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The facemaker of World War 1: how Harold Gillies gave shattered soldiers a new self

The facemaker of World War 1: how Harold Gillies gave shattered soldiers a new self

India Today13 hours ago

Today, when we hear the words 'plastic surgery,' it often conjures images of celebrities fine-tuning their looks under bright Hollywood lights. But long before it was about aesthetic tweaks, it was about survival -- about restoring identity to those whose faces had been taken by war or fire or accidents.The trenches of the First World War unleashed a kind of devastation few could have imagined. Men returned to Britain with their jaws blown off, noses missing, eyes sealed shut -- shells of their former selves.advertisementBut at Cambridge Military Hospital in Aldershot, England, a young surgeon from New Zealand saw something others didn't.
He looked beyond the torn skin and shattered bones and asked a different kind of question: what if surgery could bring not just flesh, but identity, back to life?FROM DUNEDIN DREAMER TO SURGICAL PIONEEROn June 17, 1882, Harold Delf Gillies was born into a world of rhetoric and renaissance. His father was a Member of Parliament in Dunedin, NewZealand, and his mother was related to the whimsical poet Edward Lear.At Whanganui Collegiate, young Gillies excelled in medicine, but also cricket and golf. Those qualities would shape his later life: physical precision mixed with a creative spark.In England, he read medicine at Cambridge's Gonville and Caius, where he rowed in the 1904 Boat Race and played golf for England. Then came London and St.Bartholomew's Hospital, where he trained in ENT.advertisementBy 1911, he'd married Kathleen Margaret Jackson, and shortly after, World War I broke out.
Group photo at Queen Mary's Hospital in Sidcup in 1917, including Harold Gillies, William Kelsey Fry and Henry Tonks (1917) (Photo: Wikimedia Commons)
A WAR SCULPTED A NEW VISIONHe arrived on the Western Front in 1915, a 32-year-old doctor with tools, questions, and a quiet kind of vision.Under French surgeon Hippolyte Morestin, Harold Gillies watched as damaged jaws were covered using pieces of skin from other parts of the body. The sight moved him deeply.Back in London, he convinced the military to let him create a special ward at Aldershot, dedicated entirely to soldiers with facial injuries.Soon, he was bringing wounded men from the front lines to England -- not just to fix their wounds, but to help them rebuild their sense of self.That first ward would grow. By 1917, the Queen's Hospital (later renamed Queen Mary's Hospital) opened in Sidcup, England, a place where medicine met imagination.Inside, Gillies assembled a team of surgeons, dentists, anaesthetists, and artists -- all working in harmony to develop new ways of healing. They used skin grafts layered like building blocks, and carefully shaped pieces of tissue to rebuild faces feature by feature.REINVENTING SURGERY, REBUILDING FACESadvertisementThe most famous of Gillies' breakthroughs was something that, on paper, sounded bizarre: the 'tubed pedicle flap.'In an era before antibiotics, open wounds were a dangerous gamble. So Gillies came up with a solution -- shaping skin into tubes while keeping one end attached to the body, so it stayed alive.This living skin was slowly moved, bit by bit, across the face until it reached the damaged area. It looked strange, but it worked.Over 8,000 soldiers were treated using this method at Sidcup. For many, it gave them something beyond survival -- it gave them their face back.
