Celebrating International Women’s Day: Stories from Twins and TwinsUK Staff

25th March 2024 – by Aaruthy Suthahar

International Women’s Day (IWD) on March 8th is a day to celebrate the achievements and contributions of women globally. At TwinsUK, this year’s IWD was marked with heartfelt stories and reflections from both twins and staff members, showcasing the resilience, strength, and camaraderie that defines the twin community and the workplace culture at TwinsUK.

Twin Stories

Sue, reflected on her late twin sister Jill’s impactful work:

IWD meant nothing to me, but it did to my twin, best known as Jill Saward. Before her death in 2017, she worked tirelessly for women who’d been subjected to Rape or sexual abuse, and victims/survivors of domestic abuse. As identical twins it sometimes made life difficult. People felt through her work they knew me, but also total strangers would ask me how she was. Her impact really hit me after her death. Her friends and campaigners became my friends too – all women.

Francina and Vanessa, facing the daunting challenge of breast cancer, found strength in their twin connection.

We are facing one of our biggest challenges this international women’s day year as identical female twins with one of us being diagnosed with breast cancer. Having a mastectomy and facing chemotherapy all I could think about was how different I would look to my twin. We even joked about Vanessa wearing a head scarf when we go out as we love the “ are you twin” comments . We are both clinicians and Christian’s giving us resilience and the ability to face challenges head on. Vanessa has been a constant support and we are celebrating that the genetic test came back negative , reducing my twins risk of having breast cancer. I feel safe knowing my twin is there and am so grateful for my older sister as well. My prognosis is good so looking forward to beating my cancer and getting back to “double trouble“ outings with my twin.

Laura and Jill celebrated not only their twinship but also the joy of raising twin girls themselves:

In honour of International Women’s Day I’m celebrating my amazing identical twin sister Jill who herself has identical twin girls, Aurora ‘Rory’ and Clara – they recently turned 18 months old! They are the coolest and funniest girls on the planet and I watch them with absolute fascination. It is mine and my twin’s duty to set the best example to them of how lucky it is to be a twin and to celebrate it! In the photo, completely unplanned, we are all coordinating tops and bottoms (as are the front doors in the houses behind us).

Margaret and Barbara honored their mother’s legacy, recognising the sacrifices she made in raising them as twins.

I would like to celebrate mothers of twins! Our mother never grew tired of telling the story of how she had the surprise of her life when she was told there’s another baby after I was born. It can’t have been easy bringing up twins in the 1960’s and we only really appreciated this when my son and his fiance became the parents of twins in 2022! Watching them cope with tiny twins night and day has raised so many questions about our own early years. Sadly, we are not able to ask our mum about it as she passed in 2020. The photo attached was taken on her last Mother’s Day, during lockdown when we could not bear to leave her alone all day. Barbara and I will be forever grateful for everything she did for us.

Thoughts from TwinsUK staff

Aaruthy, Communications and Engagement Officer:

Working in the field of science research not only as a woman but also a woman of colour comes with its own set of challenges and opportunities due to lingering stereotypes and biases globally. Yet, at TwinsUK, as someone who is a woman of colour, I’ve had the privilege of experiencing a workplace where diversity and inclusion is embraced. Most of the staff in our department are women from all different backgrounds and each with their own talents and perspectives. I am truly inspired by the women I work with as we collaborate, support each other, and celebrate each other’s successes. I remain hopeful for a future where every woman, regardless of background, can thrive and succeed in the scientific research community.

Bridget, Senior Research Nurse at TwinsUK:

I’ve dedicated the majority of my nursing career to the fields of hematology, oncology, and palliative care, where I’ve been surrounded by compassionate and incredible women. Nursing is undeniably women-centric. My journey led me to TwinsUK, where I gained a glimpse into the world of science, and I’ve cherished every minute of it. Being surrounded by so many intelligent and supportive women from diverse backgrounds has been truly inspiring. Our department is led by fantastic women who wear multiple hats – they’re researchers, clinicians, leaders, and mothers all rolled into one. While there’s still some lingering gender bias in the scientific realm, I remain optimistic that we are making strides in the right direction, one step at a time.

Ayrun, Clinical Operations Manager at TwinsUK:

After my studies, I went from a laboratory assistant to the role of clinical operations manager within my department. Along this journey, I also welcomed two babies, which naturally brought challenges of balancing work with raising young children. However, being part of an inclusive and supportive department where you are made to feel secure makes navigating these challenges easier. What does International Women’s Day mean to me? It means celebrating women’s achievements and contributions- you only need to look at the remarkable women within our department! Equally, it reminds us to recognise the ongoing challenges women still face globally. It is also a day to promote solidarity, to empower, inspire, and uplift women of future generations.

