When was the last time you measured your waistline? If you assume that BMI is the only number to focus on when it comes to your health, think twice. New research has revealed a shocking revelation—your waist circumference might be a far better predictor of men's cancer risk than BMI.

The study finds that for each 4-inch increase in waist size, a man's risk of cancer increases by a staggering 25%. Meanwhile, BMI, commonly regarded as the gold standard for assessing obesity, raises cancer risk by only 19% for the same weight gain. So, if you've been dismissing that pesky belly fat, it's time to take notice.

But why is your waistline so important? The reason is visceral fat—the hidden, deep fat that accumulates around your organs. Unlike other body fat, visceral fat is a stealthy troublemaker, causing inflammation, insulin resistance, and abnormal blood fat levels—all of which combine to create a cancer-perfect storm.

Obesity has been associated with an increased risk of numerous health conditions, including cancer, for decades. The research, though, indicates that a specific measure of the body—waist circumference—may be an even more reliable forecaster of cancer risk in men than the more frequently employed Body Mass Index (BMI). This finding emphasizes the need to pay particular attention to the distribution of fat and not merely to the weight of the body.

BMI has been the go-to measure for years for gauging health risks related to obesity. New research, though, that appears in The Journal of the National Cancer Institute indicates that waist measurement is a better predictor of cancer risk in men. According to the research, four more inches (10 cm) around the waist will add 25% to a man's cancer risk. Conversely, a 3.7 kg/m² rise in BMI (from a BMI of 24 to 27.7) increased cancer risk by only 19%.

Why is waist circumference a better predictor, then? Unlike BMI, which measures weight relative to height, waist circumference actually measures abdominal fat—specifically, visceral fat. This type of fat encircles internal organs and is also linked to higher levels of inflammation, insulin resistance, and abnormal blood lipids, all of which are factors in cancer growth. BMI, however, does not measure fat distribution, so two individuals with the same BMI can have very different levels of health risk depending on where fat is deposited on their bodies.

Why Men Are at Higher Risk?

Interestingly, the research identified a significant difference between men and women when it came to waist circumference and cancer risk. Although waist circumference and BMI were linked with obesity-related cancers in women, the relationship was weaker than for men. An increase of 12 cm (4.7 inches) in waist size or a 4.3 rise in BMI (from 24 to 28.3) raised the cancer risk in women by just 13%—a much lower percentage than for men.

Experts credit this difference to the way that fat is stored in the body. Men are more likely to carry fat around the abdomen, especially as visceral fat, which is more metabolically active and associated with cancer-producing biological alterations. Women, by contrast, store fat in peripheral sites such as the hips and thighs, where it is less likely to drive systemic inflammation and metabolic disturbances.

A possible reason is that men tend to depot fat more in the visceral regions, whereas women tend to carry more subcutaneous and peripheral fat," wrote the researchers. "This may render waist circumference a more robust risk factor for cancer in men and account for why waist circumference provides additional risk information beyond BMI in men but not women."

Cancer Types Most Linked to Abdominal Fat

The research used the International Agency for Research on Cancer (IARC) data to define obesity-related cancers. These cancers are esophageal (adenocarcinoma), gastric (cardia), colorectal, rectal, liver, gallbladder, pancreatic, renal, and thyroid cancers, and multiple myeloma and meningioma. In men, abdominal obesity is especially significant in raising the risk of these cancers through high levels of insulin and markers of inflammation.

For women, the research proposes that both waist circumference and hip circumference may give a more accurate estimate of visceral fat and cancer risk. "Adding hip circumference to risk models could strengthen the link between waist circumference and cancer, especially in women," researchers observed.

What This Means for Men's Health and Cancer Prevention?

With these results, doctors advise men to be more mindful of their waistline than only their BMI. Waist size is an easy method to gauge health risk, and its maintenance through lifestyle changes might be the key to cancer prevention.

How To Reduce Cancer Risk In Men?

Track Your Waist Size: Regularly measure your waist circumference and try to keep it in a healthy range (below 40 inches for men, according to medical advice).

Eat a Balanced Diet: A diet containing high fiber, lean protein, and healthy fats can assist in limiting visceral fat gain.

Exercise Consistently: Regular exercise with a combination of aerobic and strength training will help maintain a healthy waistline.

Control Stress and Sleep: Persistent stress and inadequate sleep tend to cause weight gain, especially in the midsection of the body.

Regular Health Screenings: Early identification of cancer risk factors through regular screening can greatly enhance long-term health status.

After eliminating measles in 2000, the US is now seeing a sharp increase in cases, with 3,659 confirmed cases reported as of September 24, 2026. Pennsylvania has reported five measles-related deaths this year, the first such deaths in the state in 35 years.

