logo
AIIMS doctor warns vegetarians of vitamin B12 deficiency: Symptoms, risks and foods to add to your diet

AIIMS doctor warns vegetarians of vitamin B12 deficiency: Symptoms, risks and foods to add to your diet

Economic Times23-06-2025
Doctors are cautioning that persistent fatigue, forgetfulness, or numbness could indicate a vitamin B12 deficiency, particularly among vegetarians and the elderly. This deficiency, vital for red blood cell formation and nerve function, can lead to anaemia and nerve damage if untreated. Key signs include tingling limbs, pale skin, and shortness of breath.
If you are feeling fatigued and numbness in hands and legs, it may be a sign of Vitamin B12 deficiency. (Pic courtesy- istock. Image used for representative purpose only)
Tired of too many ads?
Remove Ads
- Tingling in limbs and numbness
Numbness or tingling sensation (Pic courtesy: Istock. Image used for representative purpose only)
Tired of too many ads?
Remove Ads
- Persistent fatigue and weakness
- Pale skin
Skin turning pale or yellow. (Pic courtesy: istock. Image used for representative purpose only)
- Shortness of breath
Skin turning pale or yellow. (Pic courtesy: istock. Image used for representative purpose only)
Vitamin B12 rich foods. (Pic courtesy- istock. Image used for representative purpose only)
In today's fast-paced lifestyle, symptoms like fatigue, forgetfulness, or numbness are often dismissed as signs of stress or overwork. However, doctors are urging people to take these warning signs seriously, as they could point to a vitamin B12 deficiency — a condition more common than many realise, especially among vegetarians, the elderly, and those on long-term medication for acidity. According to the Mayo Clinic, vitamin B12 plays a crucial role in red blood cell formation, nerve function, cell metabolism, and DNA production. Left untreated, its deficiency can lead to anaemia, muscle weakness, nerve damage, intestinal issues, and mood disturbances.According to Dr Aanchal Panth, a dermatologist from AIIMS , strict vegetarians are particularly at risk because vitamin B12 is predominantly found in animal-based foods. 'It's also common in elderly patients who are on anti-acidity medications and in individuals with malabsorption syndromes,' she explained in a recent post.Dr Panth listed key warning signs to look out for, including:Tingling or numbness in the hands and feet may result from nerve damage caused by a deficiency in vitamin B12.One of the symptoms of Vitamin B12 deficiency is feeling weak or fatigued.A pale yellow discolouration of the skin can be a visible sign of vitamin B12 deficiency, often resembling symptoms of jaundice.Vitamin B12 deficiency can also lead to shortness of breath, even after minimal physical activity.Jaipur-based physician Dr Rishabh Gupta added more to the list, noting that yellowish skin (jaundice), confusion or memory issues, painful mouth sores, and even mood swings could all signal dangerously low levels of B12. He also pointed out that symptoms like weakness in the hands and feet may be early red flags that shouldn't be ignored.The good news? Vitamin B12 deficiency is manageable — and in most cases, reversible — through diet or supplementation.Dr Aanchal highlighted several Vitamin B12-rich foods that can help prevent deficiency, especially for those at higher risk. These include animal-based sources like eggs, milk, cheese, yoghurt, salmon, tuna, and liver, as well as vegetarian-friendly options such as nutritional yeast and fortified soy milk.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Want a sharper mind? Neurologist reveals the ideal amount of exercise for a healthier brain, says 'every drop of sweat counts'
Want a sharper mind? Neurologist reveals the ideal amount of exercise for a healthier brain, says 'every drop of sweat counts'

Economic Times

timean hour ago

  • Economic Times

Want a sharper mind? Neurologist reveals the ideal amount of exercise for a healthier brain, says 'every drop of sweat counts'

