessons about healthcare system workforce preparedness as well as resilience and adaptability of nurses.  The crisis accelerated the adoption of technologies like telehealth and automation, alleviating workload pressures and improving care delivery. This pandemic highlighted the strengths and vulnerabilities of healthcare delivery system emphasizing indispensable role of nurses. 

Emphasis on Preventive Care

Nurses are increasingly involved in preventive care, focusing on health promotion, patient education, and addressing social determinants of health. The nurse actively participates in various level of prevention, while contributing significantly in improving population health outcomes and reducing healthcare costs. Their efforts not only improve individual and community health outcomes but also contribute to a more sustainable and cost-effective healthcare system. By continuing to emphasize prevention, nurses play a pivotal role in shaping a healthier future.

The Future of Nursing

The future of nursing is dynamic, with nurses set to lead in clinical care, technology integration, public health, and policy. It is marked by growth, driven by an aging population, rising prevalence of chronic diseases, and advancing technology. These factors create diverse opportunities across healthcare settings, from hospitals to community organizations. Nurses plays an increasing critical role in shaping healthcare outcomes policy and innovation. By embracing these changes, nurses will continue to be at the forefront of delivering compassionate, innovative, and equitable care, shaping the future of healthcare globally.

Expanding Leadership and Advanced Roles

Expanding leadership and advanced roles in nursing reflects the evolving complexity of healthcare systems and the increasing recognition of nurses as pivotal leaders in delivering quality care. Nursing leadership expands beyond traditional boundaries, driven by the need for innovative, patient-centered, and efficient healthcare delivery. These expanded roles offer opportunities for nurses to influence patient outcomes, organizational change, and healthcare policy. As nurses continue to assume greater leadership responsibilities, they will play a pivotal role in transforming healthcare systems, improving patient outcomes, and shaping health policy for future generations.

The nursing profession has evolved into a dynamic and indispensable pillar of modern healthcare. With expanded roles, advanced technologies, and increasing opportunities, nurses are at the forefront of healthcare innovation. As agents of change, they play a critical role in improving health outcomes and shaping the future of healthcare delivery. Their versatility, dedication, and leadership ensure that they remain vital contributors to the ever-evolving healthcare landscape.

Authors Biography

Dr. R. SreeRaja Kumar is Associate Dean at Sharda School of Nursing Science, Sharda University. He has a Ph.D. in Public Health, has  significantly contributed thorough published research papers as well as review articles in Scopus indexed journals, organized 7 national and international conferences, authored more than 8 nursing books, and holds three granted patent under his credit. He is recognized act and Csmc National COVID Excellence award holder and a passionate nursing professional  as well as master trainer for rural health programme and disaster management.

The post The Transforming Role of Nurses in Contemporary Healthcare appeared first on InnoHEALTH magazine.

The service and sacrifices of the global nursing community is the bedrock on which the edifice of modern healthcare rests and despite all that the nursing community does, their efforts are often left unrecognized and their role under-appreciated. 

As a generation we expect instant results, and our results are largely measured in economic value. This trend has resulted in formulating a perception that nursing is a cost-centre rather than a profit-centre. While, there is a considerable importance accorded to patient-centric care, somehow, ironically those that are closest to the patients – the nurses – seem to be increasingly forgotten altogether in the process.

It is imperative to realize that the nursing function is a profit-centre for every healthcare institution as well as the society. Without excellence in nursing care it is impossible to have a patient-centric, patient-focused healthcare institution or society. Nurses are at the heart of the healthcare system and more so in today’s time where patient-centric care is what is expected and implemented

As a Group Director-Nursing, I have witnessed firsthand the need for systemic changes that empower nurses, ensure salary equity, and promote professional development. 

Empowering nurses is paramount to improving healthcare delivery. Empowerment involves giving nurses the authority and confidence to make decisions that directly impact patient care. This can be achieved through several means like various leadership opportunities where the nurses should be encouraged to take on leadership roles within their organizations. This not only boosts their confidence but also ensures that their valuable insights are considered in decision-making processes.

Nurses should have the professional autonomy to make clinical decisions based on their expertise and judgment. This not only enhances patient outcomes but also increases job satisfaction among nurses.

Recognizing the contributions of nurses and treating them with respect fosters a positive work environment. This path can be transversed through regular acknowledgment of their hard work and achievements.

One of the most pressing issues in the nursing profession is salary disparity. Nurses often face significant pay gaps compared to their counterparts, particularly doctors. Addressing salary equity involves competitive salaries to ensure that nurses receive competitive salaries that reflect their education, experience, and the demanding nature of their work.

Implementing transparent pay structures that are based on clear criteria such as experience, education, and job performance. This helps eliminate biases and ensures fairness.

The healthcare landscape is constantly evolving, and it is imperative that nurses stay updated with the latest knowledge and skills. Professional development and continuing education should be prioritized through providing nurses with access to ongoing training programs that cover the latest advancements in medical science and technology.

Effective communication is crucial in healthcare settings to ensure seamless coordination and high-quality patient care. Improving communication among nurses involves encouraging collaboration between nurses and other healthcare professionals to enhance patient care and ensure that nurses’ perspectives are valued.

Fostering a collaborative work culture where nurses are treated at par with doctors and other healthcare professionals will create an ambience of a better healthcare environment. This setup will ensure recognition of their expertise, valuing their contributions, and ensuring they have a voice in decision-making processes. Achieving professional parity involves developing policies that promote inclusivity and ensure that nurses have equal opportunities for advancement and recognition.

Ensuring that nurses are represented in healthcare boards and committees, allowing them to influence policies and decisions that affect their profession and patient care.

The nursing profession is integral to the success of the healthcare system. It is time for healthcare organizations, policymakers, and society as a whole to recognize and address the challenges faced by nurses, paving the way for a stronger, more effective healthcare system.

