logo
'My peanut allergy nearly killed me - now I eat them every day for breakfast'

'My peanut allergy nearly killed me - now I eat them every day for breakfast'

Yahoo24-04-2025

Chris Brookes-Smith, 28, used to live in fear of dying from eating even the smallest trace of peanut.
Ten years ago he had his worst allergic reaction after ordering a curry at a local Indian takeaway. The trauma of it is seared into his memory.
"I knew I was in trouble after one bite," he says. "Within seconds there were spots on my lips. Within minutes I was vomiting. I could feel my throat closing up, hives forming in my armpits then over my whole body... My face going all puffy with the swelling."
His voice tails off, full of emotion.
"I thought I was going to die."
Photos taken in hospital later that day show the toll the reaction took on his body.
"I looked like a plucked turkey because my skin had blistered so much," Chris says.
But the most painful thing were the hives - red, raised bumps on the skin - which felt "like boiling water had been poured over me".
Trying to avoid peanuts, one of the most common food allergies, has been a way of life for Chris and millions of other adults with a serious allergy. Eating out, going to social events and travelling abroad are all fraught with anxiety.
As many as one in 200 adults and one in 50 children have a nut allergy, charities say. Some children grow out of their allergies, but many don't - and they continue into adulthood, often getting worse.
An allergic reaction occurs when the body reacts to the protein in peanuts, thinking it's a threat, which triggers a sudden release of chemicals. Symptoms can range from the mild to very serious.
Chris's allergy first came to light as a baby, when he developed a rash as his mum made peanut butter sandwiches.
Each reaction since has been worse than the one before, which means he's become accustomed to living every day "on high alert hoping nothing bad happens".
Activities such as going out with friends or eating in restaurants, which should be enjoyable, turned into stressful, potentially life-threatening experiences.
Despite a love of travel, Chris avoided going to countries where peanuts are commonly used, like south east Asia, after three allergic reactions on a trip to Italy.
As Chris grew up, his family constantly worried about him. But then his mum heard about a clinical trial at Guy's and St Thomas' NHS Foundation Trust and King's College London that would change her son's life.
It would test whether adults like Chris with serious peanut allergies could be desensitised by training their bodies to tolerate the very thing that could kill it, calming down the immune system when it would usually over-react.
Despite being "really nervous", Chris agreed to sign up.
Under the watchful eye of doctors, Chris started by eating a fraction of a milligram of peanut powder mixed with yoghurt. Over many months, the amount of peanut was gradually increased, slowly building up to Chris eating fractions of nuts and, finally, whole nuts.
By the end of the nine-month study, 14 of the 21 patients could eat the equivalent of five peanuts without having allergic reactions - including Chris.
Professor Stephen Till, who led the research, says the treatment "has potential to have a real impact on patients' lives".
"Most severe reactions occur because of mistakes, usually by somebody else, and miscommunication. So it provides them with some protection against that.
"They've taken control, if you like, of their peanut allergy now."
The method - called oral immunotherapy - is already proven to work for allergies to pollen, wasp and bee stings. It's only been used on food allergies in the last 20 years, and mostly in children whose immune systems are still developing. Adult allergies are thought to be harder to shift.
"Peanut allergy is very common in children and almost never goes away," says Prof Till. "Those young people are going to become adults, so we need treatments for adults too."
This trial, published in the journal Allergy, shows adults with serious allergies can increase the amount of peanut they can tolerate by 100 times.
Chris had no idea how he would react to even the slightest trace of peanut. Increasing that dose - willingly - every day was something he couldn't imagine.
"The first time I went there and I ingest this stuff, my heart's going a million miles an hour," he says. "The big jump in fear was going from peanut dust to half a whole nut."
But he was reassured by having a team of doctors and nurses present, with drugs such as adrenaline standing by in case of a severe, life-threatening reaction.
"You've got 100 eyes on you - nothing is gonna happen."
However, experts stress no one should try this at home on their own because of the risk of a serious allergic reaction occurring.
Not everyone who tried the treatment was desensitised, and larger trials in more people will have to work out why that is.
"For some people, there were reactions and we had to slow down or go back a step," explains Prof Till. "But the message is that you can desensitise adults to peanuts -and there should be more focus on adults in the future."
Being able to eat peanuts safely had a huge impact on the lives of those who took part, the researchers say. It has given them freedom to travel, reduced their anxiety when eating out and removed their fear of food.
How to develop this into a practical treatment on the NHS is more of a challenge. First, larger trials are needed to prove it can work for more people.
And researchers are looking at whether putting drops of peanut in solution under the tongue could be a safer way of achieving the same end result.
Chris now eats four peanuts every morning with his breakfast granola to keep his allergy at bay – as recommended by his doctors.
He's grateful for having had the opportunity to take part in the trial and hopes many others with serious peanut allergies can also benefit from the treatment.
While he admits he still hates the flavour of peanuts, he says knowing he can now eat something that once sent his body into "nuclear meltdown" has changed his life.
"It's a wonderful feeling," Chris says. "I'm no longer afraid of dying."
Early peanut butter can give lifelong allergy defence
Give babies peanut butter to cut allergy - study
Children with peanut allergies improving - trial

