Friday, May 15, 2026

PCOS, a condition impacting millions of women worldwide, gets a new name

A condition that can impact women’s fertility and diabetes risk goes undiagnosed in many cases, but experts hope giving it a new name will help more patients receive care.

Polycystic ovarian syndrome, or PCOS, can present as cysts in the ovaries, as the name would suggest. However, the condition can include many more symptoms, including irregular menstrual cycles, difficulty getting pregnant, female-patterned baldness, type 2 diabetes and cardiovascular disease, according to the World Health Organization (WHO).

An estimated 10% to 13% of reproductive age women around the world are impacted by PCOS, but an estimated 70% don’t know they have it, according to WHO.

One reason could be that the name is not very descriptive of the actual condition, said Dr. Helena Teede, an endocrinologist and professor of Women’s Health at Monash University in Australia. Teede, who is leading the process to change the name, is lead author of a paper published Tuesday in the Lancet on the name change. 

Over the course of her more than 25-year career, Teede said she’s had to dispel misunderstandings that lead people to think that the condition is just about cysts on the ovaries, which has resulted in missed diagnoses and inaccurate treatment.

The Lancet paper officially changes the name of the condition to one that researchers hope can provide more clarity: polyendocrine metabolic ovarian syndrome, or PMOS.

It isn’t just about cysts

A primary goal of the new name is to give importance to the wide range of impacts the condition has on those who have it. 

“By calling this condition polycystic ovary, we’re missing the big picture,” said Dr. Alla Vash-Margita, associate professor of obstetrics, gynecology and reproductive sciences at Yale University and division chief for pediatric adolescent gynecology at the Yale School of Medicine.

“There was a lot of stigma and myth related to this name. People thought they have large cysts, which they do not have,” she said.

The syndrome was first seen as a reproductive disorder, said Dr. Andrea Dunaif, professor of medicine in the division of endocrinology at the Icahn School of Medicine at Mount Sinai in New York.

It was found to be associated with a slight increase in male hormone levels that can cause irregular periods and fertility issues. Then, in the 1980s, she said that researchers found it was also associated with insulin resistance, or the body not responding to normal circulating levels of insulin. 

“The body has to produce more insulin, and if the body can’t kind of keep up with the needs, then diabetes can develop,” Dunaif said.

Since then, research has suggested that it is a major metabolic disorder, with increased risks for conditions such as liver and heart disease, she added.

More recently, other symptoms have also been associated with PMOS, including sleep apnea, depression, anxiety and body dysmorphia, Vash-Margita said.

A name to take seriously

The “polyendocrine” part of the new name better describes it as an endocrine or hormone condition, Teede said. People with PMOS have a disturbance in the endocrine (or chemical messenger system) of the body, which can lead to widespread impacts, she added. 

The road to changing the name took 14 years and worldwide collaboration of 56 patient and professional organizations, according to the Lancet paper.

“This shift will reframe the conversation and demand that it is taken as seriously as the long-term, complex health condition it is,” said Rachel Morman, Chair of Verity PCOS UK, in a news release.

The hope is that a new name will help give the condition the attention it deserves, Dunair said. Physicians in the gynecology field have done a pretty good job of taking the condition seriously, she said. But, because PMOS impacts so many parts of the body, all kinds of medical specialties should be more aware and collaborate to effectively treat patients, she said. 

Many in the field are excited about the new name change, but Dunaif worries that it still doesn’t quite capture the latest understandings of the condition. For example, family histories suggest that those without ovaries may also be impacted by the metabolic aspects of this condition, she said. And the name might be more accurate if it broke it up into subtypes such as for people who primarily experience reproductive symptoms or those who have metabolic symptoms, she said. 

Vash-Margita, however, thinks PMOS is a name that reflects the realities of the mental and physical impacts much better and “captures the condition in a much better way, reflecting multiple changes that occur,” she said.

A term that better captures that reality may carve the way for better diagnoses, new treatments and increased insurance coverage for the condition, added Dr. Christina Boots, associate professor of obstetrics and gynecology at Northwestern’s Feinberg School of Medicine.