Investing in nurses – at every level – education, empowerment, and enhancement is the urgent need of the hour. Strategic and financial investments, empowerment & encouragement, and recognition and rewards are a must if we wish to preserve and promote patient-centric care.Give them time to learn, to adapt, and grow and then watch the roses of excellence in patient care blossom not just in our hospital, our city,but across the nation and the globe. 

Author’s Biography

Ms. Bobby Ramesh is presently the group leader for Nursing in Sarvodaya Healthcare. With a long career in nursing healthcare in the field of Clinical,teaching and administrative experience showcase an enriching career. He also has an experience in NABH as Principal Assessor.

The post Insights on Nursing profession appeared first on InnoHEALTH magazine.

International Women’s Day 2024 carries the powerful theme of “Inspire Inclusion,” emphasising the overarching call to action to “Invest in Women: Accelerate Progress.” This theme underscores the significance of creating an inclusive society and empowering women. Amidst the celebrations, it is crucial to direct our attention to an often-neglected aspect—women’s health. As we delve into the importance of health for women, we unveil the challenges they face and the imperative for healthcare professionals to take the lead in fostering awareness and change.

The Health Imperative:

The famous Arabian proverb “He who has health has hope, and he who has hope has everything” resonates profoundly on International Women’s Day. Health is a fundamental aspect that transcends age, gender, and socioeconomic standards. Regrettably, despite its paramount importance, the health of women often takes a backseat in priorities.

Women and Health Disparities:

Studies consistently reveal that women encounter more health issues than men. The World Health Organization (WHO) highlights that in regions grappling with economic, societal, and cultural inequalities, women are more susceptible to significant health challenges. These issues not only impact their quality of life but also perpetuate a cycle of poverty and disease for women and their families.

The Role of Nurses:

Nurses, as frontline healthcare professionals, play a pivotal role in improving women’s health. By providing education, healthcare services, and raising awareness of key issues, they can contribute significantly to breaking the cycle of health disparities. It is essential for healthcare professionals to not only address existing health issues but also identify and address the root causes in the local healthcare practices.

Focus Areas in Women’s Health:

Maternal and newborn morbidity and mortality, reproductive health issues, sexually transmitted diseases, gender discrimination, lack of education, violence toward women, reproductive cancers, and restricted access to healthcare are among the common issues ailing women’s health. The prevention of reproductive cancers, particularly cervical cancer, emerges as a critical focus area due to its preventable nature.

Non-Communicable Diseases (NCDs):

Non-communicable diseases (NCDs) pose a significant threat to women’s health, especially in low- and middle-income countries. Cardiovascular diseases, cancers, chronic respiratory diseases, and diabetes contribute to a staggering number of premature deaths. Lifestyle factors such as tobacco use, physical inactivity, unhealthy diets, and alcohol consumption significantly contribute to NCDs, making them modifiable risk factors.

Authors Biography

Dr. Raminder Kalra Ph.D. in Nursing from IGNOU, with 38+ years of experience, serves as the Principal at Holy Family College of Nursing. Recognized with prestigious accolades like the President’s Gold Medal and RULA Ratna Research Award 2019. She is a distinguished examiner for nursing examinations across multiple universities. Dr. Kalra has authored papers in renowned journals and contributed to the book “Postgraduate Psychiatry.”

The post Inspire Inclusion, Invest in Women’s Health: A Call to Action on International Women’s Day 2024 appeared first on InnoHEALTH magazine.

The introduction of artificial intelligence (AI) technology has significantly changed the nursing education environment in recent years. This AI revolution is about equipping tomorrow’s nurses with cutting-edge resources and expertise to tackle the changing demands of healthcare, not merely about welcoming innovation. Let’s examine how AI is changing nursing education and educating the next generation of healthcare professionals.

Personalised learning is one of the main areas where artificial intelligence is having a big influence. Massive student data is analysed by AI-powered platforms to customize learning experiences according to each student’s needs and learning preferences. This individualised approach ensures that students understand subjects properly and advance at their own pace, beyond the limitations of traditional one-size-fits-all methods.

AI has also transformed the field of simulation training. Artificial intelligence (AI) algorithms drive sophisticated simulations that offer authentic scenarios for trainees to hone clinical skills in a secure setting. In addition to improving skill competency, these simulations foster critical thinking and decision-making skills that are essential for nursing practice.

Furthermore, chatbots and AI-powered virtual teachers are starting to play a significant role in nursing education. Virtual teachers provide round-the-clock assistance, interactive instruction, question and answer sessions, and fast feedback. Chatbots simplify the learning process and encourage self-directed learning by helping students with concepts revision, study session scheduling, and resource access.
The use of AI in clinical practice is part of the revolution in nursing education. AI-driven decision support systems assist students with pattern recognition, patient data analysis, and evidence-based decision making. Students have firsthand exposure to cutting-edge technology through the integration of AI tools into their clinical rotations, equipping them with the skills necessary to effectively handle intricate healthcare scenarios.

When integrating AI into nursing education, ethical issues are crucial. Teachers need to make sure AI algorithms are transparent, accountable, and equitable in order to reduce bias and maintain patient-centred care values. Future nurses can use AI in their practice given the knowledge and abilities that ethical AI education provides.

The AI revolution in nursing education necessitates collaboration between technologists, educators, and healthcare practitioners. Multidisciplinary collaborations stimulate creativity, propel investigation, and establish a smooth transition from learning to application.

In nutshell, a new era of learning, empowerment, and creativity is ushered in by the AI revolution in nursing education. By utilising AI’s potential, we can provide aspiring nurses with the knowledge, flexibility, and fortitude they need to succeed in a healthcare environment that is evolving quickly. Let’s embrace this journey of transformation together and open the door for greatness in nursing practice and education.

The post Empowering future Nurses: The AI Revolution in Nursing Education appeared first on InnoHEALTH magazine.

1. In your extensive career focusing on human physiology, especially in extreme environments, what breakthroughs have you found most significant? How do you see these advancements influencing future defense strategies?

