SoluPsy Moris

20/09/2025

This 👇🏾

🚨 Your "sugar-free" choices may be harming your brain.

New research reveals a 62% faster decline in memory and thinking linked to common artificial sweeteners like aspartame and saccharin.

A new study published in Neurology has raised fresh concerns about the long-term cognitive effects of artificial sweeteners.

Tracking over 12,000 Brazilian adults for an average of eight years, researchers found that individuals who consumed the most sugar substitutes—including aspartame, saccharin, and xylitol—experienced a 62% faster decline in memory and thinking skills compared to those who consumed the least.

Alarmingly, the fastest rates of decline were seen in participants under 60 and those with diabetes, suggesting that midlife may be a particularly vulnerable period for brain health when it comes to sweetener exposure.

While the study did not establish a direct cause, the strong association points to potential risks of frequent artificial sweetener use—especially in sugar-free processed foods. Experts urge caution and suggest focusing on whole foods and reducing reliance on artificially sweetened products. As the science continues to evolve, these findings highlight a need for greater awareness about how everyday dietary choices may impact brain function over time.

Source: Suemoto, C. K., et al. (2024). Artificial sweetener consumption and cognitive decline: A cohort study. Neurology, American Academy of Neurology.

19/09/2025

This 👇🏾

🚨 This is why we need to fund mental health services and treatments.

A new study shows that depression and anxiety aren’t just emotional health issues — they may also be red flags for future dementia risk.

Having multiple mental health conditions such as depression and anxiety may dramatically increase a person’s risk of developing dementia, according to a new study published in BMJ Mental Health.

Researchers analyzed health data from over 3,600 adults aged 45 and older and found that those with two psychiatric disorders were twice as likely to be diagnosed with dementia compared to those with just one.

The risk escalated sharply with each additional disorder: individuals with three conditions had four times the risk, and those with four or more faced an elevenfold increase. Most notably, coexisting mood and anxiety disorders alone increased dementia risk by up to 90%.

While the study was observational and can’t confirm causation, experts say the findings underscore an urgent need for early screening and preventive strategies, particularly for patients showing multiple psychiatric diagnoses. The suspected link may stem from the effects of chronic mental health issues on brain structure, inflammation, and the accumulation of amyloid-beta proteins, which are associated with Alzheimer’s disease. Researchers also suggest that mental health conditions may either contribute directly to dementia or serve as early warning signs of its onset. Either way, mental health care may be more important than ever for protecting long-term cognitive health.

Source: Multiple Psychiatric Disorders and Dementia Risk: A Retrospective Study. BMJ Mental Health, 2025.

16/09/2025

Portab : kamwad swa enmi?

15/09/2025

Mo pou lor MBC RM1, Facebook 11:00 - 12:00 demin mardi 16 pou : Écrans amis ou enemies?

Mo pou koz lor linpak portab lor zanfan, adolesan, ek adilt ek ki stratezi bizin adopte!

Li pou pas lor MBC 2; 6:00 pm mem zour

15/09/2025

Mo pou lor MBC RM1 demin 11h00-1200, plis Facebook pou enn emision: Écrans...Amis ou enemies?

Lemision la pou lor MBC TV2 6:00 pm

Send a message to learn more

11/09/2025

This 👇🏾

Un rapport parlementaire sur TikTok dévoilé jeudi préconise l’interdiction des réseaux sociaux aux moins de 15 ans et la mise en place d’un “couvre-feu numérique” pour les 15-18 ans, pour tenter d’endiguer le “piège algorithmique” qui peut affecter la santé des plus jeunes.

Le rapport recommande d’aller jusqu’à une interdiction avant 18 ans si, d’ici trois ans, “les réseaux sociaux ne respectent pas de façon satisfaisante leurs obligations juridiques”, notamment vis-à-vis du règlement européen sur les services numériques (DSA).

Une telle interdiction, déjà souhaitée par l’Élysée, permettrait “de donner un signal à la fois aux enfants et aux parents qu’avant 15 ans”, les réseaux sociaux, “ce n’est pas anodin”, résume auprès de l’AFP la députée Laure Miller (EPR), rapporteure de cette commission d’enquête parlementaire.

Pour le président de la commission d’enquête, Arthur Delaporte (PS), “le constat est sans appel : TikTok a délibérément mis en danger la santé, la vie de ses utilisateurs”. Il a annoncé avoir saisi la procureure de la République de Paris pour ces possibles “infractions de nature pénale” et également pour “parjure” des dirigeants de l’application. “La plateforme est au courant des dérives, que l’algorithme est problématique”, a assuré le député à l’AFP.

TikTok assure régulièrement faire de la sécurité des jeunes “sa priorité absolue”.

11/09/2025

This 👇🏾

Megan Rossi is a researcher at King's College, specialising in microbiome science and shows how a healthy gut can improve your body and mind. Known as the G...

11/09/2025

Learn to say NO! An article I co-wrote with Diane Nuteau👇🏾

Co-Author: Diane Nuteau, Certified and Licensed Meta-Coach in Neuro-Semantics, ACMC, ISNS Co-Author: Kunal Naïk (He/His), Registered Psychologist, Certified Compassionate Inquiry® Practitioner Fact checked by: Olivia Adam, Hypnotherapist Fact checked by: Claude Sooprayen, Business Coach – Learni...

10/09/2025

This 👇🏾

09/09/2025

This 👇🏾

🧠 Study finds sugar-coated proteins sabotage your brain’s defenses, driving Alzheimer's disease.

In a breakthrough study from Johns Hopkins Medicine, scientists have identified a sugar-studded protein that could play a critical role in the development of Alzheimer’s disease.

By examining brain tissue from people who had died with Alzheimer’s, researchers discovered a unique glycoprotein—named RPTP zeta S3L—that connects with the microglial receptor CD33, a protein known to impair the brain’s ability to clear harmful plaques when overactivated.

This glycoprotein’s glycan portion, sialylated keratan sulfate, appears to bind with CD33 and potentially disables the brain’s “clean-up crew,” allowing toxic proteins like amyloid and tau to accumulate. The team found RPTP zeta S3L was over twice as abundant in Alzheimer’s-affected brains, marking it as a potential driver of disease progression.

This discovery opens a promising path toward new treatments and diagnostic tools for Alzheimer’s. If researchers can find a way to block RPTP zeta S3L from activating CD33, they may be able to restore the brain’s ability to remove harmful proteins before they build up to dangerous levels. The study also raises the possibility of using this glycoprotein as an early biomarker for Alzheimer’s, improving detection and intervention strategies. As the researchers continue to unravel the structure of this molecule, they hope to better understand how it influences brain immune responses and how it might be targeted therapeutically.

Source: Gonzalez-Gil Alvarenga, A., Porell, R., Fernandes, S., Maenpaa, E., Li, T. A., Li, T., Wong, P., Yu, Z., Orsburn, B., Bumpus, N., Aoki, K., Tiemeyer, M., & Matthew, R. (2022). Journal of Biological Chemistry.

08/09/2025

Kontan mo'nn resli kolabor ar Drip pou enn sesion lor adiksion ar CIEL.