Health
Eleanor Maguire, Memory Expert Who Studied London Cabbies, Dies at 54
Eleanor Maguire, a cognitive neuroscientist whose research on the human hippocampus — especially those belonging to London taxi drivers — transformed the understanding of memory, revealing that a key structure in the brain can be strengthened like a muscle, died on Jan. 4 in London. She was 54.
Her death, at a hospice facility, was confirmed by Cathy Price, her colleague at the U.C.L. Queen Square Institute of Neurology. Dr. Maguire was diagnosed with spinal cancer in 2022 and had recently developed pneumonia.
Working for 30 years in a small, tight-knit lab, Dr. Maguire obsessed over the hippocampus — a seahorse-shaped engine of memory deep in the brain — like a meticulous, relentless detective trying to solve a cold case.
An early pioneer of using functional magnetic resonance imaging (f.M.R.I.) on living subjects, Dr. Maguire was able to look inside human brains as they processed information. Her studies revealed that the hippocampus can grow, and that memory is not a replay of the past but rather an active reconstructive process that shapes how people imagine the future.
“She was absolutely one of the leading researchers of her generation in the world on memory,” Chris Frith, an emeritus professor of neuropsychology at University College London, said in an interview. “She changed our understanding of memory, and I think she also gave us important new ways of studying it.”
In 1995, while she was a postdoctoral fellow in Dr. Frith’s lab, she was watching television one evening when she stumbled on “The Knowledge,” a quirky film about prospective London taxi drivers memorizing the city’s 25,000 streets to prepare for a three-year-long series of licensing tests.
Dr. Maguire, who said she rarely drove because she feared never arriving at her destination, was mesmerized. “I am absolutely appalling at finding my way around,” she once told The Daily Telegraph. “I wondered, ‘How are some people so bloody good and I am so terrible?’”
In the first of a series of studies, Dr. Maguire and her colleagues scanned the brains of taxi drivers while quizzing them about the shortest routes between various destinations in London.
The results, published in 1997, showed that blood flow in the right hippocampus increased sharply as the drivers described their routes — meaning that specific area of the brain played a key role in spatial navigation.
But that didn’t solve the mystery of why the taxi drivers were so good at their jobs.
Dr. Maguire kept digging. Using M.R.I. machines, she measured different regions in the brains of 16 drivers, comparing their dimensions with those in the brains of people who weren’t taxi drivers.
“The posterior hippocampi of taxi drivers were significantly larger relative to those of control subjects,” she wrote in Proceedings of the National Academy of Sciences. And the size, she found, correlated with the length of a cabby’s career: The longer the cabby had driven, the bigger the hippocampus.
Dr. Maguire’s study, published in March 2000, generated headlines around the world and turned London taxi drivers into unlikely scientific stars.
“I never noticed part of my brain growing,” David Cohen, a member of the London Cab Drivers Club, told the BBC. “It makes you wonder what happened to the rest of it.”
Dr. Maguire wondered, too: Why (and how) did their hippocampi grow?
She followed up with other studies. One showed that the hippocampi of bus drivers — whose routes were set rather than navigated from memory — didn’t grow. Another showed that prospective taxi drivers who failed their tests did not gain any hippocampus volume in the process.
The implications were striking: The key structure in the brain governing memory and spatial navigation was malleable.
In a roundabout way, Dr. Maguire’s findings revealed the scientific underpinnings of the ancient Roman “method of loci,” a memorization trick also known as the “memory palace.”
This technique involves visualizing a large house and assigning an individual memory to a particular room. Mentally walking through the house fires up the hippocampus, eliciting the memorized information. Dr. Maguire studied memory athletes — people who train their brains to memorize vast amounts of information quickly — who used this method, and observed that its effectiveness was “reflected in its continued use over two and a half millennia in virtually unchanged form.”
But recalling information was only half the story.
In studying patients with damage to the hippocampus, including those with amnesia, Dr. Maguire found that they couldn’t visualize or navigate future scenarios. One taxi driver, for instance, struggled to make his way through busy London streets in a virtual-reality simulation. Other amnesiacs couldn’t imagine an upcoming Christmas party or a trip to the beach.
“Instead of visualizing a single scene in their mind, such as a crowded beach filled with sunbathers, the patients reported seeing just a collection of disjointed images, such as sand, water, people and beach towels,” the journal Science News reported in 2009.
The hippocampus, it turns out, binds snippets of information to construct scenes from the past — and the future.