As I look back in my 40 years of dedicated service in the Defence Research and Development organization (DRDO), the thrust of my research has been to enhance the health and operational efficiency of troops by providing appropriate life support technologies. Some of the important impactful R&D contributions include two state selection systems, computerised pilot selection system, computerised aptitude testing for trade allocation and creation of a digital database for follow-up. These are in the domain of personnel selection for armed forces to meet the present and emerging needs of personality traits, aptitudes, and motivation. Military nutrition has been rationalised to enhance the combat efficiency in different operational environments, specific clothing requirements including essential cold weather clothing, NBC protective ensembles, Anti-G suit for pilots, submarine escape suit for navy, combat free fall clothing for paratroopers and cooling suit for tank cruise operations in desert have really enhanced the protection and operational efficiency. The clothing and protective ensemble for women combat personnel suiting the anthropometry considerations have also been developed and delivered. 

Very innovative life support technologies like onboard oxygen generation (OBOG) system for fighter pilots for long endurance flight. The ergonomic aspects for man mission interface for weapon platform development have also been delivered. Unmanned battlefields including unmanned aerial vehicle, unmanned ground vehicle, unmanned underwater vehicles will be used in future warfare. In this man computer interface with AI application play a very important role, the research is in progress to understand complexities involved in this and to address this situation, computer-human interface, image processing, decision support etc are being used. Augmenting soldiers’ performance using traditional systems such as Yoga, herbal medicine and homeopathy have been introduced based on our research. Rapid induction technology support for high altitude military operations have been developed. A novel therapeutic measure using a combination of Nitric oxide and oxygen for the treatment of high-altitude pulmonary edema has been introduced. Prevention control and management of cold injuries in high altitude have reduced morbidity due to frostbite.

A special focus on development of CBRN Defence Technologies has been given during the last two decades which led to the induction of devices for early detection, personal protection, collective protection, decontamination, and medical management. Considering the psycho-social profile of the soldiers, we have been able to formulate, in DRDO, new strategies for military motivation.  These are some of the notable R&D contributions where I was fortunate to be part of either in leadership role or participatory role.

2. How do you envision the collaboration between Academia, Industry, and Government agencies evolving, and what impact could this have on the fields of life sciences and defense research?

The evolving collaboration between academia, industry, and government agencies is crucial for the advancement of all areas of Science and Technology, especially Life Sciences and Defence Research. This tripartite alliance has the potential to leverage the strengths of each sector. This collaborative model which is often referred to as the “triple helix” model of innovation has the capability to harness the unique strengths of each sector to push the boundaries of scientific research and technological development. The synergy created by this alliance is additive as well as multiplicative and can foster an environment to address complex challenges through innovative solutions faster and effectively.

Universities and Research Institutions are the cradle of knowledge, research and innovation. The curiosity-driven exploration has led to many breakthrough discoveries in life sciences and defence. The contribution of academic sector is crucial in providing deep insights into biological systems, new materials, and computational models etc. Their research often lays the groundwork for applied technologies and solutions.

The Industry contributes through its ability to scale innovations, turning scientific discoveries into practical applications and products. As the focus is on development, production, and marketing, the industry has been playing a pivotal role in ensuring that the outcome of research reaches the market. The technological prowess and resources of the private sector are critical in transitioning from prototypes to deployed technologies.

On the other hand, the Government agencies contributes through the provision of essential regulatory guidance, funding, and strategic direction for research initiatives that align with national priorities. The Government support is crucial especially in the area of life sciences and defence research as addressing challenges such as public health crises and national security threats are often beyond the scope of individual organizations. The Government policies if framed in a right way, can facilitate collaboration by providing frameworks for intellectual property rights, data sharing, and ethical standards.

Together, this tripartite alliance can lead to significant advancements in technologies that enhance soldier survivability and operational efficiency. Innovations in protective gear, medical treatments, and surveillance systems are just a few examples of how this collaboration can yield tangible benefits on the battlefield and beyond. By combining academic research with industry’s capability to develop durable and effective equipment, and government’s ability to implement these solutions, the safety and effectiveness of defence personnel are significantly improved.

The shared goals and challenges can foster Global partnerships bringing together countries and organizations around the world. Global partnerships amplify the impact of research and development efforts through the pooling of resources, knowledge, and expertise to tackle challenges and much more which no single sector can address alone. The future of life sciences and defence research indeed lies in the continued strengthening of these alliances, emphasizing the importance of cooperation, shared vision, and mutual benefit.

The 21st century belongs to Life Sciences and a lot of exciting discoveries and innovation will come in this century in Biotechnology, Health Technologies, Pharmaceutical domain, precision medicine, Pharmacogenomics, multivalent Vaccines, Telemedicine, Point of Care diagnostic and other related inventions. The tripartite partnership is yet to mature in our country as these 3 stakeholders need to be further strengthened if we have to realise the potential of the triple helix model.

In aspirational India, Aatmanirbhar Bharat is the goal in the defence sector as well. The defence R&D ecosystem needs to harness the potentials available in the civilian sector and the capabilities and capacities need to be augmented in Defence R&D beyond Defence Ministry which includes DRDO, PSUs and ordnance factories. Private sector, industries and academia need to make significant contributions in strengthening the Defence R&D ecosystem through public private partnership (PPP). Emerging technologies such as Artificial Intelligence, Virtual Reality and Augmented Reality, smart materials and other related disruptive technologies need to be developed by Academia and translated into applications through Defence Industry so that India can assume leadership roles in these niche areas.

3. Enlighten us with your thoughts about the role of climate change in impacting defence strategies, particularly in the realm of human performance in extreme environments?

The critical role of climate change has multifaceted impacts in shaping defence strategies through its effect on operational environments and the geopolitical landscape. Apart from environmental issues, climate change also catalyses geopolitical instability, conflict, and humanitarian crises which have profound implications on national as well as global security. Climate Change can act as a threat multiplier through exacerbating existing tensions.

