Como todo el organismo, el cerebro va madurando y envejeciendo a su propio ritmo, cambiando sus capacidades conforme avanzamos en edad. Primero consolidando y luego perdiendo facultades. Conociendo esto, podremos discernir entre lo normal y lo patológico.

elpais.com/salud-y-bien...

Coenzyme Q is essential for energy production and antioxidant defense, but cells can lose it when synthesis drops. This new study explores an unexpected idea: instead of increasing CoQ production, what if we could boost CoQ by changing how cells traffic and recycle it?

Great news for students and young researchers! The Polytechnic University of Marche, together with Beiersdorf, is launching the 2nd edition of an advanced course on skin ageing, oxidative stress, mitochondrial dysfunction, and the biology of CoQ10.

Rett syndrome is a rare disorder mainly affecting girls, and scientists are trying to understand why cells struggle to produce energy. A new study looks at mitochondria in patient-derived fibroblasts and uncovers a clear imbalance tied to CoQ10 levels.

What happens to coenzyme Q (CoQ) production machinery in aging tissues—and can resveratrol or exercise reset it? Meza Torres et al. tracked expression of the “CoQ synthome” and CoQ levels in mice across ages and interventions.⬇️

Did you know a little-known gene might be key to understanding severe mitochondrial diseases like Leigh syndrome? A new study sheds light on RTN4IP1 and its crucial role in cellular energy. Let’s dive in. 👇

The ICQ10A starts today our new section as newsletter with the newest information about research in #coenzymeQ from basics to clinical aspects.
In this first number five new recent publications are resumed.

Latest Research and news on CoQ! icq10a.com/latest-resea...

📝 Master Class by Franklin L. Rosenfeldt (Swinburne Univ. & Baker Institute), vice-chairman of the @icq10a.bsky.social until yesterday: Writing a scientific paper isn’t just for experts—it's a skill anyone can learn. Here's how to get published without losing your mind. 🧵 #11thConferenceICQ10A

What do worms, mice, and a common antifungal have in common? 🧬🪱🧪 They’re all part of a journey to understand and potentially treat coenzyme Q10 (CoQ10) deficiency. Here's what we learned from Siegfried Hekimi’s keynote in Copenhagen. 🧵 #11thConferenceICQ10A

#11thConferenceICQ10A
The 11th International Coenzyme Q10 Congress is underway! Professor Plácido Navas officially welcomed speakers and attendees to three days packed with cutting-edge lectures, oral communications, masterclasses, and dynamic poster sessions on all things CoQ10.

Did you know that Coenzyme Q10 (CoQ10) is crucial for brain function? 🧠 A recent study shows that CoQ10 deficiency disrupts lipid metabolism in neurons, affecting cholesterol synthesis and transport. Let’s dive into the details of this fascinating research. 🧵👇

Read the comments of this interesting article about CoQ10 deficiency.

🧬 New Insights on Coenzyme Q from Fungi! Researchers uncovered how black yeast-like fungi and filamentous fungi produce unique forms of CoQ10(H2) and the rarely seen CoQ10(H4). What does this mean for electron transport and bioenergetics? Let’s dive in! 🧵👇 #CoQ10

🎉 Special Offer for Copenhagen Delegates! 🎉
Attending the 11th ICQ10A Congress? Antioxidants offers a 30% discount on article processing charges for its Special Issue: Unveiling the Essential Role of Coenzyme Q in Health. Details below! 🧵👇 #CoQ10 #SciencePublishing

Next Monday @glopllu.bsky.social, head of our association will be showing his research work with his students at the XX Congreso de la Sociedad Española de Biología Celular in Cordoba, Spain.
A work about CoQ10 depletion in cells.