Gulsah, Resource Admin Manager at TwinsUK:

Through my studies of Social sciences from secondary to University years, I was always made hyper-aware of the gender gaps that were statistical facts within our society but admit I had internalised these on some level. As a young, second-generation immigrant female, I did not have the confidence to break these barriers – which was until I started working for the Department of Twin Research. Being surrounded by incredibly successful women from all kinds of backgrounds and walks of life changed my perspective entirely which ignited a new level of ambition in me. As the new Resource Admin Manager, and also a recent first-time mother, I am inspired daily by my remarkable colleagues (both professionally and personally) and couldn’t be prouder to be a woman in science celebrating International Women’s Day here at TwinsUK.

As we reflect on the stories shared by twins and TwinsUK staff, one thing becomes clear: the essence of International Women’s Day extends beyond a single day of celebration. It’s about honouring the past, celebrating the present, and advocating for a future where every woman, regardless of background or circumstance, can thrive. Whether it’s through sisterhood, solidarity, or mentorship, the spirit of IWD lives on in the collective efforts of women everywhere. At TwinsUK, it’s a spirit that continues to inspire and empower each and every day.

Daily fibre supplement improves older adults’ brain function in just 12 weeks

29th February 2024 – By Aaruthy Suthahar

Researcher’s from TwinsUK conducted a study on twins aged 60 and above has shed light on the intriguing connection between gut health and cognitive function.   

As populations age globally, the prevalence of age-related conditions such as muscle loss and cognitive decline is on the rise. Recognising the importance of addressing these issues, researchers at TwinsUK investigated how targeting the gut microbiota, the diverse community of microorganisms residing in our intestines, using a cheap, commercially available prebiotic supplement, could impact both muscle health and cognitive abilities as we age.

In a meticulously designed trial involving 36 twin pairs (72 individuals), participants were randomly assigned to receive either a placebo or a prebiotic supplement daily for 12 weeks. Alongside this, all participants engaged in resistance exercises and received a protein supplement, aimed at improving muscle function.

Using innovative remote methods including video visits, online questionnaires, and cognitive testing, researchers tracked the participants’ progress throughout the trial. Notably, the prebiotic supplement led to significant changes in the participants’ gut microbiome composition, particularly an increase in the numbers of beneficial bacteria such as Bifidobacterium.

The study found no significant difference in muscle strength between the group receiving the prebiotic and those taking the placebo. However, participants who received the prebiotic demonstrated improved cognitive function compared to those getting placebo. This finding demonstrates a link between gut microbiome health and brain function in older adults.

First author Dr. Mary Ni Lochlainn said:

“Our results demonstrate that inexpensive and easily accessible interventions targeting the gut microbiome can improve cognition in older adults, halving the number of errors on a memory test. This holds huge promise for enhancing brain health and memory in our ageing population.”

Senior author Professor Claire Steves, Professor of Ageing and Health said: 

“The importance of this research is that these plant fibres are cheap and already over-the counter and therefore could benefit a wider group of people in these cash-strapped times. They are safe and generally well-tolerated.  Our next task is to see whether these effects are sustained over longer periods and in larger groups of people.” 

The study’s remote design proved successful, demonstrating the feasibility of conducting trials in older adults without the need for extensive travel or hospital visits. Challenges such as digital literacy and access to the necessary technology were acknowledged and will be addressed in future research.

While the study focused on older adults, its implications extend to broader research aimed at understanding the intricate relationship between gut health, physical function, and cognitive abilities across different age groups. As the population continues to age globally, unlocking the secrets of the gut-brain axis could offer novel strategies for promoting healthy ageing and combating age-related cognitive decline.

The findings of this study pave the way for larger-scale trials investigating the potential of gut microbiome interventions to improve muscle health and cognitive function in older adults. Could the gut microbiome represent a key target for a whole range of age-related declines, helping to keep older people independent? By addressing these critical health challenges, researchers aim to enhance the quality of life for ageing populations worldwide.

This study was supported by King’s Centre for Ageing Resilience in a Changing Environment (CARICE) and by grants from the National Institute of Health Research and Wellcome Trust. 