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Gut bacteria changes may be warning sign for worsening Parkinson's
Gut bacteria changes may be warning sign for worsening Parkinson's

Yahoo

time2 hours ago

  • Yahoo

Gut bacteria changes may be warning sign for worsening Parkinson's

Changes in specific bacteria in the mouth and gut of patients with Parkinson's disease could potentially be an early warning sign that symptoms of the condition are getting worse, a study suggests. With the help of artificial intelligence (AI), scientists have linked these shifts to cognitive decline – problems with memory and learning – in people with the disease. They suggest the toxins could one day be used as 'markers' for medics to pinpoint the Parkinson's patients at a higher risk of dementia, as well as being used to help develop targeted treatments for the disease. Parkinson's disease is a progressive condition that affects the brain, with symptoms including involuntary shaking, known as tremors, as well as psychological problems such as depression, loss of balance, trouble sleeping and memory issues. According to the Alzheimer's Society, around a third of people with Parkinson's eventually develop dementia. 'The human gut and oral bacterial communities are increasingly linked to neurodegenerative diseases. Disruptions in the gut-brain axis could trigger inflammation and immune responses that contribute to neuronal damage," Dr Saeed Shoaie, group leader of the quantitative systems biology (QTS) lab at King's College London, said. "A common gum disease bacterium like porphyromonas gingivalis has been discovered as a potential driver of Alzheimer's." For the study, led by experts at King's College London and published in the journal Gut Microbes, scientists analysed 228 spit and stool samples. The samples came from 41 patients with Parkinson's and mild cognitive impairment, which causes problems with thinking and memory, 47 patients with Parkinson's and dementia and 26 healthy patients. The team found that the gut of people with mild cognitive impairment contained more harmful bacteria, many of which are likely to have come from the mouth. This bacteria releases toxins that can damage gut tissue, promote inflammation and potentially affect the brain, according to researchers. For a more in-depth analysis, the team used AI to pinpoint the bacterial species and functions not usually picked up by traditional testing, allowing them to link toxins specifically to cognitive decline. Dr Shoaie added: 'The emerging evidence underscores the potential importance of maintaining oral and gut health in mitigating or slowing neurodegenerative processes. 'As people with Parkinson's become increasingly reliant on carers, routine practices such as oral hygiene and nutritional intake may be neglected. 'Our findings suggest that promoting a healthy microbiome through consistent oral care, a balanced diet and potentially targeted probiotic interventions could support improved disease management in Parkinson's.'

Gut bacteria changes could be ‘warning sign for worsening Parkinson's symptoms'
Gut bacteria changes could be ‘warning sign for worsening Parkinson's symptoms'

Yahoo

time18 hours ago

  • Yahoo

Gut bacteria changes could be ‘warning sign for worsening Parkinson's symptoms'

