Allied Healthcare (GAHC)

As India's healthcare industry continues to grow, the demand for skilled nursing professionals has soared. Nursing is a noble and rewarding career, but selecting the right course can be challenging for aspiring candidates. This guide provides an overview of the best nursing courses, top institutions, and entrance exams to help students make informed decisions.

Leading Nursing Courses in India

BSc Nursing:

A 4-year undergraduate program.

Focuses on theoretical knowledge, clinical skills, and leadership in healthcare.

Ideal for students aiming for advanced roles in the medical field or pursuing postgraduate studies.

General Nursing and Midwifery (GNM):

A 3-year diploma course.

Prepares students for professional nursing and midwifery roles in hospitals and community healthcare.

Offers a strong foundation in nursing practices and patient care.

Auxiliary Nurse and Midwife (ANM):

A 2-year diploma program.

Trains candidates to provide basic healthcare services, particularly in rural or underserved areas.

Focuses on primary health education and maternal and child health services.

Top Nursing Colleges in India

JIPMER, Puducherry:

Renowned for its exceptional faculty and research-driven environment.

Provides state-of-the-art facilities and exposure to advanced medical practices.

Amity University, Gurugram:

Offers diverse nursing programs emphasizing practical training and skill development.

Known for its modern infrastructure and interdisciplinary learning approach.

SRM Medical College Hospital and Research Centre:

Combines rigorous academic training with hands-on experience in hospital settings.

Prepares students for both clinical and administrative nursing roles.

Key Entrance Exams for Nursing Courses

Admission to top nursing programs often requires clearing entrance exams. Notable exams include:

NEET (National Eligibility cum Entrance Test): Widely accepted for BSc Nursing admissions.

KEAM (Kerala Engineering Architecture Medical): Relevant for nursing admissions in Kerala.

West Bengal ANM/GNM Nursing: Specific to diploma courses in West Bengal.

Aspiring nurses can begin their journey by identifying the course that aligns with their career goals and preparing for the relevant entrance exams. With the right education and training, a career in nursing offers immense opportunities to contribute meaningfully to society and healthcare.

In a landmark achievement for medical science, a Chinese doctor has successfully conducted the world’s longest remote surgery, operating on a patient located approximately 9,400 kilometers (5,841 miles) away in Morocco. This extraordinary procedure highlights the transformative potential of remote medicine and its ability to expand access to healthcare worldwide.

The surgery, lasting 3 hours and 45 minutes, involved the laparoscopic removal of a liver tumor from a 62-year-old male patient. The groundbreaking procedure was enabled by advanced medical technologies, including 5G networks and state-of-the-art robotic systems. From a control center in China, the doctor remotely operated robotic surgical instruments while maintaining seamless communication with a medical team stationed in Morocco.

This successful operation marks a significant milestone in the field of telemedicine. By demonstrating the feasibility of performing complex surgeries across vast distances, it underscores the immense potential of remote surgical technology to address the challenges of delivering quality medical care in underserved or remote regions.

Details of the Procedure

Patient: 62-year-old male with a liver tumor in Morocco

Doctor: Chinese surgeon operating remotely from a control center in China

Distance: Approximately 9,400 kilometers (5,841 miles)

Procedure: Laparoscopic removal of a liver tumor

Duration: 3 hours and 45 minutes

Technology Used: 5G networks and robotic surgical systems

This historic operation signifies a turning point in global healthcare. First, it highlights how advanced medical technology can overcome geographical barriers, bringing specialized care to patients in remote or underserved areas. For regions lacking skilled medical professionals or state-of-the-art facilities, remote surgeries could become a lifeline.

Second, it underscores the reliability of cutting-edge technologies like 5G and robotic systems in facilitating such intricate procedures. Real-time communication and precision control are critical in surgery, and this operation demonstrated that these technologies can meet and even exceed the necessary standards.

Finally, this success paves the way for the broader adoption of remote surgical practices. As these technologies continue to evolve, we can expect remote medicine to revolutionize global healthcare, improving access, outcomes, and efficiency in unprecedented ways.

As per India Today reports, this milestone is a testament to human ingenuity and the boundless possibilities of technology in saving lives.

A comprehensive seven-year study conducted by IIT Kanpur has revealed disturbing trends in Delhi’s air pollution, emphasizing the urgent need for collective and sustained efforts to address the crisis.  

Rising levels of particulate matter, seasonal variations in air quality, and the impact of external and local pollution sources were among the critical issues highlighted in the study. It was found that PM2.5 concentrations in Delhi have risen by 15% over the past seven years, with the average concentration reaching 115 micrograms per cubic meter, significantly above the recommended safe limits. Seasonal spikes in pollution levels were recorded, with winter months identified as the period of the highest PM2.5 and PM10 concentrations.  

An increase of 20% in PM2.5 levels during the stubble-burning season was attributed to agricultural practices in neighboring states, adding to Delhi’s pollution burden. Vehicle emissions were reported to account for 25% of the PM2.5 pollutants, making them a significant contributor to the city’s deteriorating air quality.  

The findings were described as “alarming” by Professor S. N. Tripathi, lead researcher at IIT Kanpur. A multi-faceted approach, involving stricter regulations, improved public awareness, and inter-state collaboration, was suggested to mitigate the pollution crisis.  

The study has been acknowledged by the Delhi government, and a commitment to implement effective pollution control measures was reaffirmed. A government representative stated that collaborative efforts with experts and citizens would be undertaken to achieve measurable improvements in air quality.  