Walter Yeo, the first person to receive plastic surgery, before (left) and after (right) skin flap surgery performed by Sir Harold Delf Gillies in 1917. The pictures of Walter's face before the surgery are blurry and hard to come by. In the tragic accident he was recorded as having lost both his upper and lower eyelids. The surgery was some of the first to use a skin flap from an unaffected area of the body and paved the way for a sudden rash of improvements in this field. (Photo: Wikimedia Commons)
advertisementGillies planned every operation with care. He drew sketches on envelopes and scrap paper, built wax masks and plaster moulds to imagine how a face could be put back together.'Use your eyes first, dirty fingers later,' he would say. His surgery wasn't just skill -- it was craft.A CUP OF COLOUR AND A STREAK OF HUMOURHe wasn't always serious. Gillies liked mischief as much as medicine. He often lit up a Cuban cigar while testing colours in his spectrometer, a tool used for analysing chemical elements, claiming it helped him check lithium lines. It probably also amused him.Outside the operating theatre, Gillies was a champion golfer, earning his Blue at Cambridge and competing in national tournaments -- even tweaking surgical tools to suit his golfer's grip. He was widely regarded in the early 1920s as one of the finest amateur golfers in England.
Harold Gillies was one of the best amateur golfers in England (Photo: Wikimedia Commons)
advertisementAnd then there was 'Dr Scroggie from South Africa' -- a persona he created for fun. Dressed in a fake beard and wig, Gillies once walked into his own home pretending to be a visiting doctor. He even fooled his valet.His colleagues roared with laughter when they realised the trick -- it was the kind of prank that became legend in his circle.His personal life had its own chapters. He married Kathleen Jackson and had children, but lost her in 1957. Later that year, he married Marjorie Clayton, his assistant and close companion for years.Gillies lived for people, progress, and humour -- sometimes all in one operating theatre.BEYOND WAR: A NEW ERA IN SURGERYAfter 1918, Gillies sowed his seeds in civilian soil. His book Plastic Surgery of the Face (1920) became the cornerstone of modern surgery. He founded units around the world, training others like Archibald McIndoe and Rainsford Mowlem.advertisementEven in WWII, his influence helped build effective plastic surgery teams. In 1946 he performed one of the first female-to-male affirming surgeries (MichaelDillon) and in 1951 worked with gender pioneering RobertaCowell.
Dr. Gillis, who operated on the Danish sailors injured in the geyser explosion (2nd from the left) (Photo: Wikimedia Commons)
When asked why, he replied simply: 'If it gives real happiness, that is the most any medicine can give.'A DOCTOR'S LAST ACTGillies worked nearly to the end. He died on September 10, 1960, days after a stroke, still amid a life of purpose and practice.He left no fortune, but his real legacy lives on in faces once lost.Plastic surgery may now conjure cosmetic bowls on screens. But Gillies reminded the world it was always about function, dignity, reclaiming identity.He used art to heal a person's soul as well as their skin. He proved science can be creative. And he offered hope where despair once reigned.