“The whole point of the brain is future planning,” Dr. Maguire was quoted as saying in Margaret Heffernan’s book “Uncharted: How to Navigate the Future” (2020). “You need to survive and think about what happened when I was last here, is there a scary monster that will come out and eat me? We create models of the future by recruiting our memories of the past.”
Eleanor Anne Maguire was born on March 27, 1970, in Dublin. Her father, Paddy Maguire, was a factory worker. Her mother, Anne Maguire, was a receptionist.
Growing up, Eleanor was obsessed with “Star Trek.”
“My first scientific hero was fictional — Spock, science officer on the Starship Enterprise,” she told the journal Current Biology in 2012. “He embodied so much of what attracted me to science. He was inquisitive, logical, honest, meticulous, calm, fearless in facing the unknown, innovative and unafraid of taking risks.”
She graduated from University College Dublin in 1990 with a degree in psychology, and returned to earn her doctorate there after receiving a master’s degree from the University College of Swansea (now Swansea University).
Dr. Maguire joined the faculty at University College London in 1995 and never left.
She is survived by her parents. Her brother, Declan, died in 2019, also of cancer.
At Dr. Maguire’s memorial service, Dr. Price spoke about the energy and excitement her friend and longtime colleague generated at the lab, recalling that Dr. Maguire’s mother had called nightly to remind her daughter to go home.
“It wasn’t just a job,” Dr. Price said. “It consumed us, day and night.”
There was a sense that they were onto something big.
“We were among the first to use cutting-edge technology to peer inside the healthy, living human brain and witness its functions in action,” Dr. Price said. “It was an exhilarating and transformative time in neuroscience, and Eleanor’s curiosity and creativity were instrumental to numerous discoveries.”
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Parkinson’s risk increases with exposure to common chemical, study suggests
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A pesticide commonly used in America’s food supply has been linked to Parkinson’s disease, new research suggests.
A UCLA study published in the journal Springer Nature Link suggests that exposure to chlorpyrifos could increase the risk of the neurological disease.
The chemical is often used on agricultural products like soybeans, fruit and nut trees, broccoli, cauliflower and other row crops, according to the U.S. Environmental Protection Agency.
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The study compared 829 people with Parkinson’s to 824 people without the disease over a 45-year period, focusing on their proximity to chlorpyrifos.
The researchers also conducted mouse experiments, where mice inhaled the pesticide as humans would for 11 weeks. Experiments were also carried out on zebrafish to study cell-level brain damage.
Chlorpyrifos is often used on agricultural products like soybeans, fruit and nut trees, broccoli, cauliflower and other row crops, according to the U.S. Environmental Protection Agency. (iStock)
In humans, the study revealed that long-term exposure to chlorpyrifos led to more than a 2.5 times higher risk of Parkinson’s.
In mice, exposure to the pesticide caused movement problems similar to Parkinson’s symptoms, loss of dopamine-producing neurons, increased brain inflammation and build-up of harmful proteins.
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Zebrafish suffered brain cell death and damage linked to failure in the cell’s “cleanup system,” according to the study press release.
Dr. Jeff Bronstein, director of the Movement Disorders Program at UCLA and professor of neurology and molecular toxicology, noted that previous human studies also suggested an association between chlorpyrifos exposure and Parkinson’s.
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“[We were] surprised that the mechanism of toxicity was apparent in both mice and zebrafish,” he said. “We rarely find such consistent results in different animal models.”
A researcher commented that the consistency in results between human and animal subjects is “rare.” (iStock)
The researcher emphasized that the association between pesticide exposure and Parkinson’s was “very strong,” and the longer someone was exposed, the higher the risk became.
“People should avoid exposure to CPF and similar pesticides (organophosphates) by not using them in their home, eating organics, and washing fruits and vegetables before eating them,” Bronstein advised.
Study limitations
The study did have some limitations, the researchers acknowledged, primarily that it was observational, meaning it shows an association but cannot prove causation.
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It also estimated exposure based on participants’ locations, and did not measure diet, indoor exposure or personal lifestyle behaviors. Additionally, the results of the animal models can’t be translated directly to humans.
There was also the possibility that chlorpyrifos was used along with other chemicals, which means it could be difficult to measure its specific impact, the study noted.
Chlorpyrifos is used to control different kinds of pests, like termites, mosquitoes and roundworms, among crops. (iStock)
Industry reaction
Chlorpyrifos is used to control different kinds of pests, like termites, mosquitoes and roundworms, among crops, according to the National Pesticide Information Center (NPIC) at Oregon State University.