The number has risen significantly from previous years. The US reported 2,289 cases in 2025, compared with 285 in 2024 and just 85 cases in 2000.

Measles can cause serious complications, including pneumonia and encephalitis, or brain swelling, and can be fatal.

Two doses of the measles, mumps and rubella (MMR) vaccine can prevent measles by up to 97%, although breakthrough infections can still occur.

Around 95% of reported cases have been among unvaccinated people, although breakthrough infections have also been reported among people who were fully vaccinated. However, measles is not expected to be as severe in people who are vaccinated.

“Their illness will be much more mild and less likely to cause serious illness than if they had not received two vaccines,” Dr. Pia Fenimore, chief and vice chair of pediatrics at Penn Medicine Lancaster General Health.

Yet according to experts some people can take a booster shot to stay safe.

Who May Need a Measles Booster?

The first measles vaccine was introduced in the US in 1963, but the formulation used between 1963 and 1967 was less effective than current versions.

Adults vaccinated during that period may need another dose if they have not received a later measles vaccine.

People born before 1957 are generally considered to have presumptive evidence of immunity because measles circulated widely before routine vaccination, and most people in this age group were naturally infected.

Some people may need individualized vaccination guidance rather than standard recommendations, including:

• People with uncertain vaccination status or no vaccination records
• People who received an inactivated measles vaccine between 1963 and 1967
• People with a weakened immune system
• Pregnant people

A measles vaccine booster may also be considered for children who received only one MMR dose, high-risk adults such as healthcare workers or international travelers, and people whose testing shows they lack immunity.

Can A Blood Test Check Measles Immunity?

In cases where people do not remember or have no records of two-dose measles vaccination, an Immunoglobulin G (IgG) antibody test can help assess whether they have antibodies against measles.

If testing shows sufficient measles IgG antibodies, the person is considered immune. If immunity is not established, vaccination may be recommended based on their individual circumstances.

Why Adults Also Need To Be Alert

Measles is often associated with children, but adults can also become infected.

“We often forget about adults getting measles ... 38% to 40% of cases this year of measles have been in adults. Adults become infected at the same, if not higher, rates than children themselves ... in 2025, just over half of the measles hospitalizations were actually ... adults,” Dr. Gavin Harris, an infectious diseases physician with Emory Healthcare in Georgia and the associate medical director of the Serious Communicable Diseases Unit.

What If You Were Exposed To Measles?

Measles is highly contagious and can spread through even limited exposure to the virus. With the virus outbreak, it is likely for people to get exposed to it.

The measles vaccine remains the absolute best way to prevent disease.

A shot within three days of exposure to the contagious virus can help prevent the disease. Intravenous immunoglobulin (IVIG) given within six days can also provide protection after exposure.

A 30-year-old law student with Type 1 diabetes was hospitalized with diabetic ketoacidosis (DKA) after allegedly being advised to stop insulin while following the “VRK Diet” promoted by social media personality Veeramachineni Ramakrishna, popularly known as VRK.

According to the complaint, the student had been living with Type 1 diabetes since 2018. He alleged that he came across VRK’s social media videos claiming that the diet could permanently cure conditions including Type 1 diabetes, cancer and kidney disease.

The student later visited the VRK Health Care Centre in Hyderabad in September 2025, where he alleged that he was orally advised to stop taking insulin. He said he paid around ₹26,000 for supplements and services at the center.

Two days later, he was admitted to a private hospital with DKA and severe dehydration, according to the complaint. He was later discharged.

Hyderabad police have booked Ramakrishna and another person in an alleged fake-doctor and fraud case.

Why Type 1 Diabetes Patients Must Never Stop Insulin

Also read: Gut Microbiome Linked To 3x Higher Type 1 Diabetes Risk In Children

More than 9 million people worldwide are estimated to be living with Type 1 diabetes, including about 1.8 million children and adolescents.

Type 1 diabetes occurs when the body cannot produce insulin. Insulin helps glucose move from the blood into cells, where it is used for energy. People with Type 1 diabetes therefore need insulin to control their blood glucose.

“Insulin is not optional in Type 1 diabetes,” Dr Sudhir Kumar, neurologist at Apollo Hospitals, Hyderabad, said in a post on X.

He advised people with Type 1 diabetes to never stop insulin on their own, including when they are unwell or unable to eat.

“Insulin doses may sometimes need adjustment, but this should be done with guidance from your diabetes team,” he said.

What Happens If Insulin Is Stopped?

The NHS UK explains that the human body needs insulin to break down glucose, i.e. sugar, to turn it into energy. People who have type 1 diabetes need insulin devices as their own body cannot produce it.

When the body does not have enough insulin, it cannot properly use glucose for energy. It starts breaking down fat instead, producing chemicals called ketones.