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The facemaker of World War 1: how Harold Gillies gave shattered soldiers a new self
The facemaker of World War 1: how Harold Gillies gave shattered soldiers a new self

India Today

time13 hours ago

  • India Today

The facemaker of World War 1: how Harold Gillies gave shattered soldiers a new self

Today, when we hear the words 'plastic surgery,' it often conjures images of celebrities fine-tuning their looks under bright Hollywood lights. But long before it was about aesthetic tweaks, it was about survival -- about restoring identity to those whose faces had been taken by war or fire or trenches of the First World War unleashed a kind of devastation few could have imagined. Men returned to Britain with their jaws blown off, noses missing, eyes sealed shut -- shells of their former at Cambridge Military Hospital in Aldershot, England, a young surgeon from New Zealand saw something others didn't. He looked beyond the torn skin and shattered bones and asked a different kind of question: what if surgery could bring not just flesh, but identity, back to life?FROM DUNEDIN DREAMER TO SURGICAL PIONEEROn June 17, 1882, Harold Delf Gillies was born into a world of rhetoric and renaissance. His father was a Member of Parliament in Dunedin, NewZealand, and his mother was related to the whimsical poet Edward Whanganui Collegiate, young Gillies excelled in medicine, but also cricket and golf. Those qualities would shape his later life: physical precision mixed with a creative England, he read medicine at Cambridge's Gonville and Caius, where he rowed in the 1904 Boat Race and played golf for England. Then came London and Hospital, where he trained in 1911, he'd married Kathleen Margaret Jackson, and shortly after, World War I broke out. Group photo at Queen Mary's Hospital in Sidcup in 1917, including Harold Gillies, William Kelsey Fry and Henry Tonks (1917) (Photo: Wikimedia Commons) A WAR SCULPTED A NEW VISIONHe arrived on the Western Front in 1915, a 32-year-old doctor with tools, questions, and a quiet kind of French surgeon Hippolyte Morestin, Harold Gillies watched as damaged jaws were covered using pieces of skin from other parts of the body. The sight moved him in London, he convinced the military to let him create a special ward at Aldershot, dedicated entirely to soldiers with facial he was bringing wounded men from the front lines to England -- not just to fix their wounds, but to help them rebuild their sense of first ward would grow. By 1917, the Queen's Hospital (later renamed Queen Mary's Hospital) opened in Sidcup, England, a place where medicine met Gillies assembled a team of surgeons, dentists, anaesthetists, and artists -- all working in harmony to develop new ways of healing. They used skin grafts layered like building blocks, and carefully shaped pieces of tissue to rebuild faces feature by SURGERY, REBUILDING FACESadvertisementThe most famous of Gillies' breakthroughs was something that, on paper, sounded bizarre: the 'tubed pedicle flap.'In an era before antibiotics, open wounds were a dangerous gamble. So Gillies came up with a solution -- shaping skin into tubes while keeping one end attached to the body, so it stayed living skin was slowly moved, bit by bit, across the face until it reached the damaged area. It looked strange, but it 8,000 soldiers were treated using this method at Sidcup. For many, it gave them something beyond survival -- it gave them their face back. Walter Yeo, the first person to receive plastic surgery, before (left) and after (right) skin flap surgery performed by Sir Harold Delf Gillies in 1917. The pictures of Walter's face before the surgery are blurry and hard to come by. In the tragic accident he was recorded as having lost both his upper and lower eyelids. The surgery was some of the first to use a skin flap from an unaffected area of the body and paved the way for a sudden rash of improvements in this field. (Photo: Wikimedia Commons) advertisementGillies planned every operation with care. He drew sketches on envelopes and scrap paper, built wax masks and plaster moulds to imagine how a face could be put back together.'Use your eyes first, dirty fingers later,' he would say. His surgery wasn't just skill -- it was craft.A CUP OF COLOUR AND A STREAK OF HUMOURHe wasn't always serious. Gillies liked mischief as much as medicine. He often lit up a Cuban cigar while testing colours in his spectrometer, a tool used for analysing chemical elements, claiming it helped him check lithium lines. It probably also amused the operating theatre, Gillies was a champion golfer, earning his Blue at Cambridge and competing in national tournaments -- even tweaking surgical tools to suit his golfer's grip. He was widely regarded in the early 1920s as one of the finest amateur golfers in England. Harold Gillies was one of the best amateur golfers in England (Photo: Wikimedia Commons) advertisementAnd then there was 'Dr Scroggie from South Africa' -- a persona he created for fun. Dressed in a fake beard and wig, Gillies once walked into his own home pretending to be a visiting doctor. He even fooled his colleagues roared with laughter when they realised the trick -- it was the kind of prank that became legend in his personal life had its own chapters. He married Kathleen Jackson and had children, but lost her in 1957. Later that year, he married Marjorie Clayton, his assistant and close companion for lived for people, progress, and humour -- sometimes all in one operating WAR: A NEW ERA IN SURGERYAfter 1918, Gillies sowed his seeds in civilian soil. His book Plastic Surgery of the Face (1920) became the cornerstone of modern surgery. He founded units around the world, training others like Archibald McIndoe and Rainsford in WWII, his influence helped build effective plastic surgery teams. In 1946 he performed one of the first female-to-male affirming surgeries (MichaelDillon) and in 1951 worked with gender pioneering RobertaCowell. Dr. Gillis, who operated on the Danish sailors injured in the geyser explosion (2nd from the left) (Photo: Wikimedia Commons) When asked why, he replied simply: 'If it gives real happiness, that is the most any medicine can give.'A DOCTOR'S LAST ACTGillies worked nearly to the end. He died on September 10, 1960, days after a stroke, still amid a life of purpose and left no fortune, but his real legacy lives on in faces once surgery may now conjure cosmetic bowls on screens. But Gillies reminded the world it was always about function, dignity, reclaiming used art to heal a person's soul as well as their skin. He proved science can be creative. And he offered hope where despair once reigned.