Synopsis Neurologist Doctor Wendy Suzuki highlights the link between exercise and brain health. Even moderate aerobic activity improves brain function. A study showed improved mood, memory, and focus in participants after regular exercise. More exercise leads to greater cognitive benefits. Doctor Suzuki emphasizes that consistent movement strengthens the brain. Physical activity sculpts a smarter and more resilient brain. iStock Neuroscientist Dr. Wendy Suzuki emphasizes that exercise significantly boosts brain health. Research indicates that even minimal aerobic activity, like a few weekly spin classes, enhances mood, memory, and focus by improving the function of the hippocampus and prefrontal cortex. (Image; iStock) While many hit the gym to tone their bodies or shed calories, a growing body of science now urges us to think of exercise as brain food. In a conversation that's gained traction online, renowned neurologist Dr. Wendy Suzuki shared compelling insights on the direct impact of exercise on brain health. Her message is simple yet powerful: "Every drop of sweat counts." Dr. Suzuki, a professor of neuroscience and psychology at New York University, recently appeared on The Diary of a CEO podcast hosted by Steven Bartlett. She later posted a clip of the discussion on Instagram, highlighting one of the most frequent questions she's asked: 'What's the ideal amount of exercise for a better brain?' Drawing on years of research, Dr. Suzuki explained how even moderate aerobic activity can lead to measurable improvements in brain function. Her lab conducted a study involving individuals who had exercised for less than 30 minutes over the past three weeks—essentially, 'low-fit' participants. The participants were asked to engage in a 45-minute aerobic activity, like a spin class, two to three times per week. The outcome? 'Their mood got significantly better, their memory function improved, and their ability to shift and focus attention got significantly better,' Suzuki revealed. These changes are closely tied to the hippocampus and prefrontal cortex—two key brain areas involved in memory, focus, and emotional regulation. View this post on Instagram A post shared by Wendy Suzuki (@ What about people who already exercise regularly? Dr. Suzuki didn't leave them out. In a follow-up experiment, her team collaborated with another spin studio, offering participants the freedom to work out as often as they liked, up to seven times a week. The findings were striking: 'Basically, every drop of sweat counted,' Suzuki said. Brain scans revealed enhanced function in the hippocampus and prefrontal cortex, along with noticeable mood improvements. Even those who were already exercising twice a week continued to see cognitive benefits as they increased their activity. While Dr. Suzuki admitted they haven't yet found the perfect 'exercise formula' for maximum brain benefit, the trend is unmistakable. The more consistent the movement, the more powerful the impact on the brain. 'I love to leave people with the idea that every drop of sweat counts for building your brain into the big, fat, fluffy brain that you really want,' she said, playfully underscoring the tangible link between physical effort and mental strength. So the next time you lace up your shoes or hop onto a treadmill, remember—you're not just working out your body. You're sculpting a smarter, sharper, and more resilient brain.

Cancer research discovery shows promising results in diabetes prevention and treatment
Cancer research discovery shows promising results in diabetes prevention and treatment

Time of India

time2 hours ago

  • Time of India

Cancer research discovery shows promising results in diabetes prevention and treatment

Can diabetes be cured? We've been looking for a hopeful and positive answer to this question for a long time. Type 1 diabetes, a lifelong autoimmune disease, has long been considered incurable. However, a breakthrough during recent research might alter the way we approach the treatment of type 1 diabetes. What is Type 1 Diabetes? Type 1 diabetes is a chronic autoimmune disease where the body's immune system mistakenly attacks and destroys insulin-producing cells in the pancreas. This leads to little to no insulin production, requiring individuals to take insulin daily to manage their blood sugar levels. Type 1 diabetes is often diagnosed in children and young adults. Around 1.3 million Americans live with this condition. While the cause is linked to genetics and other environmental factors, there is currently no cure. However, there might still be hope to prevent the lifelong disease. In a surprising scientific twist, researchers at the Mayo Clinic have found that a molecule known for helping cancer cells escape the immune system could be used to treat type 1 diabetes, a condition where the immune system mistakenly attacks healthy insulin-producing cells. Originally studied in cancer research, this molecule may help prevent the destruction of pancreatic beta cells, the very cells that type 1 diabetes targets. What the research uncovers: A cancer molecule with an unexpected promise The breakthrough began with cancer research. Cancer cells often hide from the immune system by coating themselves in a sugar molecule called sialic acid. Dr. Virginia Shapiro, the lead researcher and immunology expert at Mayo Clinic, and her team wondered: What if this sugar shield could help protect healthy cells instead? In earlier research, Dr. Shapiro's group identified an enzyme called ST8Sia6, which helps tumor cells produce more sialic acid on their surfaces. This sugar layer makes cancer cells look 'normal' to the immune system, allowing them to escape attack. 'The expression of this enzyme basically 'sugar coats' cancer cells and can help protect an abnormal cell from a normal immune response,' said Dr. Shapiro, as reported by Medical Xpress. He added, 'We wondered if the same enzyme might also protect a normal cell from an abnormal immune response.' The way forward: Reprogramming the immune system In their latest study, published in the Journal of Clinical Investigation , the researchers applied this idea to diabetes. Using lab models that naturally develop autoimmune diabetes, they engineered pancreatic beta cells to produce the ST8Sia6 enzyme. This gave the cells a sugar coating, similar to what cancer cells use to hide. The results were impressive: in these models, the engineered beta cells were 90% effective in preventing the onset of type 1 diabetes. The cells that are normally destroyed in the disease remained protected. Key point: Targeted tolerance (without shutting down the immune system) Even more encouraging was what the researchers saw next. The immune system still worked as usual, fighting off other infections and diseases, but left the beta cells alone. Justin Choe, the study's first author and a dual-degree M.D.-Ph.D. student at Mayo Clinic, explained, 'Though the beta cells were spared, the immune system remained intact,' adding, 'We found that the enzyme specifically generated tolerance against autoimmune rejection of the beta cell, providing local and quite specific protection against type 1 diabetes.' This means the technique didn't require broad immune suppression, which is often risky and comes with side effects. Instead, it created a highly targeted tolerance, preventing the immune system from attacking beta cells, and only beta cells. A new path forward for transplant therapy? Currently, people with type 1 diabetes must use insulin therapy or undergo a pancreatic islet cell transplant. But transplantation requires immune-suppressing drugs to prevent the body from rejecting the new cells, a process that weakens the entire immune system. Dr. Shapiro believes her team's findings could lead to better transplant treatments. By engineering beta cells with ST8Sia6, patients might one day receive islet cell transplants without needing full immune suppression. As per Dr. Shapiro, 'A goal would be to provide transplantable cells without the need for immunosuppression.' He added, 'Though we're still in the early stages, this study may be one step toward improving care.' What's ahead? While the research is still in the preclinical phase, this discovery could mark a major step toward safer and more effective treatments for type 1 diabetes. The team plans to continue testing the technology, eventually moving toward human clinical trials. As of now, their work opens a new chapter in how scientists may retrain the immune system, not just to fight cancer, but to protect the body from turning against itself. Gentler cancer treatments for kids pays off Get the latest lifestyle updates on Times of India, along with Friendship Day wishes , messages and quotes !

