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Imagine this. A young teenager, 17, years old, who is fully developed. Now imagine this, the same teenager has a fully developed extra set of limbs and a pelvis. That extra set of pair is attached with chest artery. But, how can this happen?
While it is extremely rare, and has a chance of less than one case occurring per 100,000 births. Such things do happen. This is called parasitic twin.
It is an extremely rare type of cojoined twin where a baby is born with an underdeveloped twin attached to its body. This condition is also known as vestigial twins. The condition is very closely related to conjoined twins, where babies are connected at birth and share organs. However, the main difference is that in conjoined twins, there are two developed babies, whereas in parasitic twins, only one is fully developed, other one is underdeveloped and non functional.
In such a case, the twin who is developed is medically known as the autositic or the dominant twin. The dominant twin is healthy in most aspect but may have extra tissue, organs, or limbs from the parasitic twin.
The parasitic twin may be attached with the dominant twin through several places. The common joints are at the head, torso, chest, pelvis, buttocks, or back. In these cases, the parasitic twin is not alive and they die either in the womb or during the childbirth.
Now, let's go back to the case we referred to, where a young teenager had an extra pair of limbs attached to chest. The teenager who has not been named is from Uttar Pradesh's Unnao neighbourhood, and was treated in AIIMS, Delhi. The team of doctors successfully removed the extra set of limbs from his body.
Dr Asuri Krishna, who led the team of specialist who surgically removed the extra limbs told the BBC that only 40 to 50 cases of parasitic twins have been documented in world medical literature, and in those cases, the surgery had been attempted on children. The doctor said that without much medical literature to guide them, the team of doctors depended on "intuition, skill and knowledge".
The doctor shared that the child had two fully formed legs, buttocks and external genitalia, which weighed around 15kg "protruding from his abdomen".
The doctor shared that first they identified how interconnected the parasitic and host twins were. The doctors took scans and found that parasitic twin was attached to the teen's breastbone. The blood was being supplied from a vessel in his chest. However, "there wasn't much connection with other main organs like the liver or kidneys," said Dr Krishna. The team also found a large cyst in the teen's abdomen.
Then the surgery was performed in two stages. In the first stage, the parasitic twin was removed. Then the cystic mass was extracted from the surrounded area. The entire surgery was completed in two and a half hours and the team of doctors included radiologists, anaesthetists, and plastic surgeons.
The biggest challenge was when the teen's blood pressure dropped as 30 to 40% of his blood flowed to the parasitic twin, however, the doctors were prepared for it and they stabilized him.
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The shape of your gluteus maximus, the largest muscle in your backside, may offer surprising clues about your likelihood of developing diabetes. New research suggests that the contours of this major muscle change with age and health conditions, helping scientists better understand how fitness, muscle health, and metabolism are connected.
For years, the NHS has warned that ageing and excess weight increase the risk of developing Type 2 diabetes. However, this new study goes beyond traditional measures, proposing that the shape of the gluteus maximus itself shifts as people age or develop conditions such as osteoporosis or diabetes. These subtle muscular changes could provide valuable information about a person’s metabolic health.
Researchers from the University of Westminster highlighted that the gluteus maximus plays a key role not just in movement but also in metabolic regulation. Healthy, well-maintained muscles can improve blood sugar control and reduce the burden on organs involved in glucose processing.
Dr Marjola Thanaj, co-author of the study from the university’s Research Centre for Optimal Health, explained, as reported by Independent: “People with higher fitness, as measured by vigorous physical activity and hand grip strength, had a greater gluteus maximus shape, while ageing, frailty and long sitting times were linked to muscle thinning.”
To understand these differences, researchers used advanced MRI 3D mapping to create a detailed anatomical model of the gluteus maximus. By analyzing more than 61,000 MRI scans from the UK Biobank database, they discovered that the shape, not the size, of the muscle varied significantly between individuals with diabetes and those without it.
The MRI analysis revealed distinct, sex-specific patterns linked to Type 2 diabetes. Among male participants living with the disease, those classified as “frail” showed widespread muscle shrinkage across the gluteus maximus, indicating a loss of muscle quality and strength.
Women with diabetes, on the other hand, had enlarged muscle shapes — not because of increased muscle strength, but because of fat infiltrating the muscle tissue. This type of fat infiltration often signals declining muscle function and poorer metabolic health.
Dr Thanaj said these patterns underline a crucial point: men and women can experience the same illness in very different biological ways, which may influence diagnosis and treatment strategies in the future.
Beyond appearance or strength, muscle health is essential for long-term wellbeing. Maintaining muscle mass supports blood sugar regulation, reduces the risk of cardiovascular disease, and lowers the likelihood of developing fatty liver disease, all conditions closely linked to metabolic health.
Professor Louise Thomas, senior author of the study, told The Times: “Maintaining muscle mass as we age is one of the most important things we can do for our long-term health. If people understand how important their muscles are, and make small changes to keep them healthy, that could have a huge impact on disease across the population.”