The Link Between Gut Viruses and Cardiometabolic Disease 

21st February 2024 – By TwinsUK

A recent review published by researchers at TwinsUK sheds light on the potential role of viruses living in the gut, known as phages, in cardiometabolic diseases (CMDs).  

CMDs are a group of common and often preventable chronic diseases that affect the system of the heart and include type 2 diabetes mellitus, hypertension, cardiovascular disease, and non-alcoholic fatty liver disease.  They have been increasingly prevalent worldwide, with factors such as genetics, lifestyle, and diet contributing to their rise.  

More recently, the gut microbiome, a collection of microorganisms that exist in our large intestine, has also been implicated in CMDs. Interesting links have been found between bacteria and aspects of metabolic health, such as bodyweight, blood sugar and inflammation. However, the majority of existing research has focused on bacteria, overlooking other microorganisms such as phages. 

Phages are viruses that, instead of infecting human cells, infect bacteria cells, and in doing so play a crucial role in shaping bacterial communities within the gut, which in turn can affect human health. By infecting gut bacteria, phages can alter the abundance of bacteria, which may cause their levels to increase or decrease. Additionally, phages can change the way bacteria behave, for example by changing the metabolites that they release.    

Until now, studying the viruses in the gut has been challenging, which is one of the reasons why they have not been a focus of research. However, recent advancements are enabling researchers to investigate this potentially important but neglected aspect of gut health, with increasing interest being reflected in efforts such as the national Centre for Phage Research in Leicester, which aims to tackle a variety of global challenges through phages.  

Daniel Kirk, first author of the review, emphasises the importance of exploring the role of phages in CMDs: 

” As phages modulate gut bacteria communities, which in turn influence systemic health and susceptibility to cardiometabolic diseases, there is a need for a deeper understanding of how gut viruses contribute to cardiometabolic health.”   

To summarise what is currently known about phages in the gut microbiome in relation to CMDs, the authors searched for literature in this area. Across 15 studies, they found potential links between phages and obesity, type-2 diabetes mellitus, hypertension, and metabolic syndrome, amongst others. Their review highlights the potential involvement of phages in human health and provides information to inspire future research in the field, which is still at its inception and yet to be fully explored. 

The review also emphasises that harnessing the therapeutic potential of phages through phage therapy and faecal viral transplants could offer new avenues for treating CMDs. However, while the research is promising, more extensive studies and clinical trials are necessary to validate the efficacy of phage-based therapies in treating CMDs.

Lead author of the paper, Cristina Menni says:

“We highlight the broader implications of phage therapies beyond bacterial infections, extending to other diseases involving microbial imbalances in various organ systems.” 

In Search of Clues: Circulating Inflammatory Proteins and Unchanging Tinnitus

3rd January 2024 – by Kings College London

Professor Frances Williams’ Chronic Pain and Hearing Loss Research Group, part of our team at TwinsUK, has recently published another piece of the puzzle in the quest to understand and treat tinnitus. 

The large project – funded by Tinnitus UK as part of their Large Research Grants Programme – spanned Sweden and the UK, recruiting participants with tinnitus and matched controls firstly in over 1,000 participants in Sweden and then ran a replication of the study in over 1,000 twins from Twins UK. The primary objective of the research was to identify biomarkers for tinnitus.  

Co-author Max Freiden said:  

“It is difficult to establish biomarkers to detect or treat the disorder, because tinnitus is heterogeneous, indicating that various factors determine whether a person develops tinnitus.” 

Surprisingly, tinnitus shares several signs and symptoms with chronic pain. Neuroimaging suggests similar disturbances in the prefrontal cortex of the brain, leading to distorted interpretation of sensory inputs, such as sound.  A localised brain inflammatory response, detectable in the bloodstream, has been reported to occur with chronic pain. The team investigated whether inflammatory biomarkers could be found in people with tinnitus, hypothesising that chronic pain and constant tinnitus may be associated with neuroinflammation. 

Importantly, factors unrelated to hearing difficulties that affect inflammatory marker levels, such as age, sex, and body mass index, were accounted for. Tinnitus tends to be accompanied by stress, anxiety, depression, hypersensitivity to sound, face pain, and headache; however, none of these conditions were related to inflammatory marker levels. While a weak association of five inflammatory proteins was seen in the Swedish cohort, the finding was not replicated in the UK cohort, leading researchers to conclude there is a lack of association between plasma biomarkers and constant tinnitus. Other research has shown that biomarkers can be derived from electrophysiological measures, but this does not appear to be the case for blood biomarkers. 