Doctor warns against these 6 everyday foods that may raise cancer risk
Doctor warns against these 6 everyday foods that may raise cancer risk

Business Standard

time17 hours ago

  • Business Standard

Doctor warns against these 6 everyday foods that may raise cancer risk

You might want to take a closer look at what's on your plate, because some everyday favourites could be quietly increasing your risk of cancer. Dr Saurabh Sethi, a gastroenterologist based in California and trained at Aiims, Harvard, and Stanford, recently shared on social media the foods he considers most harmful when it comes to cancer risk. Drawing from his clinical experience and research, Dr Sethi warns that many people unknowingly increase their long-term health risks by regularly eating foods they consider harmless. What are the top foods linked to increased cancer risk? 'Did you know that some of the most common everyday foods are scientifically linked to increased cancer risk? Here are some major food culprits that you must reduce or eliminate from your diet, especially if you're serious about long-term health,' said Dr Sethi in his post. ALSO READ | Processed meats: Worst food for overall cancer risk Processed meats such as sausages, bacon, ham, and salami are preserved through smoking, curing, or the addition of chemical preservatives. These contain nitrates and nitrites, which can convert into carcinogenic compounds in the body. The World Health Organization (WHO) classifies processed meats as Group 1 carcinogens, placing them in the same risk category as tobacco and asbestos. Sugary drinks like sodas, sweetened juices, and energy drinks cause spikes in blood sugar and insulin levels, leading to chronic inflammation and weight gain—both known cancer risk factors. Excessive sugar intake may also fuel cancer cell growth. Health experts recommend avoiding added sugars and choosing water, unsweetened teas, or naturally flavoured drinks instead. Deep-fried foods: Worst food for inflammation Foods such as French fries, fried chicken, and pakoras are often cooked at high temperatures using reused oils. This process generates harmful compounds like acrylamide, which has been linked to DNA damage and oxidative stress. Dr Sethi recommends baking, roasting, or air-frying as safer alternatives. Charred or burnt meats: Worst food for DNA damage Grilling or barbecuing meat at high temperatures can produce heterocyclic amines (HCAs) and polycyclic aromatic hydrocarbons (PAHs), which are linked to DNA damage and increased cancer risk. The more charred the meat, the higher the levels of these compounds. Marinating meat and avoiding direct contact with open flames can reduce exposure. Alcohol: Worst food for hormone-related cancers Alcoho l breaks down into acetaldehyde in the body—a toxic compound that damages DNA, impairs immunity, and reduces nutrient absorption. Even moderate consumption has been linked to cancers of the breast, oesophagus, liver, and colon. Experts recommend limiting alcohol and opting for alternatives like kombucha, buttermilk, or fruit-infused water. Ultra-processed foods: Worst food for chronic inflammation Packaged snacks, instant noodles, processed cereals, and ready-to-eat meals often contain added sugars, trans fats, and preservatives, offering little nutritional value. These disrupt gut health, contribute to inflammation, and are associated with obesity—all of which raise cancer risk. Whole, minimally processed foods are a safer choice. ALSO READ | This new blood test could spot cancer up to 3 years before symptoms What can you eat instead to reduce your cancer risk? According to global health agencies, building a diet around fibre-rich, anti-inflammatory whole foods is key to reducing cancer risk. Recommended options include: Leafy greens such as spinach, kale, and broccoli Whole grains like oats, brown rice, and quinoa Legumes and pulses including lentils, chickpeas, and beans Healthy fats from nuts, seeds, and avocados Fermented foods like yoghurt and kanji for gut support Unsweetened coffee and coconut water Experts emphasise gradual changes over perfection. Small, consistent dietary shifts can make a significant impact over time.