Hence, there is a need to integrate climate resilience into defence planning at every level. A comprehensive assessment of the effect of climate change on the regions of strategic interests including military readiness and response strategies is required. There is a need to equip and train military forces for a wide range of environmental conditions. It includes specialized equipment and clothing, training with respect to adjusting in tactics and logistics while facing extreme weather conditions. Even the military infrastructure including supply chain has to be made resilient against the impacts of climate change through reinforcing structures against extreme weather events etc. Other broader geopolitical implications of climate change include increased migration flows, disputes over the territories and competition over diminishing resources such as fresh water and arable land.

As the likelihood of natural disasters happening is increasing, it is important that military forces are well prepared in advance to protect national interests alongside providing humanitarian assistance and disaster relief. Close coordination with civilian agencies, international organizations, and non-governmental organizations will further necessitate and facilitate unforeseen situations.

It should not be forgotten that the Defence sector itself consumes resources and is a significant contributor to carbon emissions. Hence, alongside securing against climate change, the focus towards investing in renewable energy sources and adopting green technologies hold great importance in reducing the carbon footprint of military operations. The investment should be made by the Governments for anticipating future challenges. A cultural shift within the military should be prioritized to attain sustainability and resilience. In this way, defence forces can contribute to a more stable and resilient global order.

Let us look at the scenario of high-altitude warfare and operations. There is an increasing incidence of extreme weather conditions like avalanches, cloud burst, locust infestation on pasture lands and increasing rainfall and which are unusual weather conditions which will increase due to climate change. Similarly, the desert temperatures may rise leading to heat casualties particularly in battle tank cruise, other infantry and armed forces. Adequate training schedules as well as reorganizing their work scheduled for the variation in temperatures, providing adequate fluid electrolyte, ergogenic drinks and whole-body cooling suit using phase change materials and whole body cooling by peltier effect, vortex tube mechanism and thermoelectric mechanisms. These are few technologies we need to adapt for desert operations. The future wars may be fought for water as that will become scarce over a period considering the demand & supply from natural resources. Weather may be used as a weapon like artificial rains, induced desert storms etc. The armed forces and the defence research organizations need to work in tandem with academia and industries for evolving mitigation, resilience and adaptation to climate change. 

4. What role do you see for artificial intelligence in the future of defence research, particularly in areas related to human performance and bio-defence?

Artificial Intelligence (AI) shall redefine the strategic and operational landscape of the military forces. AI is able to process vast datasets that can aid in intelligence analysis to enhance human performance and to face complex bio-defence challenges. However, ethical, strategic, and operational considerations must be meticulously and responsibly navigated to harness AI’s potential effectively.

AI in the future shall be used in decision-making processes for comprehensive, real-time analyses of complex data streams. Strategic planning and tactical decision-making using AI shall enable more informed and timely responses to dynamic operational environments. AI-driven tools can identify threats, track enemy movements, and predict potential outcomes of different strategic choices using satellite imagery and signals intelligence.

Especially in the area of human performance, AI shall potentially revolutionize how soldiers train, fight, and even their recovery from any kind of injuries. With the use of wearable AI devices, the medical personnel will be able to monitor the health of the soldiers in real-time. AI powered exoskeletons can enhance physical abilities and provide physical protection thereby reducing the risk of injury.

In the area of bio-defence, AI can detect and diagnose biological threats thereby facilitating rapid development of medical countermeasures. AI shall be able to model the spreading of potential infectious diseases to improve the containment measure and how we respond to the situation.

With the advancement of AI, the deployment of autonomous systems and unmanned vehicles shall play a significant role in defence sector. They shall be able to perform a range of tasks including surveillance and reconnaissance, logistics support and direct combat roles, hence reducing the risk to human life. However, considering the unethical uses of AI taking place, robust ethical guidelines and control mechanisms will need to be established for ensuring that the use of these systems aligns with international/ national law and norms. Fostering a culture of ethical AI research and development within the defence sector is critical to ensure that innovations enhance security without compromising ethical standards or global stability.

5. What are the biggest challenges that defence personnel face in adapting to rapidly evolving warfare technologies?

As the warfare technologies are rapidly evolving, the defence forces are compelled to confront unprecedented challenges, and adapting to these changes require a comprehensive and multifaceted approach on every aspect of military operations, right from strategic planning to soldier training. This evolution involves a substantial shift in the nature of warfare itself. The introduction of Cyber warfare, autonomous systems, and network-centric operations are some of the examples.

The primary challenges involve the blending of emerging technologies with existing military technologies. A deep understanding of the capabilities and limitations of new technologies is important for their effective use during battles. Having the most advanced technology is advantageous only when it is ensured that the technologies will enhance the overall effectiveness and responsiveness of military forces.

The advancements also effect strategic and tactical superiority further leading to an arms race in technological innovation. Investment in research and development by armed forces is crucial and anticipating future technological trends is also important. To foster a continuous flow of innovation and strategic insights, effective partnerships between industry, academia as well as allied nations is necessary.

As warfare evolve, transformation of the battlefield brings a paradigm shift in military training, doctrine, and culture. Traditional training programs may not serve unforeseen complexities and dynamic, flexible training regimes involving digital literacy and adaptability must be considered. Evolving doctrine development incorporating the strategic and tactical implications of new technologies and ensuring that military operations leverage these advancements effectively becomes crucial.

By embracing change and fostering a culture of continuous learning and innovation, defence forces can navigate the challenges of modern warfare and secure a strategic advantage in an increasingly complex and dynamic global security environment. In Indian context, the threat perception for comprehensive national security which involves external aggression, internal security, economic security and environmental security, the emerging defence technologies like AI application, quantum , CBRN challenges, weaponization of space and cyber threats pose new threats to the army operations. With the minimal allocated budget for defence in terms of GDP as compared to the other developed nations bring the resource constraints to meet these emerging challenges. We need to plan strategies to address these in a pragmatic manner to strengthen our comprehensive national security.

6. From your perspective, how well-prepared are global defence forces today for chemical and biological threats, and what improvements are needed?