Although the team didn’t find a tinnitus biomarker, negative results are considered progress and constitute an important aspect of directing future research and treatment. Such advancements are only possible with the generous research investments from charities like Tinnitus UK, and the important contribution of participants from TwinsUK and others who consent to research.  

Link to the article is HERE

New Study Reveals Faecal Metabolite Signature Linked to Prediabetes and Type-2 Diabetes 

18th October 2023 – by Aaruthy Suthahar

Researchers from TwinsUK have recently identified eight biochemical compounds measured in stool (faecal metabolites) that are involved in prediabetes and type-2 diabetes risk in a large study. Impaired fasting glucose, also known as prediabetes, refers to elevated blood sugar levels that are not high enough to mean that the person has type.2 diabetes. Most importantly, prediabetes is a reversible condition: you can prevent or delay prediabetes from turning into type-2 diabetes with well-established lifestyle changes. However, over 80% of individuals with prediabetes remain unaware of their condition. Previous research found a link between type-2 diabetes, prediabetes and the bacteria living in our gut, but mechanisms remain elusive.  Faecal metabolites can provide valuable insights into their metabolic health, as they are the result of various metabolic processes occurring in the body, including the digestion and breakdown of food, as well as the activities of gut bacteria. 

The team analysed the gut microbiome and blood glucose levels collected from 1,018 TwinsUK participants, and then checked their findings in an additional cohort from Germany. The researchers discovered eight specific faecal metabolites linked to prediabetes risk. Importantly, though these metabolites were chemicals or substances that are not naturally found in the body and come from outside sources, they were still reflective of the individuals’ gut bacteria, suggesting a complex interplay between the gut microbiome and the host’s metabolic processes. Moreover, these metabolites were also predictive of type-2 diabetes in a sub-analysis, showing a potential connection with the development of type-2 diabetes. 

First author Ana Nogal stated: 

“Our findings open up new avenues for understanding the role of the gut microbiome in prediabetes and type-2 diabetes. The gut microbiome seems to influence the intestinal absorption or excretion of compounds that are not produced by the human body, and this is linked to prediabetes risk, adding another layer to the complex web of interactions between the gut microbiota and metabolic health.” 

Senior author Cristina Menni explained: 

“This research has the potential to transform our understanding of prediabetes and type-2 diabetes development, offering new insights into the role of the gut microbiome. The implications of this study are far-reaching, and it has the potential to pave the way for innovative treatments and preventive measures for these prevalent metabolic conditions.” 

The study highlights the importance of considering the gut microbiome’s impact on the absorption and excretion of compounds in understanding the onset of type-2 diabetes. Further research is needed to explore this mechanism and its potential implications for diabetes prevention and management. 

Groundbreaking Insights into Predictive Metabolites of Heart Attacks 

11th October 2023 – by Aaruthy Suthahar

In a groundbreaking collaborative effort encompassing six intercontinental cohorts including TwinsUK, the Consortium of Metabolomics Studies (COMETS) has identified 10 novel molecules measured in serum that were associated with incident myocardial infarction (MI), commonly known as a heart attack. This research, representing the largest of its kind, included 7,897 people and has far-reaching implications for identifying at-risk individuals before the onset of this life-threatening condition. 

MI is a leading global cause of death and disability, underscoring the importance of early prediction and intervention. Previous studies measuring hundreds of serum molecules to identify biomarkers of MI have been restricted by limited participant numbers and/or demographic diversity. However, COMETS’ extensive research has addressed these limitations. 

In this study, individuals averaging 66 years of age were drawn from six distinct international cohorts, with their blood metabolomes analyzed. Coupled with data on 1,373 MI cases, the researchers executed a two-stage Individual Patient Data meta-analysis. 

The results were nothing short of groundbreaking. 56 metabolites, including 21 lipids and 17 amino acids, were linked to incident MI, with 10 of them not being reported before notably, the carbohydrate mannitol/sorbitol emerged with the highest increased risk, while glutamine exhibited the most significant decrease in risk. 

Moreover, these identified metabolites were substantially enriched in pathways previously associated with cardiovascular diseases, such as aminoacyl-tRNA biosynthesis. This reinforces the potential clinical relevance of these biomarkers. 

