For the millions of people globally, "healthy eating" is a privilege rather than a default choice. From high costs of healthy foods to nutritious food systems that favor profit over health, the obstacles to a liver-supportive diet are real. Among popular diets, the ketogenic diet, or keto, has become extremely popular for its fast weight loss advantages but beneath its high-fat, low-carb framework is a less-discussed issue—how prolonged ketosis can silently burden the liver.
Your liver is your body's control center for detoxification and metabolic regulation. It processes toxins, digests nutrients, produces bile to break down fats, stores energy, and even produces blood-clotting factors.
“While many factors shaping our diet lie outside personal control—like zoning laws, school meal policies, and labeling—what remains in our hands is the knowledge of how our food choices impact our health,” says Nutritionist and Diabetes & Inflammation Specialist, Khushboo Jain Tibrewala.
However, these processes can be easily undone by modern lives—too much booze, sweet diets, lazy lifestyles, and, ironically enough, some hardcore dietary regimes like prolonged keto. The liver's tough, true, but get it working around its metabolic tipping point for sustained periods, and it begins to exhibit symptoms—a lot of which come in the form of abnormal liver enzymes and inflammation.
Ketosis is a metabolic process by which your body shifts from glucose (carbohydrate) to fat fueling. Carbohydrates in your diet, under normal conditions, get digested into glucose, which gets utilized by the body as fuel. In ketosis, fats are metabolized into ketone bodies—an additional fuel for brain and muscle tissue.
As per Tibrewala, this condition can be triggered by, "A ketogenic diet—intentionally low in carbohydrates and high in fat, or in severe cases of uncontrolled diabetes, where glucose metabolism is disturbed."
Although created initially to control epilepsy, the keto diet is today mainstream. Individuals remain in ketosis for weeks, months, even years. But is such long-term adaptation liver-friendly?
"The liver is at the center of making ketones," Tibrewala says. "And that process of metabolism is taxing." Sustained levels of ketosis lead to the liver breaking down fats continuously, which in turn increases liver enzymes—namely ALT (alanine aminotransferase) and AST (aspartate aminotransferase).
Clinical research indicates that keto dieters who eat this way in the long term tend to develop signs of hepatic stress even when they do not have fatty liver disease. High enzymes don't necessarily mean instant damage to the liver—but they do signal that the liver is burning out. Left untreated, this can result in inflammation, fibrosis, or even non-alcoholic steatohepatitis (NASH) in vulnerable people.
A significant downfall of ketosis is the drastic reduction of dietary fibre, a substance which is rich in carb-foods such as fruits, whole grains, and legumes. "Fibre is not only for digestion—it's food for your gut microbiome," adds Tibrewala.
A fiber-deficient diet upsets the balance of bacteria in the gut, permitting deleterious strains to dominate. The outcome? Increased permeability of the gut, systemic inflammation, and toxic load—altogether placing further stress on the liver. The organ is thus forced to struggle even harder to detoxify these toxins, added to its already high workload under ketosis.
Ironically, most keto believers resort to processed foods to fulfill their macronutrient needs. From protein powders and MCT oils, snack bars, to exogenous ketone supplements, they are filled with preservatives, additives, and in some, heavy metals.
"These artificial substances are processed through the liver, which is yet another source of stress," Tibrewala observes. Gradually, this higher toxic load—combined with compromised gut integrity—can drive the liver toward pathology, even if there are no obvious symptoms.
It’s important to acknowledge that ketosis, in short, supervised intervals, may have therapeutic potential—particularly for managing epilepsy, obesity, or insulin resistance. But long-term, unsupervised ketosis can be a slippery slope.
A liver in constant ketone-production mode is analogous to a machine running non-stop—it wears out faster. “Our liver thrives on balance, moderation, and nourishment—not on extremes,” emphasizes Tibrewala.
Select balanced nutrition: Eat whole grains, plant protein, and high fibre foods.
Steer clear of ultra-processed keto treats and go for whole-food fats such as avocado, nuts, and seeds.
Restrict ketosis to short cycles, if at all, and always after consulting a health professional.
Emphasize gut health with probiotics, prebiotics, and fermented foods. A healthy gut lightens the burden on your liver.
Drink water and move around—two simple but potent aids to liver detox and metabolic equilibrium.
In the quest for weight reduction or "biohacking," extended ketosis has been hailed as revolutionary but your liver- the powerhouse of your metabolism tends to take the hit.
