Medical Assistant In Air Force Killed In Pak Air Strike In Udhampur
Surendra Kumar, a resident of Rajasthan's Jhunjhunu, who had been working as a medical assistant for the Indian Air Force, was killed in a Pakistani air strike early on Saturday in Udhampur, Jammu and Kashmir.
Surendra Kumar had been serving in the medical wing of the Indian Air Force for the past 14 years. He was posted in 39 Wing, Udhampur. His death was confirmed by the Army Headquarters, which informed his brother-in-law Jai Prakash via phone. The medical assistant's uncle, Subhash Moga, recalled him as a patriotic and helpful person who regularly motivated local youth to join the armed forces.
Surendra Kumar had returned to duty on April 15 after spending time with his family.
राष्ट्र सुरक्षा का कर्तव्य-निर्वहन करते हुए उधमपुर एयर बेस पर वीरगति को प्राप्त राजस्थान के बेटे, झुंझुनूं निवासी, भारतीय सेना के जवान श्री सुरेंद्र सिंह मोगा जी की शहादत का समाचार अत्यंत दुःखद है।
प्रभु श्रीराम पुण्यात्मा को अपने श्रीचरणों में स्थान तथा शोकाकुल परिवार को यह… pic.twitter.com/tQTuanJ7Fp
— Bhajanlal Sharma (@BhajanlalBjp) May 10, 2025
He had recently constructed a new house in his village, and the 'Griha Pravesh' (housewarming) ceremony was held just days before his return to base. He is survived by his wife Seema, an 8-year-old daughter, and a 5-year-old son. His father, Shishupal Singh, a retired CRPF personnel, had passed away earlier. As of now, no official confirmation has been given on when the body will be brought to his native village for the funeral.
The medical assistant's wife, Seema, who had been visiting her maternal home in Nawalgarh following the recent death of her grandfather, was admitted to the Government District Hospital after her health deteriorated upon hearing the news of her husband's death.
District Collector Ram Avtar Meena and Superintendent of Police Sharad Chaudhary visited Seema at the hospital to enquire about her condition and instructed the medical staff to provide special care.
पाकिस्तानी हमले में #झुंझुनूं जिले का जवान शहीद
➡️भारतीय वायुसेना की 39 विंग में उधमपुर में मेडिकल असिस्टेंट सार्जेंट कार्यरत मंडावा के मेहरादासी गांव के सुरेंद्र कुमार हुए शहीद
➡️जिला कलेक्टर रामावतार मीणा तुरंत पहुंचे
➡️एसपी शरद चौधरी भी रहे साथ @DIPRRajasthan #IndianArmy pic.twitter.com/mATrLimrNI
— District Magistrate and Collector, Jhunjhunu (@DMJhunjhunu) May 10, 2025
Later, the officials also visited the medical assistant's village and met his mother, offering their condolences and support. Surendra Kumar's sacrifice adds to Jhunjhunu's long legacy of brave sons who laid down their lives in the service of the nation. His death will forever be remembered with pride and gratitude, said locals.
Hashtags
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
NDTV
a day ago
- NDTV
Astronaut Shubhanshu Shukla Set To Return: How Human Body Is Impacted In Microgravity
As India prepares to receive its first astronaut, who is returning from the International Space Station, the spotlight turns to the health of Group Captain Shubhanshu Shukla, a decorated officer of the Indian Air Force. His nearly three-week-long mission aboard the International Space Station (ISS) marks a significant milestone in India's space journey. But what exactly happens to the human body in space, and how does microgravity affect our physiology and psychology? To understand the science behind space travel, NDTV spoke with Dr. W. Selvamurthy, President of Amity University and a renowned medical physiologist. With decades of experience studying human adaptation in extreme environments, from submarines to the icy heights of Siachen and now to space, Dr Selvamurthy offers a unique perspective on what Group Captain Shukla will experience in orbit. The Microgravity Challenge The ISS orbits Earth at an altitude of approximately 400 kilometres, where the gravitational pull is significantly reduced. This creates a microgravity environment - one of the most defining and challenging aspects of space travel. "In microgravity, the gravitational force that influences our physiological systems is absent," explains Dr Selvamurthy. "The first system to be affected is the cardiovascular system. On Earth, gravity helps regulate blood flow. In space, without that force, blood rushes toward the head, leading to fluid redistribution and pressure changes in the brain," he said. This shift can cause facial puffiness, nasal