People can be exposed to the pesticide by breathing it in or by consuming contaminated food or water.
In 2021, the EPA banned the use of chlorpyrifos on food crops, but a federal appeals court overturned that decision in 2023, allowing its use to resume on some crops while regulators revisit the rule.
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In January 2026, the EPA issued an update outlining plans to move forward with a rule that would ban most uses of chlorpyrifos.
“Chlorpyrifos is subject to registration review, a process required under FIFRA (the Federal Insecticide, Fungicide, and Rodenticide Act) in which registered pesticides are comprehensively evaluated every 15 years against current safety standards and the latest scientific evidence,” the EPA said in a statement sent to Fox News Digital.
“EPA is currently developing a revised human health risk assessment for chlorpyrifos as part of that review, and will consider this study alongside any other relevant submissions,” the agency said in a statement sent to Fox News Digital. (Getty)
“EPA is currently developing a revised human health risk assessment for chlorpyrifos as part of that review, and will consider this study alongside any other relevant submissions. Where the science calls for stronger protections or tolerance revocations, EPA will act without hesitation and without delay.”
Fox News Digital reached out to several manufacturers of the chemical for comment.
“People should avoid exposure to CPF and similar pesticides.”
Corteva, an Indiana agrichemical company formed in 2019 through the merger of Dow Chemical and DuPont, announced in 2020 that it would end production of chlorpyrifos within the year, citing declining sales.
In April 2022, the German chemical company BASF requested the cancellation of its pesticide registrations for products containing chlorpyrifos.
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“BASF does not manufacture chlorpyrifos and does not have any pesticide registrations issued by the U.S. EPA for chlorpyrifos-containing products,” the company told Fox News Digital.
No products from Corteva or BASF were included in the study linking chlorpyrifos to Parkinson’s disease.
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‘Call a Boomer’ payphones help cure loneliness, spark friendships across generations
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Along a bustling sidewalk in Boston, a bright yellow payphone invites folks to “call a Boomer.”
Almost 3,000 miles away in Reno, Nevada, a nearly identical phone prompts residents of Sierra Manor – an apartment complex for seniors – to “Call a Zoomer.” The goal is simple: to get strangers to talk to each other.
The project, often referred to as simply “Call a Boomer,” is the latest initiative from Matter Neuroscience, a New York-based company dedicated to mapping the “biomarkers of happiness.”
NEARLY HALF OF SENIORS IMPROVE WITH AGE — AND RESEARCHERS THINK THEY KNOW WHY
By connecting “two of the loneliest demographics” (older adults and younger adults), the project aims to prove that on a molecular level, “humans need one another in order to be happy,” according to Calla Kessler, a social strategist at Matter Neuroscience.
Along a bustling sidewalk in Boston, a bright yellow payphone invites folks to “Call a Boomer.” (Matter Neuroscience)
“Younger adults and older adults tend to experience the highest levels of loneliness of any age group,” the company wrote on its website. “So the goal of this project is to inspire generational connection through meaningful conversations, despite differences in age, lifestyle or politics.”
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The hope, according to Kessler, is that the calls will shift the brain’s focus from stress to bonding.
“Our neuroscience angle is cannabinoids over cortisol,” Kessler told Fox News Digital. “Cannabinoids are the feel-good neurotransmitter in our brain that creates that warm feeling with a friendship — and when you activate cannabinoids, you’re counteracting the negative effects of cortisol, which is our primary stress hormone.”
“Younger adults and older adults tend to experience the highest levels of loneliness of any age group,” the company noted. (Matter Neuroscience)
This isn’t Matter’s first round of payphones. Its initial experiment connected one of the most liberal cities in the U.S. (San Francisco) with one of the most conservative (Abilene, Texas).
“We basically just wanted people to find common ground and encourage people to think beyond labels,” Kessler said.
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She noted that the negative results were “almost negligible,” with most participants enjoying their time speaking to different people.
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Now, the focus has shifted from political labels to generational divides.
The negative results have beem “almost negligible,” with most participants enjoying their time speaking to different people. (Matter Neuroscience)
As the “Call a Boomer” experiment continues, the team is busy collecting audio files of these intergenerational chats to prove that simple connections with other humans can help improve mental health.
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“Our research is essentially trying to find a non-pharmaceutical cure to depression,” Kessler added.
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Looking ahead, she said, “we’ll definitely be doing fun things that we hope get people’s attention and inspire them to learn a little more about themselves.”
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