“Women’s health is notoriously underfunded,” she said. “Recognizing that it really spans not just reproductive issues, but mental health and metabolic health as well, maybe will help enhance the number of dollars and the number of studies that are to understand it and treat it.”

How to get the care you need

When should you talk to your doctor about PMOS? One vital sign is a history of irregular menstrual cycles, Dunaif said. Having eight or fewer menstrual cycles a year, or having cycles that last than 40 days per cycle is a sign you should be evaluated for a hormonal problem, she said.

Your doctor can check your hormones for insulin resistance or elevated androgen, a hormone which can cause things like acne, balding or increased body hair, Boots said.

Much of the current medical approach to PMOS is managing symptoms rather than treating the underlying cause, Dunaif said.

The first intervention advised is usually to make lifestyle changes toward a balanced diet and increased exercise, Vash-Margita said. Weight loss has been associated with improvement in PMOS symptoms, she said.

Medications can be prescribed for the metabolic symptoms, and GLP-1s have been found to be helpful, although there are no major trials in women with PMOS, Dunaif said. Birth control pills are commonly used to regulate menstrual cycles and reduce the hormones that can cause body hair, acne and hair loss, she added. 

Fertility treatments may be used to help induce ovulation in people who are trying to conceive children with this condition, Dunaif added.

Still, the answer to treating PMOS isn’t just patients knowing what to look for and what to do, experts say. One key in good PMOS treatment is finding healthcare providers who can really take the time to look at the whole picture and make good referrals to make a plan together, Boots said.

“Somebody’s dietitian tells them one thing, and their psychiatrist tells them another thing, and their dermatologist tells them another, so they’ve got so many players who are in their niche and often don’t see the full picture,” she said. “Seeing these patients as people, and doing our best to give them care with empathy and individualizing their care, I just think is so important.”

 


This is only for your information, kindly take the advice of your doctor for medicines, exercises and so on.   

 

 

 

 

 

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Scientists discover a key to staying mentally sharp in old age

People who have razor-sharp minds in their 80s and 90s — known as “SuperAgers” — produce twice the number of young neurons as cognitively healthy adults and 2.5 times as many as people with Alzheimer’s disease, a new study found.

“This shows the aging brain has the capacity to regenerate — that’s huge,” said study coauthor Dr. Tamar Gefen, an associate professor of psychiatry and behavioral sciences at the Mesulam Institute for Cognitive Neurology and Alzheimer’s Disease at Northwestern University Feinberg School of Medicine in Chicago.

While a mature neuron is stable, a young neuron is the most adaptable and plastic type of brain cell, with an enhanced ability to grow, integrate and “wire itself into a brain,” said Gefen, who helps lead the Northwestern SuperAging Program. Researchers there have been studying elderly men and women with superior memories for 25 years. 

“SuperAgers are showing the preservation of immature neurons with heightened excitability — they are bright-eyed and bushy-tailed and ready to fire,” she said. “That is a more youthful brain.”

In addition, the study found SuperAger brains contained more robust support systems in the hippocampus — the part of the brain responsible for memory — that nurture youthful neurons much like a young sapling is nourished when planted in nutrient-rich dirt.

“This research shows SuperAgers have a unique cellular environment in their hippocampus which supports neurogenesis,” Gefen said. “This is biological proof SuperAgers have more plastic brains.”

Neurogenesis, which is the birth and survival of new neurons, enhances brain plasticity — the ability of the brain to repair itself to maintain good cognitive function in the face of injury and the process of aging. 

In fact, the brains of SuperAgers contained more newly developed neurons than younger adults in their 30s and 40s, said senior author Orly Lazarov, a professor of neuroscience and director of the Alzheimer’s Disease and Related Dementia Training Program at the University of Illinois, Chicago.

“The profile of neurogenesis in the SuperAgers shows resilience,” Lazarov said in an email. “So they are able to cope with the ravages of time.” 

SuperAgers may have a genetic advantage, but research shows that people who practice good brain health may also prevent cognitive decline, said Alzheimer’s prevention researcher Dr. Richard Isaacson, director of research at the Institute for Neurodegenerative Diseases in Florida, who was not involved in the study.