If ketones build up in the blood, they can cause diabetic ketoacidosis, a serious and potentially life-threatening complication.

DKA can develop when there is too little insulin, including when a person with Type 1 diabetes misses insulin doses.

Dr Kumar advised people with Type 1 diabetes to regularly monitor their blood glucose and check blood or urine ketones when indicated, particularly during illness or persistent high blood sugar.

Also read: H. pylori, HPV Among Five Infections Behind 1 In 8 Cancers Worldwide: Lancet

Warning Signs Of Diabetic Ketoacidosis

Dr Kumar said people with Type 1 diabetes should know the warning signs of DKA, including:

• Excessive thirst
• Frequent urination
• Nausea or vomiting
• Abdominal pain
• Dehydration
• Rapid or deep breathing
• Drowsiness or confusion

Anyone with symptoms suggestive of DKA should seek urgent medical care.

Can Diet Or Supplements Replace Insulin?

Type 1 diabetes is an incurable condition. Dr Kumar warned people to be extremely cautious about claims that Type 1 diabetes can be “cured” through supplements, diets, herbs or alternative treatments that allow insulin to be stopped.

“Check the qualifications and registration of anyone giving medical advice. Social-media popularity is NOT a substitute for medical training,” he said.

“One wrong piece of advice can have life-threatening consequences. For Type 1 diabetes, evidence-based medical care and uninterrupted access to insulin are essential,” he added.

Climate change is increasingly affecting human health, with the skin potentially among the first organs to show its effects, according to a new international study.

The analysis of 136 countries found that 42.6% reported climate-related changes in the prevalence, severity or both of skin diseases.

Presented at the European Academy of Dermatology and Venereology (EADV) Congress 2026, the study found that lower-income countries reported a greater burden.

Lower-Income Countries Report Greater Impact

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More than half of low-income countries (55.6%) and lower-middle-income countries (52.5%) reported climate-related changes in skin disease.

This compared with 43.8% of upper-middle-income and 28.3% of high-income countries.

Regional differences were also substantial:

• Western Pacific: 64.7%
• Eastern Mediterranean: 60%
• South-East Asia: 60%
• Europe: 16.1%

In Africa, 42.9% of respondents were unsure about climate change's impact on skin disease, suggesting gaps in surveillance and evidence.

Heat Rashes, Inflammatory Skin Diseases Rising

Among the 58 countries reporting climate-related effects, the most commonly reported changes included:

• Heat rashes: 81%
• Inflammatory skin diseases: 75.9%
• Infectious skin diseases: 62.1%
• Vector-borne diseases: 50%

“The most important finding from our study is that climate change is already associated with negative impacts on skin disease, and these effects disproportionately burden lower-income settings,” said Dr. Esther Freeman, study author and Associate Professor of Dermatology at Harvard Medical School.

How Climate Change Affects Skin

Read More: World Environment Day 2026: How Climate Change Is Increasing the Global Disease Burden | Explained

Rising temperatures, humidity, changing rainfall, air pollution and other environmental exposures can influence both the onset and severity of skin conditions.

Freeman said higher temperatures and humidity can increase sweating and skin irritation, while heat and air pollution may trigger or worsen inflammation.

“Shifts in temperature and rainfall can also affect the habitats of mosquitoes, ticks and other disease vectors, potentially allowing them to survive in places where they were previously uncommon,” she added.

Why Lower-Income Countries Face Greater Risks

The findings point to a wider climate-health disparity. Countries with fewer resources reported more climate-related changes in skin disease, despite generally contributing less to climate change.

These countries may also have fewer resources for disease surveillance, healthcare and climate adaptation.

The researchers called for stronger monitoring, greater awareness among healthcare professionals and locally tailored strategies.

Extreme Weather Can Trigger Skin Problems

The skin is constantly exposed to environmental conditions, making it particularly vulnerable to extreme weather events like flooding, wildfire smoke, etc.

• Flooding: It can increase traumatic injuries and bacterial or fungal infections, while contaminated water can trigger contact dermatitis.
• Wildfire smoke: Smoke and air pollution can worsen skin inflammation, including eczema.
• Heat waves: Prolonged exposure can aggravate inflammatory skin conditions and, in severe cases, contribute to heat exhaustion and heat stroke.
• Hot and humid weather: These conditions may increase some bacterial, fungal and viral infections.

As climate patterns change, the researchers said stronger surveillance and greater awareness of these emerging skin-health risks will be increasingly important.

Freeman stressed the need “to start treating skin health as part of climate-health preparedness.”

Key priorities include:

• Strengthening surveillance
• Improving climate-health education
• Developing locally relevant adaptation strategies
• Accounting for differences in healthcare resources.