Enhancing global defence forces’ preparedness against chemical and biological threats is crucial and the need of the hour as they are dynamic in nature. At this pivotal juncture, a comprehensive overhaul of preparedness and response strategies against chemical and biological threats is important. The lessons learned from the COVID-19 pandemic, underscores the critical need for rapid response capabilities, advanced surveillance & detection systems and robust international cooperation. 

The establishment of international rapid response teams that are equipped with the necessary expertise, equipment, and medical countermeasures with minimal notice is required to manage and contain outbreaks. The availability and maintenance of vaccines, antivirals, antibiotics, and other essential medical supplies located globally strategically, can significantly reduce response times and save lives.

Availability of advanced surveillance and detection technologies for early identification of chemical and biological threats is crucial. The deployment of next-generation genomic sequencing, synthetic biology, environmental detection sensors, and AI-driven analytics to monitor and analyse pathogen data in real time are some of many technologies to be developed. Enhancing global bio-surveillance networks shall prove useful in providing a comprehensive picture of emerging threats through providing early warning and rapid response mechanisms.

With the advancement of science, biological/ chemical weapons can pose greater threats, the Investment in research and development for staying ahead has become crucial. The medical countermeasures supported by fundamental research on pathogen transmission, virulence, and resistance through collaborative research initiatives with academic institutions and biotechnology industries shall play a leading role through developing new diagnostics, therapeutics, and vaccines.

Even the process of discovery, development, and regulatory approval of vaccines and therapeutics should be streamlined. It shall enable rapid deployment during an outbreak. mRNA technology is an important area to be investigated as it offers quicker development of effective vaccines.

The bio-surveillance capabilities need to improve globally to detect threats timely. Advancements in AI and machine learning shall play an important role in the analysis of data, identifying patterns and anomalies indicating the emergence of a chemical or biological threat.

Organizations such as the Organization for Prohibition of Chemical Weapons (OPCW) need to be empowered for global surveillance and prevention of development of chemical weapons. Similarly Biological and Toxin Weapon Convention (BTWC) should be universally ratified and the United Nations should establish a similar body like OPCW which to a very large extent can stop many such events.

7. Can you discuss any efforts or initiatives you’re involved in to promote science education and awareness among the general public?

As a distinguished Scientists and former Director General (Life Sciences) at Defence Research and Development Organization, Govt. of India followed by heading Amity’s Research and Innovation as President of Amity Science, Technology and Innovation Foundation (ASTIF), my career has been dedicated to advancing the frontiers of science and technology, with a particular focus on fostering a deep connection between scientific research and societal welfare. My contributions have spanned various domains, including delivering key lectures, guiding researchers and scientists, member of multiple advisory councils significantly influencing science education and awareness. 

With a commitment to contribute immensely to make India Self-reliant in the area of Science and Technology and for the betterment of humanity globally, I have been promoting and propagating the scientific advancements and also making them accessible to the wider public. Through public engagements and lectures and special addresses, I have tried to bridge the gap between complex scientific research and its practical, everyday implications. My aim has always been to inspire a broader audience, especially young minds, to explore the wonders of science and consider careers in STEM fields.

In many of my positions in advisory roles, I have had the privilege of mentoring a diverse group of individuals – from budding scientists and faculty members to established researchers and even policy making. My focus has been on encouraging innovative thinking, ethical research practices, and a commitment to scientific excellence. These interactions have not only shaped the trajectory of scientific inquiry but have also ensured that research activities remain grounded in societal needs.

Perhaps one of my most significant contributions in this domain has been my involvement in the formulation of the Government of India’s Scientific Social Responsibility (SSR) Policy. As the chair of the national advisory committee and national steering committee, I focused on the integration of science with social development, advocating for a model where scientific research and its benefits are seamlessly woven into the fabric of societal progress. This policy underscores the imperative for scientists and research institutions to engage actively with the community, promoting public understanding of science and its myriad contributions to humanity. One of the important aspects of SSR is Science Education (formal, non-formal, informal) including Science Communication to take the scientific outcomes to the grassroot level as well as to foster scientific temper among the general public. A paradigm shift in identifying thrust areas for scientific research from Lab to land to the new concept of Land to Lab and back to Land. National Education Policy 2020 also emphasizes quality science education and a strong societal connect of Academia with Society through outreach programmes.     

Looking ahead, I am committed to continuing my efforts to promote science education and awareness. The landscape of science and technology is ever evolving, and it is imperative that we keep pace with these changes, ensuring that the benefits of scientific research are universally accessible and contribute to the global good. My future endeavours will focus on enhancing international collaborations, fostering a culture of innovation and inclusivity, and ensuring that science remains a key pillar of societal advancement.

In conclusion, my journey in the realm of science and technology has been immensely rewarding contributing to the society at large. As we stand on the cusp of new scientific revolutions, I remain dedicated to ensuring that the torch of knowledge continues to burn bright, illuminating paths of discovery, innovation, and societal progress. As my endeavour of SSR, I keep giving popular Science Lectures in schools, colleges, even in rural areas and also through writing popular articles in Print Media as well as participating in TV interviews as well through social media. SSR will be a game changer if implemented in letter and spirit. The link https://dst.gov.in/sites/default/files/Final%20SSR%20Policy%20Draft_2019.09.09_0.pdf_can be used to access SSR policy of Govt. of India

8. What do you believe are the most pressing scientific questions or challenges that need to be addressed in the coming years?

Though the advancements in technologies hold promising potential for the benefit of society, significant ethical, security, operational challenges and threats are posed along with it. The emerging technologies including synthetic biology, cybersecurity vulnerabilities in a hyper-connected world and human-machine teaming pose some of the most pressing challenges facing the global community today. Addressing these challenges necessitates a comprehensive and multidisciplinary approach, intertwining technological innovation with robust ethical frameworks, strategic policy development, and sustained international cooperation.

