Neuro Wellness Center - Dr. Adelina Coresi, Brasov

31/05/2025

04/03/2025

REVERSIBLE STRESS

A new study reveals how prenatal infections followed by early-life stress—known as "two-hit stress"—can lead to brain dysfunction and psychiatric-like behaviors.

04/03/2025

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Exploring the Tomatis Method during Pregnancy 🎧🤰

🎶👶Around 18 weeks of pregnancy, your little one hears their very first sounds. By 24 weeks, those little ears are rapidly developing. Your baby's sensitivity to sound will improve even more as the weeks pass.

Have you considered auditory stimulation as part of your prenatal care? The Tomatis Method might be an interesting option to explore!

18 Weeks:
Baby hears their first sounds.
The auditory system begins functioning.

24 Weeks:
Rapid ear development continues.
Increased sensitivity to sound.

Auditory Development:
Baby reacts to music, voices, and external noises.
Sensitivity to sound improves over time.

Auditory Stimulation in Prenatal Care:
Consider the Tomatis Method for early auditory engagement.
Uses sound frequencies and classical music to stimulate brain and auditory system development.

May promote cognitive and emotional development before birth.
Encourages early bonding between mother and baby.

24/02/2025

🇬🇧"Discover the power of Audio-Visual Entrainment (AVE) and photobiomodulation, two advanced techniques integrated into our cognitive performance program. AVE uses rhythmic light and sound to gently guide your brain into optimal states, improving focus, relaxation, and cognitive function. Photobiomodulation, on the other hand, uses specific wavelengths of light to stimulate brain cells, enhancing energy production and supporting neuroplasticity. Together, these tools work synergistically to unlock your brain's full potential, helping you achieve sharper focus, better memory, and overall improved cognitive performance. Ready to experience the benefits?"

🇵🇹"Descubra o poder da Entrainment Audio-Visual (EAV) e da fotobiomodulação, duas técnicas avançadas integradas no nosso programa de desempenho cognitivo. A EAV utiliza luzes e sons rítmicos para guiar suavemente o seu cérebro para estados ótimos, melhorando o foco, o relaxamento e a função cognitiva. A fotobiomodulação, por sua vez, utiliza comprimentos de onda específicos de luz para estimular as células cerebrais, aumentando a produção de energia e apoiando a neuroplasticidade. Juntas, estas ferramentas funcionam em sinergia para desbloquear todo o potencial do seu cérebro, ajudando-o a alcançar um foco mais nítido, uma melhor memória e um desempenho cognitivo globalmente melhorado. Pronto para experimentar os benefícios?"

23/02/2025

Breath & visual perception!

Researchers have discovered that breathing affects pupil size, with the pupil being smallest during inhalation and largest during exhalation.

13/02/2025

We are what we eat.....

New research provides direct evidence that the gut microbiome communicates with the brain through the vagus nerve.

12/02/2025

Awareness of our feelings.

Found on Google from npr.org

10/02/2025

GABAA receptor structures from the human brain

Due to the technical challenges of studying human brain samples, scientists had relied on information about GABAA receptors using studies from simplified systems, rather than direct examination of the protein in brain tissue. The research team members were able to overcome these obstacles with direct examinations of human GABAA receptors.

Samples were collected with full consent from patients undergoing surgery to treat epilepsy. These surgeries removed small portions of brain tissue that were already being taken out for medical purposes.

The tissue samples were then analyzed using advanced cryo-electron microscopy (cryo-EM) instruments. The researchers also used electrophysiology to measure how GABAA receptors function and respond to drugs.

The results allowed the scientists to create a detailed map of GABAA receptors, revealing how they assemble together and how drugs bind to them. The cryo-EM data allowed the researchers to construct 3-D structural models of 12 GABAA receptor subunit assemblies, which revealed the great variety of ways the subunits come together to make the receptors, as well as new drug mechanisms that may be relevant to treating epilepsy.

https://sciencemission.com/GABAA-receptor-structure