congestion, and even changes to vision. The heart, which no longer has to work against gravity, may weaken over time. However, Dr Selvamurthy reassures that during a short-duration mission, these effects are minimal and reversible. Balance and Orientation The vestibular system is also impacted by microgravity. This system in our body is responsible for balance and spatial orientation. "Our sense of equilibrium is maintained by the semicircular canals in the inner ear," says Dr Selvamurthy, adding that "These rely on gravity to function properly. In space, astronauts often experience disorientation, dizziness, and motion sickness." The cerebellum, which coordinates movement and balance, also changes. Astronauts must adapt quickly to floating in a weightless environment, where even simple tasks like eating or sleeping require new techniques. Disrupted Biological Rhythms On Earth, our bodies are synchronised with the 24-hour day-night cycle. But on the ISS, astronauts witness 16 sunrises and sunsets every 24 hours. This rapid cycling of light and dark can disrupt the circadian rhythm - the internal clock that regulates sleep, hormone production, and metabolism. "Sleep is deeply tied to solar cues," notes Dr. Selvamurthy. "In space, the absence of a consistent light-dark cycle affects neurotransmitters in the brain, leading to sleep disturbances and fatigue," he added. To counter this, astronauts follow a strict schedule and use artificial lighting to simulate Earth-like conditions. Over time, their bodies adjust to social cues rather than solar ones. Muscles, Bones, and the Body's Framework One of the most well-documented effects of space travel is muscle atrophy and loss of bone density. "On Earth, gravity provides resistance that keeps our muscles and bones strong," says Dr. Selvamurthy, adding that "In space, without that resistance, weight-bearing muscles weaken, and bones lose minerals." However, these changes typically occur during long-duration missions. "In a short-duration mission, the impact on muscle and bone health is negligible," he adds. "There may be minor deconditioning, but it is not clinically significant." Astronauts engage in daily exercise routines using resistance bands and specialised equipment to maintain physical fitness. The Psychological Frontier Beyond the physical, space travel also poses psychological challenges, too. Astronauts live in confined quarters, isolated from family and familiar surroundings. "Monotony, sensory deprivation, and the fear of the unknown can lead to stress," says Dr. Selvamurthy. "Living in a small space with a few people for an extended period can be mentally taxing," he said. To prepare astronauts for these conditions, psychological training is as important as physical conditioning. Group Captain Shukla has undergone rigorous training to build resilience and adaptability. Yoga: India's Space Medicine One of the unique aspects of India's astronaut training program is the integration of yoga. "Yoga is our Brahmastra," says Dr. Selvamurthy. "It is prophylactic, promotive, and curative. It prevents illness, enhances performance, and aids recovery," he added. Scientific studies conducted by Dr. Selvamurthy and his team have shown that yoga improves immunity, cognitive function, and emotional stability. "Practices like pranayama and meditation help regulate breathing, reduce stress, and maintain focus," he explains. "They are especially valuable in the closed, high-stress environment of space." Group Captain Shukla has been trained in yoga as part of his pre-mission preparation. According to Dr. Selvamurthy, this will not only help him stay healthy but also enhance his operational efficiency. A Confident Return As India watches with pride, Dr. Selvamurthy offers a reassuring message: "Group Captain Shukla has been carefully selected and thoroughly trained. His physiological constitution, mental strength, and preparation make him well-suited for this mission. I am confident he will return healthy and successful." This mission is not just a technological achievement-it is a testament to India's growing capabilities in space science, human physiology, and holistic health. With science and tradition working hand in hand, India's journey to the stars is just beginning.
News18
2 days ago
- News18
It's All 'Relative'! Are Cousin Marriages Among British Pakistanis Causing Birth Defects?