Senior author Cristina Menni explained:  

‘The identified molecules offer a promising avenue for early detection and risk assessment before the onset of heart disease. This is a significant breakthrough in cardiovascular research, as it can potentially enable healthcare professionals to identify individuals at risk of heart attacks well in advance, allowing for proactive interventions and personalized healthcare strategies.’ 

First author Ana Nogal said: 

‘The implications of this study are profound. The identified metabolites could serve as powerful tools for identifying individuals at high risk of MI before the disease manifests clinically. As a result, this research not only advances our comprehension of the molecular changes underlying MI development but also opens new avenues for clinical prediction and a more profound understanding of causal mechanisms.’ 

In a world where heart attacks remain a major public health concern, COMETS’ collaborative effort signifies the importance of multidisciplinary research and holds the promise of uncovering universal biomarkers that can save countless lives. 

Study Reveals Higher BMI Puts Adolescents at Risk for Depression 

5th September 2023 – by King’s College London

Children between the ages of 12 and 16 with a higher body mass index (BMI) are more susceptible to developing symptoms of depression, according to a recent study conducted by researchers from TwinsUK. The findings emphasize the importance of understanding the connection between mental health and weight in adolescence and suggest that early intervention strategies could be beneficial. 

The research, published in Psychological Medicine, used data from over 10,000 twins participating in the Twins Early Development Study (TEDS) and our TwinsUK cohort. Twins born between 1994 and 1996 self-reported depressive symptoms, including low mood, loneliness, and exhaustion, at ages 12, 16, and 21. The study’s key findings indicate a significant link between higher BMI and depression among individuals aged 12 to 16, with weaker association in the 16 to 21 age group. 

The team also found that children with a higher BMI during early adolescence were at an increased risk of developing depression later in life than those who experienced depression first and then saw an increase in their BMI.  

First author, Dr. Ellen Thompson explained: 

“Understanding the relationship between mental ill-health and weight in adolescence is vital to provide timely support where needed. This study shows a stronger association between having a higher BMI at age 12 years and subsequent depression symptoms at age 16 years than the reverse.” 

The study also highlighted that environmental factors played a significant role in the connection between BMI and depression at each age. While the study did not delve into the specific reasons for this effect, prior research has suggested that factors like body dissatisfaction and weight-related stigma from external sources could contribute to the association. 

Surprisingly, the study’s results remained consistent even after adjusting for socio-economic status, dispelling the notion from previous research that poverty might be the primary risk factor in this relationship. 

This shows the importance of early adolescence as a crucial period for addressing the potential consequences of higher BMI on mental health. Preventative measures, such as support structures and positive body image messages, could be incorporated into Personal, Social, Health and Economic (PSHE) education to counteract depressive symptoms in young teens. 

Co-senior author, Professor Claire Steves said: 

“Using the TwinsUK cohort, which focuses on older adult twins, our study showed that the relationship between BMI and depression was much weaker in later life. The exact reasons for these changes over the life course need further investigation.” 

Artificial Intelligence helps human radiologists: detecting intervertebral disc degeneration in MRI scans 

20th June 2023 – by Daliya Guemri

artificial intelligence

Researchers from TwinsUK have recently published a systematic review and meta-analysis examining the current efficacy of artificial intelligence (AI) machine learning applications that read MRI scans of degenerate discs. Working in the pain research team under Professor Frances Williams at King’s College London, researchers are motivated to glean the latest insights in developments to low back pain causes or treatment. Low back pain is the lead cause of disability globally and can fundamentally reduce patient quality of life. Intervertebral disc degeneration is a main cause of low back pain and Williams’ team is heavily invested in pioneering research into causes, diagnoses and treatments for the condition.  

Disc degeneration is a normal part of aging, however sometimes it is accompanied by disabling pain and interventions are required. This systematic review and meta-analysis specifically focused on machine learning (ML) algorithms that read lumbar magnetic resonance imaging (MRI) scans. Assessing disc degeneration is a time-consuming endeavour for radiologists, accurate machine learning algorithms that could fulfill this task, would represent a huge saving of work hours for health services across the globe. Fully exploiting AI technology could allow efficiency in identifying lumbar disc degeneration as well as other spinal conditions, and speed triaging patients for surgery or physiotherapy treatments.  

The systematic review found several studies with a computer science research focus that reported machine learning algorithms could do the job of radiologists, or that their approach could lead to diagnostic technology. Unfortunately, much of this software is not rigorously tested and most of the included studies had small numbers of participants. A systematic review and meta-analysis aim to the contribution of several small studies, however lack of replication (running the algorithm again in a totally new group of scans) was another stark omission from most of the included studies.   