Khushboo Jain Tibrewala is a Nutritionist and Diabetes & Inflammation specialist at The Health Pantry in India
(Credit-Canva)
During times of crisis or heightened emotions, we seek our elders for some clarity as well as for someone who will keep a cool head during these times. We are always told that wisdom and ways to handle difficult situations are things we gain as we age and a new study shows that this fact holds a lot of truth. We all remember our grandparents and how sweet, calm and patient they were, no matter how many times we messed up or did things that would anger our parents.
A new study suggests this isn't just a personality trait but a skill that improves with age, particularly for women. Research published in the journal Menopause indicates that as women age, especially from middle age onward, their ability to manage anger significantly improves.
Here's the interesting part: this doesn't mean older women feel less angry. In fact, the study, which looked at information from 271 women over many years, found that they actually reported feeling angrier more often and more strongly as they aged. But here's the key difference: they were much less likely to show their anger outwardly or act in a hostile way. So, even though the feeling of anger might be stronger, their ability to control how they react becomes much better. They might feel it, but they don't necessarily let it burst out.
So, why does this happen? Researchers have a couple of ideas. One thought is that as women reach middle age and go through menopause, they often feel a stronger sense of "generativity." This basically means they feel a deep need to help and care for others, especially younger generations, and to make a positive impact on the world. This feeling might help them become more emotionally mature and integrated.
Another idea is that women might become more strategic about how they express their anger. Instead of just lashing out, they might choose more positive and constructive ways to deal with their feelings, which can actually help improve their relationships. When women use anger in these more positive ways, they often feel more empowered and have better self-esteem.
According to the American Psychological Association, anger management aims to lessen both the strong feelings of anger you experience and the physical reactions it triggers in your body. While you can't always avoid or change the people or situations that make you angry, you can learn to control how you react.
There are tests that can measure how intense your anger is, how often you get angry, and how well you handle it. However, if you're struggling with anger, you probably already know it. If your actions feel out of control or frightening to you, it might be time to seek help in finding healthier ways to deal with this powerful emotion.
Experts point out that the changes women experience during menopause can really affect their mental well-being, both in their personal lives and at work. She explains that shifts in hormones during times like postpartum (after childbirth), during monthly periods, and around menopause can lead to strong mood swings, including feelings of anger and hostility. She stresses that if women are informed about these possible mood changes and get help managing their symptoms, it can make a huge difference in their overall quality of life and health. The study's authors also believe we need more research to understand women's anger in everyday situations, which can give us even more helpful tips on managing emotions and anger.
(Credit-Canva)
People have the ability to come up with great, unique, and different ideas from the rest. However, we have all had days when brainstorming doesn't fruit any good ideas for us. So, the natural next step is to look on the internet. However, doing this is not only ruining your thought process but it is also killing your creativity. A new study shows that if you are looking for new ideas, you should stay off the internet.
Using the internet to find new ideas during group brainstorming sessions might actually stifle creativity, according to a study published on June 30 in the journal Memory & Cognition. Researchers found that internet searches can hinder a group's ability to generate truly original ideas
The internet isn't making us less intelligent, but we might not be using it in the best ways for brainstorming. Researchers believe the internet can limit creativity because of something called "fixation effects." This means that when people see ideas from a search engine, they tend to think of other similar ideas. At the same time, these suggestions can block them from coming up with completely new or different answers.
For example, if someone is trying to list things you might "spread" and sees "butter" or "jam" from the internet, they're more likely to think of other foods like "cream cheese." They'll be less likely to think of non-food ideas, like "disease" or "rumors."
In a lab experiment with nearly 250 people, researchers looked at how groups came up with new uses for umbrellas and shields. They knew that there are many alternative uses for umbrellas online, but very few for shields.
Groups that had internet access struggled to find new ideas for umbrellas. This was probably because seeing so many suggestions online narrowed their thinking. On the other hand, because there weren't many pre-existing ideas for shields, groups had more room for their creativity to grow. This study provides the first proof that internet searches can cause this "fixation effect.
The results also showed that people who didn't use the internet were more imaginative. Those who used Google often came up with the same common answers, sometimes even in the same order. People who didn't use Google came up with more unique answers.
However, researchers don't think we should avoid the internet when brainstorming. Instead, we need to find better ways to use search engines to boost our creative thinking.
The hope is to understand how human thought interacts with technology so we can get the most out of the internet while reducing its downsides. For instance, doing some brainstorming without the internet first could help avoid getting stuck on existing ideas. The goal isn't to give up the power of online search, but to learn how to use it more effectively.
Creativity blocks are normal, especially for people like designers writers as well as artists. However, due to the vagueness of this process, it is difficult to know when it will end or how to go about it. Here are some ways you can deal with it.
Pinpoint the core reason for your creative block. Is it a lack of inspiration, confidence, or clarity? Understanding if it's personal, professional, or environmental, and whether it's temporary or chronic, helps you address the issue effectively.
