Ιατρείο Γενικής Ιατρικής - Αλεπίδης Δημήτριος

16/10/2025

13/10/2025

Έχω την τιμή να συμμετέχω στην πολυθεματικη ημερίδα στο ΓΝ Λευκωσίας την Παρασκευή 13/10/25 και ώρα 13.45 με ομιλία : Πολυφαρμακια στην τρίτη Ηλικία

είστε όλοι ευπρόσδεκτοι.

19/09/2025

13/09/2025

https://www.facebook.com/share/1LAthzn1ux/

10/09/2025

Natural supplements and their beneficial action on skin

Original article :

https://www.facebook.com/share/p/1ApyEakdvw/

31/08/2025

https://pt.cyprusphysio.com/

Η ιστοσελίδα της ημερίδας

28/08/2025

Benefits of walking 😊
The calf muscles—especially the soleus and gastrocnemius—function as a “second heart” by helping push blood from the legs back toward the heart.

When they contract, the veins are compressed, and one‑way valves ensure blood moves upward. This action supports venous return and prevents blood from pooling in the lower extremities.

If activity is limited, the calf pump weakens, increasing risks of vascular insidents.

Because the soleus muscle is well-suited for endurance, it is particularly effective at sustaining the pump over time.

Strengthening and stretching the calves—via exercises like calf raises and calf stretches—enhances their function, helping maintain healthy circulation, reduce blood pressure, and protect against clot formation.

16/08/2025

09/08/2025

Recent sample return missions from the asteroids led by the Japan Aerospace Exploration Agency (JAXA) and the National Aeronautics and Space Administration (NASA), respectively, provide us with important insights into the evolution of extraterrestrial organic molecules, and potential clues regarding the origins of life on Earth through chemical analyses of pristine extraterrestrial materials that have not been significantly compromised by terrestrial contamination.
Those findings suggest the hypothesis that maybe the the first DNA and RNA molecules on earth came from space.

07/08/2025

MIT researchers made an AI that DISCOVERS new antibiotics.

In a breakthrough that could rewrite how we fight drug-resistant bacteria, scientists at MIT and Harvard have developed an AI system that discovered a powerful new antibiotic — in a way no human would’ve tried.
It’s a molecule called halicin, and it kills some of the world’s deadliest superbugs in days.

The AI was trained on millions of chemical compounds, not just looking for known antibacterial patterns — but for entirely new mechanisms of action. It predicted halicin from a non-antibiotic database and suggested it would disrupt bacterial energy production — and it did.

Halicin was tested against tuberculosis, E. coli, and carbapenem-resistant bacteria, and succeeded where even our strongest antibiotics failed. What’s more, bacteria didn’t develop resistance after weeks of exposure — a rare trait.

Now, the same AI is being used to screen over 2 billion molecules, some already in pharmaceutical archives, for similar hidden antibiotic potential. This system doesn’t just speed up drug discovery — it sees what human chemistry couldn’t.

With antimicrobial resistance on the rise, this AI may have just handed us the next weapon in the war against superbugs.

We need effective new safe antibiotics but still we have to use the existing antibiotics with caution to minimize microbial resistance.

06/08/2025