Suggestions to address the crisis include expanding eco-friendly public transport, enforcing stricter vehicle and industrial emission controls, promoting alternatives to stubble burning, and encouraging citizen participation in pollution reduction initiatives. The alarming findings have emphasized the need for immediate action. A collaborative effort involving citizens, government agencies, and other stakeholders is required to curb Delhi’s air pollution and create a healthier environment.  

By focusing on sustainable practices and effective policies, Delhi’s pollution levels can be controlled, ensuring better air quality and improved public health for future generations.

India has seen healthcare services being revolutionized with the deployment of drones to deliver medical supplies in remote and rural areas. This transformative effort is being credited with significantly improving healthcare accessibility in regions with limited road connectivity.  

The use of drones for transporting essential medical supplies, including medicines, vaccines, and blood, has been initiated under a program backed by the Indian government. Delivery times have been reported to be reduced by up to 50%, making life-saving medical resources available more rapidly to underserved populations.  

The initiative has been facilitated by a collaborative effort between the government and private sector companies such as Redwing Labs, Skye Air Mobility, and ANRA Technologies. The rapid deployment of this drone-based healthcare system has been made possible through these partnerships, which have been hailed as a vital step toward addressing healthcare challenges in rural India.  

It was stated by a government spokesperson that the integration of drones into healthcare delivery represents a transformative advancement for the nation. Expansion plans for the initiative are being prioritized to ensure that citizens in even the most remote areas receive quality healthcare services without delay.  

The integration of drone delivery with existing healthcare infrastructure, including hospitals and clinics, is being planned to enhance operational efficiency further. By leveraging this comprehensive strategy, the effectiveness of healthcare delivery across the country is expected to increase significantly.  

India’s drone healthcare initiative is being viewed as a benchmark in healthcare accessibility and technological innovation. By addressing long-standing logistical challenges in rural healthcare, the project is setting an example for similar efforts globally.  

This advancement has positioned India as a leader in adopting innovative solutions to improve the lives of its citizens, ensuring that healthcare services reach even the most isolated regions of the country. The potential for further expansion and refinement of this initiative highlights a promising future for rural healthcare delivery in India.  

As the program evolves, the focus will remain on creating a sustainable and scalable healthcare delivery system, thereby establishing a model for addressing healthcare inequities through technological innovation.  

To enhance healthcare access in remote areas, the Andhra Pradesh government has launched a cutting-edge container hospital. This initiative is set to transform rural healthcare delivery, providing state-of-the-art medical services to underserved communities.  

The container hospital, inaugurated by, Minister for Health, Andhra Pradesh, is equipped with advanced facilities, including operation theaters, ICU beds, and diagnostic tools. Its modular design ensures portability, enabling the hospital to be stationed in areas where conventional healthcare infrastructure is limited.  

The hospital operates on solar energy, exemplifying the state’s commitment to sustainability. By reducing dependency on conventional power sources, the initiative aligns with Andhra Pradesh’s broader goals of eco-friendly development while cutting operational costs.  

The container hospital is designed to address a wide range of medical needs, from emergency care to diagnostic services. It will also function as a hub for preventive healthcare initiatives, offering regular screenings and vaccination drives to improve overall community health.  

This project is part of a larger plan to bolster rural healthcare infrastructure across Andhra Pradesh. The government aims to deploy additional container hospitals in other underserved areas, reaching thousands more who currently lack access to adequate medical facilities.  

Healthcare professionals and local residents have applauded the initiative, viewing it as a transformative step in addressing rural health disparities. Experts highlight the container hospital’s potential to provide timely and efficient care, reducing the burden on urban healthcare centers.  

The launch of Andhra Pradesh’s first container hospital underscores the state’s commitment to innovation in healthcare. By combining cutting-edge technology with sustainable practices, the initiative promises to bring quality medical services to even the most isolated communities. With plans to expand this model further, Andhra Pradesh is setting a benchmark for rural healthcare in India.

A devastating fire at the Maharani Laxmi Bai Medical College in Jhansi, Uttar Pradesh, has claimed the lives of 17 newborns, leaving the nation in mourning and raising critical questions about hospital safety. As per The Hindu reports, the tragedy unfolded on November 15, 2024, when a fire broke out in the hospital’s neonatal intensive care unit (NICU), allegedly caused by an electrical short circuit exacerbated by oxygen cylinders stored in the area.

Eyewitnesses reported a loud explosion followed by flames that rapidly consumed the NICU. Despite efforts to rescue the infants, the intensity of the fire proved overwhelming. Families and hospital staff are left grieving a loss that has sparked widespread outrage and demands for accountability.

The Uttar Pradesh government has launched an investigation into the incident, forming a four-member committee to determine the exact cause of the fire. Additionally, the state has announced compensation of ₹5 lakh for the families of the deceased newborns. While promising swift action against those found negligent, the incident has already drawn sharp criticism from various quarters.

The opposition has accused the government of failing to ensure basic safety measures in hospitals. Many are questioning how a facility meant to protect the most vulnerable patients—newborns—could allow such a catastrophic failure of infrastructure. Experts and activists are also calling for a comprehensive review of safety protocols and regular audits of hospital facilities nationwide.

This tragedy highlights systemic issues in India’s healthcare infrastructure, particularly concerning fire safety and emergency preparedness. Hospitals, often burdened by overcrowding and inadequate resources, must prioritize stringent safety measures to prevent such disasters.

Public grief and anger have turned into a rallying cry for better accountability. While the government’s assurances of action provide some hope, the focus remains on ensuring justice for the lives lost and implementing measures to prevent similar tragedies in the future.

The Jhansi NICU fire is a grim reminder of the urgent need for improved hospital infrastructure and safety standards. As the nation mourns, it is imperative to transform this sorrow into meaningful change, ensuring that no family endures such a devastating loss again.