Though with the advancement of the technology including groundbreaking opportunities for progress in healthcare, energy, and security through the realms of biotechnology, artificial intelligence (AI), and quantum computing, the ability of their use for harmful purposes is of great concern. It is important that the governance frameworks through international consensus on research norms, export controls, and the sharing of scientific knowledge be laid and implemented. The support from scientific community, policy makers, ethicists, and the public will play a deciding role to leverage the technological advances for the greater good while minimizing the risks of misuse.

Synthetic biology has the capacity to redesign organisms for specific purposes and promises revolutionary advances in medicine, agriculture, and environmental protection, however the deliberate misuse of these technologies may create harmful biological agents underscoring the need for stringent biosafety and biosecurity measures. Rigorous risk assessment methodologies need to be implemented and new biocontainment strategies be developed.

The complexity and scale of cybersecurity challenges has increased with the proliferation of digital technologies and the Internet of Things (IoT). Protecting critical infrastructure, sensitive data, and personal information from cyber threats is essential and it requires multi-layered security strategy that encompasses technological solutions, human factors, and regulatory frameworks. Advanced encryption methods and AI-driven threat detection systems development is a necessity. Awareness programs on cybersecurity awareness should be conducted. In fact, the resilience of global cyber infrastructure should be enhanced.

With the integrating AI, development of autonomous systems into everyday life and the workplace, including military and healthcare settings, the opportunities are infinite, but undermining human autonomy or decision-making also require focus on ethical AI development, transparency, and explainability. Ethics based training programs guiding human-AI interaction skills alongside research into the social and psychological aspects of human-machine collaboration, are essential for effective integration into society. Developing responsible research and innovation frameworks, enhancing public-private partnerships, and fostering a global dialogue are critical steps in ensuring that science and technology contribute only positively to humanity’s future.

Besides the above areas of focus, we need to develop innovative technologies to address food security, health security, energy and environmental security. Precision agriculture, vertical farming, aeroponics, hydroponics, application of microbial technology for agricultural productivity, need-based agricultural engineering tools and innovative agri-business approach will strengthen our food security. Similarly, point of care diagnostics, digital & mobile health, telemedicine, integrative medicine combining both allopathic and traditional systems of medicine for holistic healthcare, focus on cost-effective biomedical technologies will be priority areas in health security. Renewable energy sources, electric mobility, storage devices, fuel cell, nuclear power and cold fusion may address the challenges of energy security. Sustainability will be the forerunner in all developmental scientific endeavours.      

9. Could you share a pivotal moment or experience in your career that significantly redirected or influenced your research focus?

A paradigm shift through Look East policy brought a focus of Military operations on North Eastern Himalayas. Several new initiatives are being taken to develop suitable technologies for augmenting the operational efficiency. One such effort is the establishment of a joint Indo-Kyrgyz Mountain Biomedical research centre in Bishkek. Kargil war brought the need for technologies and strategies for rapid induction of troops to high altitude. Increasing terrorism and the capability existing for CBRN threat in the neighbourhood, a focus was given to develop CBRN Defence technologies. A mission mode programme on Nanomaterials and Nanotechnology application in Defence and several new innovative technologies and products are developed.  

10. In your view, how has the integration of emerging technologies like AI and biotechnology transformed research and practical applications in life sciences? 

It is indeed a transformative era of research and innovation especially in the field of Life Sciences. The integration of Artificial Intelligence (AI), biotechnology, and other emerging technologies into the life sciences and allied areas has accelerated the pace of discoveries and opened new frontiers naming them genetic engineering, neurotechnology, synthetic biology, and personalized medicine. The implications extend way beyond the laboratory and offer unprecedented opportunities to address some of humanity’s most pressing health challenges, improve quality of life, and extend human capabilities. However, these technologies also introduce a spectrum of ethical, social, and regulatory considerations that must be navigated with care to ensure that their benefits are realized ethically and equitably.

The advent of technologies such as CRISPR-Cas9 and other gene-editing technologies have revolutionized human’s ability to manipulate the genetic material. They have potential for treating genetic disorders and enhancing disease resistance. Neurotechnology including brain-computer interfaces (BCIs) and neural implants promises restoring of lost sensory or motor functions and enhancing cognitive abilities. Synthetic biology’s ability to design and synthesize biological parts, devices, and systems presents opportunities for groundbreaking applications in medicine, agriculture, and environmental conservation.

Effective use of Artificial Intelligence (AI) in life sciences shall bring a revolutionary shift through  offering new insights into biological complexity, accelerating the pace of medical discoveries, and transforming healthcare delivery.AI algorithms are able to analyze vast datasets to identify potential drug candidates much faster than traditional methods. AI can predict the efficacy and safety profiles of compounds thereby significantly shortening the drug development timeline and reduced costs. It shall facilitate availability of new treatments for patients in the near future, offering hope for diseases that are currently difficult to treat. In the area of diagnostics and precision medicine, AI-driven tools are enhancing diagnostic accuracy to enable the early detection of diseases including cancer, cardiovascular disorders, and neurodegenerative conditions. AI shall be able to provide tailored treatment plans to the individual patient depending on their genetic makeup and lifestyle to improve outcomes and minimizing adverse effects. In the area of patient care and management, AI powered virtual health assistants shall be able to provide personalized advice and support. The predictive analytics shall be able to forecast individual health risks and suggest preventive measures. AI powered machines at hospital premises shall contribute to the improvement of patient monitoring, optimized treatment protocols, and enhanced operational efficiency.

At Amity University, advanced research on AI applications is being conducted which has found extensive use in the area of defence. In the area of surveillance especially for use by paramilitary and police forces as well as other law enforcement agencies, the team of researchers at Amity Institute of Space Science and Technology under the TDB (Technology Development Board) of DRDO have developed AI based recognition of the person using psychological parameters (gait and skeleton). It has occluded/ masked face recognition, group recognition and image/ video recognition detect a person with up to 95% accuracy. Through multidisciplinary approach combining AI with Biotechnology, the researcher at Amity Institute of Biotechnology have built a bioinformatics pipeline which combines reverse vaccinology tools, network biology system and text mining algorithms to analyses proteomes of pathogens and ranks proteins based upon their propensity to be an optimal vaccine candidate. Using, Long Short Term Memory Networks (LSTM) algorithm,  90% accuracy has been achieved. Amity Centre for Artificial intelligence in Noida, Uttar Pradesh which has the most advanced & world’s best Supercomputing facilities. The highly qualified faculty members are working with focus in the latest areas of AI like Deep learning, Machine Learning, NLP, Data Science, GAN etc.