Last Updated: The primary driver of this renewed debate is alarming statistics about the increased risk of genetic disorders in children born to consanguineous couples The United Kingdom is currently witnessing in a vigorous debate regarding the legality and cultural implications of marriages between first cousins. While such unions are not explicitly illegal in the UK, unlike in many other countries and some states in the US, they have come under intense scrutiny recently due to concerns over public health and social issues. What studies show The primary driver of this renewed debate is alarming statistics about the increased risk of genetic disorders in children born to consanguineous couples. Studies, notably the 'Born in Bradford" project, which has extensively researched childhood outcomes in a city with a significant British Pakistani population, have highlighted these risks. For example, children of first cousin parents are found to have double the risk of serious birth defects or genetic conditions compared to those born to unrelated parents. While the overall risk for children of unrelated parents is around 2-3%, it rises to approximately 4-6% for children of first cousins. These conditions can include congenital heart problems, blood disorders like thalassaemia, and various metabolic or neurological conditions. Some reports suggest that in certain areas, up to 30% of paediatric referrals are linked to issues arising from cousin marriages. Despite these figures, it's important to note that the vast majority (94-96%) of children born to first cousins are healthy. However, the increased incidence of recessive genetic disorders, where both parents might unknowingly carry the same faulty gene, is a central concern for those advocating for a ban or increased awareness. Reasons for this practice often include strengthening family bonds, preserving family wealth and property, maintaining cultural values, and ensuring a sense of familiarity and support for the bride within her new family. For many, it is seen as an ideal match that fosters close-knit communities. Tory MP sparks debate The debate in the UK Parliament, notably sparked by a Private Members' Bill proposed by Tory MP Richard Holden in late 2024, has been highly contentious. Proponents of a ban, like Holden, argue that the health risks alone warrant prohibition and suggest that the practice can also be linked to issues of freedom and control, implying potential connections to forced marriages or honour-based abuse, though critics dispute this conflation. Opponents of a ban, including some community leaders and experts, argue that criminalising cousin marriage would be culturally insensitive and discriminatory, primarily targeting specific ethnic communities. They emphasise that a ban could stigmatise these groups, drive the practice underground, and deter individuals from seeking essential genetic counselling or healthcare services. Instead, they advocate for public health campaigns focused on education and awareness about genetic risks, coupled with accessible genetic screening and counselling services. They also highlight that other factors, such as parental age, smoking, or alcohol consumption, can also increase the risk of birth defects, yet these are not subject to marriage bans. The nuanced discussion continues, balancing public health concerns with cultural sensitivities and individual reproductive rights. (With agency inputs) view comments Disclaimer: Comments reflect users' views, not News18's. Please keep discussions respectful and constructive. Abusive, defamatory, or illegal comments will be removed. News18 may disable any comment at its discretion. By posting, you agree to our Terms of Use and Privacy Policy.
Time of India
05-07-2025
- Time of India
Army doctor helps woman deliver baby at Jhansi rly station
Lucknow: Pocket knife, hair clips, and dhoti. These were the 'surgical tools' with which an army doctor helped a woman deliver a baby at the Virangana Laxmibai Jhansi railway station on Saturday afternoon. Major Rohit Bachwala, 31, posted at Jhansi Military Hospital, was heading to Hyderabad via Bengaluru on a month-long leave to reunite with his family. While waiting for his train at the railway station, he saw a pregnant woman in severe pain on the footover bridge. Acting quickly, Rohit used his pocket knife and improvised materials like hair clips and dhoti to assist in her delivery. Railway women staff stepped in to secure the area, ensuring privacy and safety during the process. The staff also provided him with gloves. "The mother and the newborn were stable post delivery. An ambulance was arranged to transport them to a nearby hospital for further care," Major Rohit told TOI over phone. "A woman TTE was taking the pregnant woman for medical assistance on a wheelchair. As she was brought out of lift on a footover bridge, the pregnant lady screamed in pain. I rushed towards her and with whatever resources I had helped her deliver the baby," he added. The woman was travelling from Panvel to Barabanki with her husband and child in Panvel-Gorakhpur Express 15066. Her husband had made SOS to the railway for medical assistance and the family was deboarded at the Jhansi station. Major Rohit, who hails from Hyderabad, is the son of a former Indian Air Force personnel. In a statement, the Jhansi division of North Central Railway said, "Railways was informed about the pregnant woman passenger, who had sought medical assistance through the Rail Madad app. Promtly, the Jhansi control room was activated and a team was quickly prepared for medical assistance. As soon as the train reached Veerangana Laxmibai Jhansi station, the female passenger was attended to by a railway medical team and railway ticket checking staff. " Following the successful delivery, the women TTE staff express their gratitude to Major Rohit, saying he came as an angel in the hour of need." TOI attempted to contact the mother of the newborn but she didn't respond to calls.