Changes in specific bacteria in the mouth and gut of patients with Parkinson's disease could potentially be an early warning sign that symptoms of the condition are getting worse, a study suggests. With the help of artificial intelligence (AI), scientists have linked these shifts to cognitive decline – problems with memory and learning – in people with the disease. They suggest the toxins could one day be used as 'markers' for medics to pinpoint the Parkinson's patients at a higher risk of dementia, as well as being used to help develop targeted treatments for the disease. Parkinson's disease is a progressive condition that affects the brain, with symptoms including involuntary shaking, known as tremors, as well as psychological problems such as depression, loss of balance, trouble sleeping and memory issues. According to the Alzheimer's Society, around a third of people with Parkinson's eventually develop dementia. Dr Saeed Shoaie, group leader of the quantitative systems biology (QTS) lab at King's College London, said: 'The human gut and oral bacterial communities are increasingly linked to neurodegenerative diseases. 'Disruptions in the gut-brain axis could trigger inflammation and immune responses that contribute to neuronal damage. 'A common gum disease bacterium like porphyromonas gingivalis has been discovered as a potential driver of Alzheimer's.' For the study, led by experts at King's College London and published in the journal Gut Microbes, scientists analysed 228 spit and stool samples. The samples came from 41 patients with Parkinson's and mild cognitive impairment, which causes problems with thinking and memory, 47 patients with Parkinson's and dementia and 26 healthy patients. The team found that the gut of people with mild cognitive impairment contained more harmful bacteria, many of which are likely to have come from the mouth. This bacteria releases toxins that can damage gut tissue, promote inflammation and potentially affect the brain, according to researchers. For a more in-depth analysis, the team used AI to pinpoint the bacterial species and functions not usually picked up by traditional testing, allowing them to link toxins specifically to cognitive decline. Dr Shoaie added: 'The emerging evidence underscores the potential importance of maintaining oral and gut health in mitigating or slowing neurodegenerative processes. 'As people with Parkinson's become increasingly reliant on carers, routine practices such as oral hygiene and nutritional intake may be neglected. 'Our findings suggest that promoting a healthy microbiome through consistent oral care, a balanced diet and potentially targeted probiotic interventions could support improved disease management in Parkinson's.' Dr Frederick Clasen, research associate at the QTS lab, said: 'We don't yet know if the bacteria are causing the cognitive decline or if changes in the body due to Parkinson's allow these bacteria to grow. 'But our findings suggest they may play an active role in worsening symptoms.' Dr Clasen suggests these markers could one day be used to develop targeted treatments. 'These toxins could be used as biological markers to identify patients at higher risk of dementia in Parkinson's,' he said. 'In the future, they might also be targets for new treatments that protect the brain by changing the gut environment.'

Trouble sleeping? 'Moon breathing' can reduce anxiety at night, says expert
Trouble sleeping? 'Moon breathing' can reduce anxiety at night, says expert