11. Based on your diverse experience, what would you advise for the younger professionals in the healthcare sector?

The emerging professionals in the healthcare sector should navigate the evolving landscape by developing a confluence of skills and perspectives that extend beyond traditional medical training. Advanced technologies integration into healthcare ranging from AI, genomics, telemedicine, personalized medicine have shown promise to transform patient care, diagnostics, and treatment modalities. The emerging healthcare professionals must adopt a multidisciplinary approach that encompasses technology, ethics, and patient-centric care to effectively contribute to a thriving dynamic environment.

They should stay abreast of technological advancements in healthcare. Familiarity with the technologies will help them improve outcomes, streamline operations, and enhance patient experiences. Continuous education and hands-on experience with technologies like electronic health records (EHRs), AI-driven diagnostic tools, and digital health platforms are crucial. They should understand the ethical frameworks that guide medical practice in the digital age.

The rapid pace of technological change requires healthcare professionals to be adaptable, with a commitment to lifelong learning. This includes pursuing continuing education opportunities, participating in professional development workshops, and staying engaged with the latest research and innovations in the field.

The post Interview of Dr. Selvamurthy appeared first on InnoHEALTH magazine.

Lastly comes the method of brushing about which the most important thing to remember is the saying “Even a soft rope can cut a hard stone if it goes over it multiple times”.

We all have visited dentists at least twice in our lifetime with a common thought in mind that where did I go wrong in taking care of my oral hygiene that I have to undergo dental treatment. Today, this question, “How to maintain oral hygiene,” is more pertinent with the meteoric rise in tooth decay or dental caries incidents being reported by dentists among the general human population. The maintenance of oral hygiene can be compartmentalized in three different aspects: i.e quality of tooth brushing aids, the time of tooth brushing, and the method of tooth brushing.

Historically, humans have been using various types of tooth cleaning aids like Neem tree sticks, commonly called ‘Datun’ in towns/villages and a variety of toothbrushes along with toothpaste. It has been seen after many long-term studies that the hard and medium-bristled toothbrushes can harm our teeth, causing cervical abrasion. The cervical abrasion facets on the tooth surface are a common cause of tooth sensitivity, leading to toothache. So nowadays, the usage of softer bristle tooth brushes is recommended, which do not harm the teeth while cleaning away the softer and sticky deposits of food from the teeth adequately. Use of FDI-approved toothpastes along with a soft brush is must, as they contain 1000 ppm of fluoride, which makes our teeth resistant to decay.

The timing of tooth brushing has a very important impact on our oral hygiene. Most of us have heard that twice brushing is good for our dental health, but have we ever thought, When should we brush our teeth” i.e before meals or after meals. The time of brushing is very important, as when we clean the tooth surface, we remove food particles, which are the food for microbes causing tooth decay present in our mouth. So when we brush after meals, the food sticking on teeth is not available for the growth of harmful microbial colonies, causing dental caries and even gum infections. Hence, in order to keep a check of the harmful microbial growth, we should always brush after breakfast and after dinner using a fluoridated toothpaste.

Lastly comes the method of brushing about which the most important thing to remember is the saying “Even a soft rope can cut a hard stone if it goes over it multiple times”. The relevance of this saying is that, even movement of soft bristles on teeth can also become harmful to the teeth i.e if too much pressure is applied by our hands in a harsh movement of brush in forward and backward directions, abrasion of teeth starts. Tooth brushing should always be done in short up and down soft strokes covering three teeth at a time as the number of bristles given on a brush can only reach three teeth at once. All three surfaces of teeth, i.e., the outer surface towards the lips and cheeks, the inner surface towards the tongue, and the chewing surface, should be cleaned with similar small circular strokes of tooth brush. Following these habits, the tooth brushing dilemma will be gone along with most dental problems for good, and one can stay healthy with a smile.

Maintaining good oral hygiene is crucial to prevent dental problems such as tooth decay or dental caries. To achieve this, one must consider three key aspects: the quality of tooth brushing aids, the timing of tooth brushing, and the method of tooth brushing.

The time of brushing is very important as when we clean the tooth surface we remove food particles which are the food for microbes causing tooth decay present in our mouth.

Firstly, toothbrush selection is critical. Traditional hard and medium-bristled toothbrushes can harm teeth by causing cervical abrasion, leading to tooth sensitivity and pain. It is advisable to use soft-bristle toothbrushes that effectively remove food deposits without causing damage. Additionally, using toothpaste approved by the FDI (Fédération Dentaire Internationale) is essential, as they contain fluoride, making teeth more resistant to decay.

The timing of tooth brushing is equally important. While most are aware of the importance of brushing twice a day, the timing can make a significant difference. Brushing after meals is recommended as it removes food particles that can serve as a food source for harmful microbes responsible for tooth decay and gum infections. Therefore, brushing after breakfast and dinner with a fluoridated toothpaste is ideal for maintaining oral hygiene.

Lastly, the method of brushing should be correct. Gentle and precise brushing is essential, as excessive pressure or harsh movements can lead to tooth abrasion. The recommended technique involves using short up-and-down strokes to cover three teeth at a time. This ensures thorough cleaning of all tooth surfaces: the outer surface facing the lips and cheeks, the inner surface facing the tongue, and the chewing surface.

In conclusion, maintaining oral hygiene requires attention to toothbrush quality, brushing timing, and brushing method. By using soft-bristle toothbrushes with approved toothpaste, brushing after meals, and employing gentle, precise brushing techniques, individuals can reduce the risk of dental problems, ensuring a healthy and confident smile.