Our studies have found lifestyle changes including diet, exercise, reducing stress and optimizing sleep, along with managing vascular risk factors with certain prescribed medications, can also grow brain areas including the hippocampus, and reduce telltale signs of Alzehimer’s such as tau tangles and amyloid plaques,” Isaacson said. 

“I was certainly never taught in medical school that it’s possible for brain cells to grow, but we’ve now seen compelling evidence of this on serial MRI scans in people who continually make brain-healthy choices,” he said.

What is a ‘SuperAger’?

To be a “SuperAger,” a person must be older than 80 and undergo extensive cognitive testing that assesses the limits of their ability to recall information, Emily Rogalski, a professor of neurology at the University of Chicago, told CNN in an earlier interview. Rogalski, who was not an author on the study, helped develop the SuperAger program at Northwestern.

“SuperAgers are required to have outstanding episodic memory — the ability to recall everyday events and past personal experiences,” she said. “It’s important to point out when we compare the SuperAgers to the average agers, they have similar levels of IQ, so the differences we’re seeing are not just due to intelligence.” 

SuperAgers also share similar traits. They tend to be positive and challenge their brain every day by reading or learning something new. Many are physically active and continue to work into their 80s. SuperAgers are also social butterflies, surrounded by family and friends, and they can often be found volunteering in their community.

When it comes to healthy behaviors, however, SuperAgers are a mixed bag.

“We have SuperAgers with heart disease, diabetes, who aren’t physically active, who don’t eat any better than their similar-age peers,” Gefen said. “Still, it’s what we’ve found in the brains donated by SuperAgers that is most telling.”

Analyses of brain tissue found the cingulate cortex, an area that’s responsible for attention, motivation and cognitive engagement, is thicker in SuperAgers compared with people in their 50s and 60s. The hippocampus of SuperAgers also has three times fewer tau tangles, one of the hallmarks of Alzheimer’s disease.

Another study found “beautiful, humongous, very healthy” neurons in the SuperAgers’ entorhinal cortex, one of the first areas of the brain to get hit by Alzheimer’s disease, Gefen said.

“It was an incredible finding, because their entorhinal neurons were even larger than those in individuals who are much younger, some even in their 30s,” she said. “That told us there is a structural integrity component at play — like the architecture, the bones, the skeleton of the neuron itself is sturdier.”

The new study sheds light on how that might occur, Gefen added.

“Those fat, juicy entorhinal neurons may not just be bigger, they may also be embedded in this enhanced ecosystem in the hippocampus that is also nurturing immature brain cells,” she said. “They are absolutely connected, and this new study may be providing a mechanistic understanding of why they may be bigger.”

A new way to measure neurogenesis

Past research in humans on how neurogenesis occurs has been murky, partly due to the type of measurement tools used, Lazarov said. The new study, published Wednesday in the journal Nature, used a different technique to measure the birth of new neurons in five types of donor brains: SuperAgers; healthy young adults; older adults with no sign of cognitive decline; older adults with early dementia; and older adults diagnosed with Alzheimer’s disease.

The tool, called multiomic single-cell sequencing, allowed researchers to determine which types of brain cells support memory and cognition as the hippocampus ages. Results showed two types of cells, astrocytes and CA1 neurons, were key drivers for memory retention in the brains of SuperAgers.

The CA1 neurons are crucial for memory, helping consolidate and retrieve past experiences. “These are among the first brain cells attacked by tau in Alzheimer’s disease,” Gefen said.

Astrocytes vastly outnumber neurons and are vital for regulating blood flow to the brain. These brain cells also encourage the formation of synapses, the junction where nerve signals pass from one neuron to another, which are the foundation of brain function, learning and memory.

“In SuperAgers, astrocytes and CA1 neurons are supporting the hippocampus in ways that we didn’t understand before, by boosting synapse signaling between neurons,” Gefen said. “Immature neurons, CA1 circuits and astrocytes are all coordinating in a very, very enriched environment.”

 

 

 

This is only for your information, kindly take the advice of your doctor for medicines, exercises and so on.   



 

 

 

 


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