'Dopamine anchoring' is the latest brain hack to stay motivated: Expert explains how the science-backed method works
'Dopamine anchoring' is the latest brain hack to stay motivated: Expert explains how the science-backed method works

Economic Times

time2 hours ago

  • Economic Times

'Dopamine anchoring' is the latest brain hack to stay motivated: Expert explains how the science-backed method works

Synopsis Dopamine anchoring, a neuroscience-based technique, is gaining popularity for boosting productivity and mental well-being. It involves pairing enjoyable stimuli with disliked tasks, rewiring the brain to anticipate pleasure and increase motivation. Experts recommend using uplifting rewards mindfully to avoid dependency and enhance internal drive, especially beneficial for individuals with ADHD or depression. iStock Dopamine anchoring is gaining popularity. It is a technique to boost productivity. It links enjoyable things with tasks people avoid. This method can rewire the brain. It increases motivation. Experts suggest using healthy rewards. (Image: iStock) If you've ever paired a long gym session with your favorite playlist or promised yourself a coffee break after a tedious task, you may have unknowingly tapped into a psychological technique that's now trending across social media: dopamine anchoring. This clever method, rooted in neuroscience, helps you condition your brain to crave tasks you normally avoid — all by pairing them with simple pleasures. And according to Fox News Digital , it's gaining traction not just for boosting productivity but for potentially transforming mental health anchoring is a behavioral strategy where you intentionally associate a pleasurable stimulus — like a song, snack, or reward — with a task you typically dislike. Over time, this repeated pairing can rewire your brain to anticipate pleasure from the task itself, leading to increased motivation and better follow-through. Dr. Joshua Stein, a child and adolescent psychiatrist at PrairieCare in Minnesota, explains: 'When we expect a reward, dopamine levels rise before we get the reward.' That spike in dopamine — the brain's motivation chemical — creates anticipation, which can make even the dullest tasks feel more its core, dopamine anchoring plays on the brain's natural reward system. Dopamine is a neurotransmitter responsible not just for pleasure, but more importantly, for motivation and drive.'When something enjoyable is consistently paired with a routine activity like exercising, cleaning, or writing, your brain starts releasing dopamine in anticipation of the reward — not just the reward itself,' Dr. Stein said. Over time, the activity becomes enjoyable in its own right, because the brain now links it with a feel-good moment. This is similar to the concept of classical conditioning — like Pavlov's dogs salivating at the sound of a bell — but with a modern this technique may sound like a productivity hack for the everyday procrastinator, it can be particularly effective for individuals with attention-deficit/hyperactivity disorder (ADHD) or depression.'These individuals often struggle with a dopamine imbalance or dysregulation,' said Dr. Stein. 'By strategically anchoring pleasant stimuli to challenging tasks, they can prime their brains to tolerate — or even enjoy — difficult activities.' He also pointed out the technique's potential for people dealing with anhedonia, a condition that blunts the ability to experience pleasure, making it hard to start or sustain focus on tasks. Dr. Stein recommends starting small and being intentional about the rewards. Here are a few beginner-friendly ways to practice dopamine anchoring: Listen to a favorite podcast during long commutes Sip on a healthy beverage while tackling paperwork Treat yourself to a group dinner after finishing a big project Watch a football match while working out Keep a favorite scented candle or cozy setup for a writing session The key is consistency and making sure the reward is something that energizes you without causing dependency. View this post on Instagram A post shared by Anna Mission (@anna_mission_) While dopamine anchoring can be a powerful tool, experts caution against using it carelessly. One of the major concerns is becoming too reliant on external stimuli, which can hinder natural motivation.'There's a risk that someone could start depending on rewards for every task, losing the ability to find internal motivation,' Stein said. He also warns against using overstimulating or unhealthy rewards like sugary snacks or social media scrolling, as these can lead to burnout, dysregulation, or poor attention advice? Choose anchors that are uplifting, not addictive, and build in natural breaks to restore motivation.'Think of dopamine anchoring as a bridge, not a crutch,' Stein said.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store