The post The Brushing Dilemma appeared first on InnoHEALTH magazine.

In today’s rapidly evolving world, effective leadership is crucial for organizations to thrive. Among the various leadership styles, transformational leadership has emerged as a powerful approach that inspires and motivates individuals to achieve remarkable outcomes. Rooted in charisma, inspiration, intellectual stimulation, and individual consideration, transformational leadership fosters a shared vision, encourages personal growth, and empowers followers. 

Transformational leadership is a leadership style that focuses on inspiring and transforming individuals and organizations. Leaders who adopt this approach aim to uplift and motivate their followers to exceed their own expectations and achieve collective goals. Transformational leaders are characterized by their ability to create a compelling vision and communicate it.

The theory of leadership states that when a leader works with the team to identify needed change, creating a vision to guide the change through inspiration and executing the change in tandem with committed members of the group. There are several approaches to leadership that can be applied in nursing practice. In day-to-day activities we see leaders practicing different leadership styles according to the situation. But in the complex world of the present era, one needs to be very careful while practicing leadership style.

Many management Gurus are advocating a transformational leadership style nowadays, though it is as old as the Mahabharata time. We remember the preaching from Bhagwat Gita where Lord Krishna transforms Arjuna to fight when he was totally bewildered and did not want to fight. Lord Krishna further left it up to Arjuna to decide his own path after letting him know the pros and cons of both situations. 

This is an extraordinary example of transformational leadership. Transformational leadership is an approach that focuses on the attributes and behavior of the leader, required to empower and motivate team members.

The four elements of transformational leadership are idealized influence, inspirational motivation, intellectual stimulation, and individualized consideration.

1. Idealized Influence: when the leader is positive and a role model, leads by example and is confident. A leader is energetic and engages in respectful interactions. He/she engenders respect and demonstrates personally held values. Practitioners of this style are not afraid of apology if a mistake is committed.
2. Inspirational motivation: Encourage manatees to leave their comfort zones and explore new possibilities. Let them know that you believe in them and motivate them to redefine their goals and achieve them for their personal growth. A leader communicates high expectations, inspiring and energizing others to go beyond minimum standards. Instill in the manatees to be optimistic. Leader conveys. I BELIEVE IN YOU
3. Intellectual stimulation: Encourage the mentees to tackle old problems in new ways. Mentees to think critically about their ways of doing things and share new ideas to help them to create new ideas to solve problems.
4. Individualized considerations: Treat each individual manatee as unique, and valued, listen carefully, and give specific, personalized feedback or advice that suits the individual. The Almighty God has created everyone with different characteristics like the fingerprints of one person will not match with another, the same is true with the human mind to respond to the same situation. So, one needs to treat each individual differently as per their personality traits.

Traits of a successful transformational leader 

Transformational leaders are self-aware, open mind people who accept criticism. They are proactive, adaptive, and innovative. Above all, they lead with humility.

Transformational leaders are self-aware, open mind people who accept criticism. They are proactive, adaptive, and innovative.

Benefits of Transformational Leadership

   a) Enhanced Motivation: Transformational leaders create a sense of purpose and meaning, igniting intrinsic motivation within their followers. They promote a shared vision that aligns individual goals with organizational objectives, fostering a sense of ownership and commitment.

   b) Increased Productivity: Through their inspirational and empowering leadership, transformational leaders cultivate a positive work environment that enhances productivity and efficiency. They encourage innovation, collaboration, and continuous improvement.

   c) Talent Development: Transformational leaders prioritize individual growth and development. They identify and nurture talent, providing opportunities for learning, skill-building, and career advancement. This leads to a highly skilled and engaged workforce.

   d) Organizational Adaptability: Transformational leaders foster a culture of adaptability and change readiness. They encourage flexibility, resilience, and a proactive approach to challenges, enabling organizations to navigate uncertainty and seize opportunities.

Transformational leadership is a powerful leadership style that empowers individuals, inspires change and drives organizational success.

 Impact of Transformational Leadership:

   a) Employee Engagement: Transformational leadership fosters high levels of employee engagement and satisfaction. When individuals feel valued, inspired, and empowered, they become more committed and motivated, resulting in higher job satisfaction and reduced turnover.

   b) Organizational Culture: Transformational leaders shape organizational culture by promoting openness, trust, and collaboration. They create an inclusive and supportive environment that values diversity of thought, leading to enhanced teamwork and cohesion.

   c) Innovation and Creativity: By stimulating intellectual curiosity and encouraging innovation, transformational leaders drive creativity within the organization. They inspire individuals to think beyond boundaries, leading to breakthrough ideas and solutions.

   d) Sustainable Success: Transformational leadership lays the foundation for sustainable success. By building strong relationships, fostering growth, and promoting a shared vision, leaders create a legacy that extends beyond their tenure, ensuring long-term organizational prosperity.

 But what if one has set back most people attempting major behavior change suffer set back-including leaders. There can be short-term causes like interpersonal conflict, bad moods, and unpredictable events. The chronic set back like stress, fatigue, and lack of social support. The leader leads in this situation by coping positively and setting the example to bounce back with full vigour and zest to overcome the situation.

Transformational leadership is a powerful leadership style that empowers individuals, inspires change and drives organizational success. By embodying charisma, inspiration, intellectual stimulation, and individual consideration, transformational leaders create a positive work environment that encourages personal growth, innovation, and collaboration. The benefits of transformational leadership extend beyond individual and organizational growth, impacting employee engagement, organizational culture, and long-term success. In an ever-changing world, transformational leadership serves as a guiding light, illuminating the path toward a brighter and more prosperous future.

Learning is defined as a change in behavior. One has not learned a thing until one can take action and use it.
          Leaders and Mentors change lives.

“Composed by: Prof. Urmila D Bhardwaj has a vast experience in nursing and is presently working as Principal cum Dean at Sharda University.”

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