Combat creative blocks by changing your routine. Alter your environment, schedule, tools, or methods to introduce new stimuli. Working differently sparks fresh ideas, refreshes your mind, and prevents boredom from stifling creativity.
Sometimes, stepping away is best. Relax, recharge, and distract yourself from creative frustration. Engage in unrelated activities like reading, listening, or exercising. This helps you return with a fresh perspective, but avoid procrastination.
Overcome blocks by experimenting and iterating. Try different ideas and variations without attachment to perfection. Sketch, prototype, and revise to explore creative potential, discover new possibilities, and learn from any mistakes along the way.
Accept creative block as a natural part of the process, not a failure. Embracing it helps overcome fear and self-doubt, motivating continued progress. Acknowledge, reframe, learn, and even celebrate the challenge to improve skills.
Credits: Canva
In 1998, a mysterious and deadly illness emerged among pig farmers in Malaysia, later identified as the Nipah virus (NiV), a bat-borne zoonotic pathogen from the Henipavirus genus. It caused severe respiratory illness and encephalitis, claiming over 100 lives and decimating the pig farming industry.
The virus reappeared in Singapore in 1999. Over time, it was clear that the outbreaks weren’t isolated events. NiV had entrenched itself across regions with certain ecological and socio-cultural conditions, particularly in South and Southeast Asia.
Today, NiV is considered one of the World Health Organization's priority diseases for research and development due to its high case fatality rate (up to 100% in some outbreaks), human-to-human transmissibility, and pandemic potential.
As of May 2024, there have been 754 confirmed human Nipah cases reported across five countries—Malaysia, Singapore, Bangladesh, India, and the Philippines—with 435 deaths, averaging a staggering case fatality rate (CFR) of 58%
.
The most affected countries are:
Unlike Malaysia and the Philippines, where the virus spread through intermediate hosts like pigs or horses, cases in Bangladesh and India have been directly linked to bat-to-human transmission—primarily through the consumption of raw date palm sap contaminated by infected fruit bats.
Nipah virus resides in Pteropus fruit bats, which are widely distributed across Asia, the Pacific Islands, and even parts of Africa. These bats are natural carriers and do not show symptoms of the disease, making them difficult to monitor or control. NiV RNA and antibodies have been found in bats in at least 15 countries, including India, Cambodia, Indonesia, and Ghana.
In regions like Bangladesh, seasonal practices such as collecting fresh date palm sap—a delicacy also consumed raw—provide a direct interface between humans and bat secretions. The virus can contaminate sap through bat saliva or urine.
Moreover, in the Philippines, outbreaks were traced to the butchering and consumption of sick horses. These recurring interactions with potential intermediary hosts keep the door open for viral spillover.
Although not as contagious as influenza or COVID-19, human-to-human transmission of NiV has been confirmed in Bangladesh and India. Some outbreaks have shown vertical transmission (mother to child) and transmission among caregivers and family members.
This capability increases the risk of community spread, particularly in regions with delayed detection or inadequate isolation infrastructure.
Despite being on the global priority pathogen list, there is no licensed vaccine or specific treatment for Nipah. Management remains supportive, relying on early diagnosis and intensive care. In resource-constrained regions, especially rural South Asia, this becomes a daunting challenge.
Since 2001, both Bangladesh and India have reported almost every year either isolated or clustered cases of Nipah virus, particularly in Kerala and West Bengal (India) and multiple districts in Bangladesh.
Notably, 2023 saw Bangladesh’s highest ever reported NiV cases and deaths. In 2024, the country reported two cases—both of which were fatal, marking a 100% CFR for the year
.
Efforts in both countries have been ramped up. Surveillance now includes:
Still, challenges remain due to cultural habits, lack of rapid testing in rural areas, and public fatigue around health advisories.
Though human NiV cases have so far been reported only in Asia, the potential for global spread exists. Several factors fuel this concern:
Genetic adaptability: The virus has shown potential for genetic reassortment, raising fears of a more transmissible strain.
Broad geographic distribution: NiV-carrying bats exist far beyond the current outbreak zones.
Environmental change: Deforestation, land-use changes, and climate shifts are bringing bats closer to human habitats.
Global travel and trade: A delayed diagnosis in one international traveler could enable the virus to spread outside endemic zones.
The study by Sakirul Khan et al. emphasizes the urgent need for multisectoral collaboration—involving human health, veterinary, and environmental sciences—to monitor and prevent outbreaks
. A “One World, One Health” model is key.
Steps must include:
© 2024 Bennett, Coleman & Company Limited