Tom's Guide

timea day ago

  • Tom's Guide

Trouble sleeping? 'Moon breathing' can reduce anxiety at night, says expert

Even when you've created the perfect environment for sleep and are exhausted from a busy day, sleep can be elusive if you experience nighttime anxiety — which can include trouble relaxing, night sweats, panic attacks and increased waking during the night. But what if we told you that an ancient yogic breathing technique could be a tool in your arsenal to challenge it? Moon breathing is a term that has become more popular more recently thanks to social media platforms like TikTok. This breathing technique is focused on using your left nostril, and can lead to a range of benefits, including activating the parasympathetic nervous system (the part of our autonomic nervous system associated with relaxation), lowering the heart rate and preparing the body and mind for sleep. To explore more about what moon breathing is, exactly why it can help with nighttime anxiety and sleep, and how you can try it, we've spoken to licensed clinical psychologist specializing in sleep and trauma, and yoga teacher, Dr. Leah Kaylor Ph.D. PLLC.. "Moon breathing is a calming yogic breathwork technique rooted in ancient Indian practices of pranayama. In yogic philosophy, the left nostril is associated with lunar (moon) energy—cool, calm, and introspective," says Dr. Kaylor. It's a breathing exercise that involves inhaling slowly through your left nostril only, while keeping the right nostril closed, then exhaling through the right nostril while closing the left. A paper published in Nature exploring the changes in brain activity recorded by EEG during nasal breathing noted that, "Yogic practices suggest, and scientific evidence demonstrates, that right-nostril breathing is involved with relatively higher sympathetic activity (arousal states), while left-nostril breathing is associated with a relatively more parasympathetic activity (stress alleviating state)." "By breathing exclusively through the left nostril, this technique is thought to activate the parasympathetic nervous system, promoting relaxation and emotional ease," explains Dr. Kaylor. Get instant access to breaking news, the hottest reviews, great deals and helpful tips. The sympathetic nervous system (SNS) and the parasympathetic nervous system (PNS) are both part of our autonomic nervous system, with research noting that the former is connected to our alert, "fight or flight," response and the latter with "rest and digest" processes, when we are in a relaxed state. "Moon breathing works by channeling breath solely through the left nostril, which is believed to stimulate the brain's right hemisphere — the part associated with calmness, intuition, and emotional regulation," says Dr. Kaylor. The benefits of this, she says, can include reducing sympathetic (stress) arousal, activating the parasympathetic nervous system and lowering heart rate and blood pressure. Plus, moon breathing can help promote mental stillness and emotional grounding, and prepare our bodies for introspection, rest or sleep. One study looked at the effect of different yogic breathing techniques that utilise the left and right nostrils, and both, to see if they had differing effects on reaction time, heart rate and blood pressure. The researchers concluded from their results that moon breathing was among the left nostril techniques that "may induce a state of parasympathetic dominance as seen in (cardiovascular) parameters." They further noted that their findings are in line with "the traditional swara yoga concept that... the flow through left nostril (chandra nadi and ida swara) is relaxatory." Dr. Kaylor explains that moon breathing is particularly effective for pre-sleep anxiety because it: If you're experiencing regular nighttime anxiety, it's important to consult a medical professional for advice. If you want to incorporate moon breathing into your nighttime routine as a tool to combat it, Dr. Kaylor has some simple steps you can follow. The 4-7-8 method is a breathing technique that gained popularity after Dr. Andrew Weil began teaching it, and involves breathing in through your nose for a count of four, holding that breath for a count of seven, and then slowly breathing out through your mouth for a count of eight. Dr. Kaylor explains that the main difference between these two breathing techniques is that "moon breathing is through one nostril." "Moon breathing is best for highly anxious or overstimulated individuals," she says, explaining that it is "ideal for those experiencing hyperarousal or sympathetic overdrive (e.g., anxiety, racing thoughts, agitation)." Because moon breathing does not involve holding your breath, it can also be good breathing technique for those who are sensitive to breath retention, she says, or, those who find it distressing or physiologically uncomfortable. That could include people with a panic disorder or asthma. "4-7-8 is best suited for people with experience in controlled breathing or mindfulness," says Dr. Kaylor. "The extended breath-hold can feel challenging for beginners or those with respiratory sensitivity," she adds, noting that it can suit others too, including those who benefit from structure and counting, and those with sleep-onset insomnia. This is because "studies and anecdotal evidence suggest that 4-7-8 is particularly effective at quieting the mind and inducing a sleep-conducive state." Stress and anxiety are typically associated with higher levels of cortisol, which can increase heart rate and blood pressure. Cortisol is also the sleep hormone associated with making us feel awake and alert, which means that when it's increased, sleep will be more difficult. However, a review of studies looking at the effects of breathing exercises found "that breathing exercises have positive effect on decreasing the blood pressure and heart rate." Dr. Kaylor says, deep breathing can also help to "release physical tension in the body, particularly in the shoulders, chest, and jaw." And, in giving our brains something simple and rhythmic to focus on, deep breathing techniques can "interrupt cognitive rumination." Deep breathing has even been shown to increase melatonin production, the hormone our bodies produce in the evening and which helps us to feel sleepy. One study found that a group of 15 participants who practiced deep breathing alongside meditation and yogic postures for a period of three months saw an increase in plasma melatonin (which is the concentration of melatonin in our blood). In addition, Dr. Kaylor explains that deep breathing can "reduce cortisol levels, allowing melatonin to rise naturally." As well as helping you drift off in a calmer state, it can also help your overall sleep. Research showed that when a group of students practiced moon breathing for four weeks it 'led to improvement in sleep quality." Deep breathing is an incredibly affective way of activating our parasympathetic nervous system, creating a sense of calm and relaxation needed for sleep. Slower, deeper breaths into your diaphragm, "increases the pressure of oxygen in the air sacs, making it easier for oxygen molecules to move into the blood via the capillaries," neuroscience researcher Dr. Yewande Pearce explains in this useful Headspace video.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into the world of global news and events? Download our app today from your preferred app store and start exploring.
app-storeplay-store