Sir Ronald Ross and the mosquito link: how one nobel winning discovery changed the course of malaria control
Sir Ronald Ross and the mosquito link: how one nobel winning discovery changed the course of malaria control

The Hindu

time3 days ago

  • The Hindu

Sir Ronald Ross and the mosquito link: how one nobel winning discovery changed the course of malaria control

Before Sir Ronald Ross's discovery in 1897, malaria was understood to be a disease caused by bad air ('mal aria,' meaning bad air). While the disease was recognised and feared for centuries, the underlying cause was not known. Understanding how malaria spreads: A scientific turning point On August 20, 1897, while working in Secunderabad, India, Ross dissected a mosquito that had fed on a malaria-infected patient. Inside its gut lining, he observed the presence of Plasmodium parasites—the microscopic organisms responsible for malaria. This observation provided the medical community with the first solid evidence that mosquitoes act as carriers of the disease. Although French military doctor Charles Laveran had identified Plasmodium in human blood in 1880, the method of transmission remained unclear. Ross, building on the ideas of physician Patrick Manson, confirmed that the malaria parasite requires a mosquito host to complete part of its life cycle before being passed to humans. Marking this discovery, Ross noted in his journal: 'This day relenting God Hath placed within my hand, A wondrous thing…' These words captured not only a breakthrough in understanding infectious disease but also a shift in how malaria prevention would be approached from then on. A scientific method grounded in observation and precision Ross conducted careful experiments using birds infected with Plasmodium relictum, an avian form of malaria. He allowed mosquitoes to feed on these birds and later dissected them at regular intervals. Over time, he found the parasites developing in the mosquito's stomach lining -- later forming what we now know as oocysts. This work revealed the external (or 'extrinsic') development of Plasmodium in the mosquito. Ross had traced the full transmission cycle, proving mosquitoes were not just incidental but a necessary host for the parasite. His work became the foundation of what we now call vector biology—the study of how insects and other organisms transmit diseases. The World Health Organization (WHO) acknowledges Ross's discovery as a pivotal moment in public health, reporting that it 'opened up a new vista for prevention and control of malaria' Changing how public health systems responded to malaria Ross's findings had a direct impact on how malaria was managed in India, Africa, and Southeast Asia. Once mosquitoes were identified as vectors, public health teams focused on controlling mosquito breeding: draining stagnant water, managing swamps, and later using insecticides like DDT. Ross went on to work in Sierra Leone and Mauritius, where he applied these principles in real-world malaria control efforts. He used mapping, statistics, and population data to track infection spread—techniques that are still used in disease surveillance today. In 1902, Ross received the Nobel Prize in Physiology or Medicine for his work. The citation read:'for his work on malaria, by which he has shown how it enters the organism and thereby has laid the foundation for successful research on this disease and methods of combating it.' His legacy Ross was also a prolific writer, poet, and advocate for medical education in the colonies. He pushed for more locally-run laboratories and for training Indian personnel in research methods, long before it became common practice. He also developed early mathematical models for how malaria spreads, laying the groundwork for what would become the Ross-Macdonald model—a widely used formula to estimate malaria transmission based on mosquito and human populations. The Centers for Disease Control and Prevention (CDC) notes that Ross's work, in collaboration with George Macdonald, led to the development of a mathematical model of mosquito-borne pathogen transmission . Over 125 years later, Ross's discovery continues to influence how we fight malaria. Vector control—like bed nets, mosquito repellents, and larvicide treatments—remains one of the most effective strategies to prevent the diseas .The WHO emphasises that controlling insect vectors has played an increasingly important role in reducing the burden of malaria since Ross's discovery . August 20 is now remembered as 'Mosquito Day' in his honor, especially in India. His field lab in Secunderabad has been turned into a memorial, and medical researchers still refer to his original drawings and writings. Sir Ronald Ross died in 1932. At the Liverpool School of Tropical Medicine, where he later taught, his epitaph reads: 'He gave to mankind an immense weapon against death.'

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