Improving glute muscle health doesn’t require intense gym sessions. Simple actions such as taking the stairs instead of the lift, adding squats or lunges to your routine, or breaking up long periods of sitting can help tone and strengthen the gluteus maximus.
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Kidney disease is rising at an alarming pace worldwide, and it’s now among the top causes of death. A Lancet study highlights that the number of people living with chronic kidney disease jumped from 78 million in 1990 to nearly 788 million in 2023. That’s a massive tenfold spike, and a reminder that our kidneys need more attention than we realize.
The tricky part? Kidney problems often progress silently. Many people don’t realize anything is wrong until the kidneys are already significantly damaged. That’s why experts strongly emphasize early screening. According to nephrologists like Dr Arjun Sabharwal, a few simple tests — often quick and inexpensive — can help catch kidney issues early and improve treatment outcomes.
Below are the four key tests everyone should know about, especially if you have diabetes, high blood pressure, a family history of kidney disease, or you’re simply trying to stay proactive about your health.
eGFR uses creatinine values along with age and other factors to estimate how well your kidneys are functioning overall. Doctors often say, “Creatinine is just a number — eGFR tells you how much your kidneys are working.”
An eGFR below normal may be an early signal that your kidneys aren’t filtering efficiently, even if you feel fine.
Cystatin C is a protein produced naturally by all cells. When kidneys are healthy, its levels stay stable; when the kidneys struggle, the levels rise.
Experts highlight that Cystatin C can be more reliable than creatinine for people with very high muscle mass, those who work out intensely, or individuals taking supplements that may affect creatinine readings. If creatinine results seem unclear or inconsistent, this test adds clarity.
Before kidney function takes a major hit, the body often shows early warnings — one of which is protein leakage in urine. A urine dipstick test is one of the fastest ways to detect this.
A chemically treated strip is dipped into your urine sample, and if proteins like albumin are present, the strip changes color. It’s simple, non-invasive, and helpful for spotting early kidney damage.
If a dipstick shows abnormalities, the next step is often a UPCR test. This test measures exactly how much protein is leaking into the urine relative to creatinine. Higher levels may signal worsening kidney function or underlying disease. Doctors use UPCR to assess the severity of kidney damage and monitor progress over time.
If any test shows rising creatinine, an abnormal eGFR, protein in urine, or blood detected on a dipstick, it’s crucial to book an appointment. Lifestyle tweaks, home remedies, or detox drinks cannot reverse kidney damage. Expert evaluation is essential.
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In 2025, thanks to climate change, rapid urbanization, and frequent travels, new viruses, their strains, and infections have spread frequently. Infections have affect millions and some diseases have come back with their new strains, which have been more contagious, whereas other diseases are finding new ways to emerge.
As we look back at the year, which is about to end in just another month, let us look back at the top 5 infectious diseases of 2025.
In 2025, respiratory infections were the most widespread, with new COVID-19 variants emerging every now and then. Along with this common flu too has emerged. This has weakened immunity and made elderly and infants, and people with comorbidities more vulnerable to the diseases.
The new COVID variants in India are linked with the JN.1 variant and its sub-variants like LF.7 and NB.1.8. The COVID variants in the UK which were active were XFG, NB.1.8.1, or known as the Stratus and Nimbus variants. Other variants were XFG.3, XFG.5, and XFG.3.4.1.
Tuberculosis still continues to be a major infectious disease in 2025, especially in countries like India. As per the World Health Organization (WHO), tuberculosis caused 1.25 billion deaths in 2023. It becomes the world's leading infectious disease after COVID-19.
Each day, close to 3,425 people lose their lives to TB, and close to 30,000 people fall ill with this preventable and curable disease. About 10.8 million people got TB in 2023, which include 6 million, 3.6 million women, and 1.3 million children.
Mosquito-borne diseases like dengue, chikungunya, malaria, and Zika continued to rise in 2025. The reason being changing weather patterns. Dr Sanjeev Bagai, Chairman of Nephron Clinic, and Senior Consultant Pediatrician and Nephrologist points out that earlier the mosquito-borne diseases were seasonal, however, due to rapid urbanization and climate changes, these diseases have stayed all round the year.
Hepatitis B and Hepatitis C are among the most common Hepatitis infections in 2025. However, there have been outbreaks of Hepatitis A and E in unsafe water and food. Chronic hepatitis can also damage liver and also lead to cancer. It is a concern because it spreads through contaminated food, unsafe water, blood, and sexual contact. While many people may not show symptoms until serious liver damage occurs.
Symptoms also include jaundice, dark urine, fatigue, nausea, and abdominal pain.
Food- and water-borne infections are still common across the world. Illnesses like salmonella, cholera, rotavirus, and norovirus often spread in areas where hygiene, sanitation, and food safety are poorly maintained.
They can spread extremely fast, especially among children and older adults. Severe diarrhea and vomiting can lead to dangerous dehydration if not treated in time.
Persistent diarrhea, vomiting, stomach cramps, fever, and signs of dehydration. The best prevention is simple: drink clean water, wash hands regularly, and eat properly cooked food.
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