In science, the best type of research is validated in different groups of participants and run multiple times. This should be a standard practice for medical treatments or tools. However they found that generally, these algorithms were not validated, and reports of added benefit to the assessment of disc degeneration were concluded perhaps prematurely.  

The technology is exciting as it does offer a real promise to the future of MRI reading and spinal assessments and ultimately better outcomes in patients with low back pain.  

Authors Roger Compte and Isabelle Granville Smith explained: 

We suggest future research should incorporate several machine learning approaches, such as adding semi- and un-supervised learning to supervised learning approaches. MRIs inherently contain vast quantities of information; of which the human eye is only capable of gleaning part. Designing machine learning algorithms that better take advantage of MRI data arrays may be a means to progress their reliability and accuracy to be comparable to and may one day surpass human radiologists.

Diet high in protein linked with loss of muscle 

9th March 2023 – by Aaruthy Suthahar

beans and lentils

Researchers from TwinsUK have found that rather than being protective, high protein intake is associated with loss of muscle mass in healthy over-60s

This surprising finding comes from a study of 3,302 twins from the TwinsUK cohort. 

Sarcopenia is associated with ageing and occurs when there is an accelerated loss of skeletal muscle mass and function. This can lead to negative outcomes such as frailty, reduced function in day-to-day activities, and increased risk of falls. The study aimed to investigate factors linked with skeletal muscle strength, mass and sarcopenia, particularly intake of protein, and to evaluate if shared twin characteristics are important. 

The team studied twins who consumed the optimal recommended protein intake as the reference group (1.0–1.3 g/kg/day) and found that there was no significant link between protein intake (neither high nor low) and low muscle strength, or between low intake of protein and sarcopenia. 

Results showed that high protein intake on the other hand was associated with decreased muscle mass, while low protein intake was protective. High protein intake was also linked with sarcopenia, even after adjusting for demographic, anthropometric (physical measures of a person’s size, form, and functional capacities) and dietary factors. 

The study also found that the strength of muscles is linked with age, education, income, diet, appetite and diversity in the gut microbiome. However, the link between muscle strength and weight, body mass index, healthy eating index, protein intake, and gut microbiome diversity were not significantly influenced by shared twin factors. This means that treatments targeting these factors may be effective in preventing or treating sarcopenia. 

First author Dr Mary Ni Lochlainn explains: 

“We know high quality protein intake is essential for muscle health, however, it is important to consider that not all sources of protein contain the full range of essential amino acids, and that it may be important to eat some sources of protein in moderation.” 

“While our participants were healthy volunteers, the results give valuable insight into the link between diet and sarcopenia. Further research is needed to investigate this further, including looking at longitudinal data in cohorts with an increased number of participants who live with sarcopenia.” 

Could the age of your brain predict dementia?

20th September 2022 – By Aaruthy Suthahar


A recent study has found that brain-age could help with early detection of dementia in patients. The team, which included TwinsUK Clinical Director Professor Claire Steves, found that patients who visited memory clinics with brains that appeared to look older had a higher risk of dementia. 

Dementia is a general term for loss of memory, language, problem-solving and other thinking abilities that are severe enough to affect everyday activities. 

Some years ago, members from TwinsUK took part in an MRI brain study which was used to define a brain-age score – a way of marking the age of a person from the structure of their brain. This data was used to develop a way of determining whether someone’s brain looks older or younger than their years. In the present study, the team analysed MRI brain scans from patients referred to memory clinics to determine their brain-age, and tracked which patients developed dementia through linking to their electronic health records in the years that followed. 

The researchers found that patients with higher brain-age were more likely to receive a subsequent dementia diagnosis. The results from this study show that neuroimaging biomarkers like brain-age are useful clinically in managing people with memory problems. The next stage is for doctors to put this into practice regularly, so that everyone affected by memory issues can benefit from it.  

Professor Claire Steves said: 

“I would like to sincerely thank the twins who contributed to this study by being willing to have MRI scans, as the study shows the potential of using quantitative techniques to study the structure and function of the central nervous system in closing the gap between basic research and it being applied in clinical settings.” 

The number of people with dementia around the world is increasing, and this is driving research to improve ways of identifying earlier individuals at greatest risk of being diagnosed with the disease. Being able to identify dementia in patients early on has important significance for planning future care, interventions, and clinical trials.    

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