Bioterapias Terapia Quântica-Biológica

16/06/2026

16/06/2026

Depression is a whole-body condition.

Research shows that Major Depressive Disorder (MDD) involves deep changes across multiple biological systems. In the brain, we see altered neurotransmission and reduced neuroplasticity, affecting circuits responsible for emotion and cognitive control. Even brain structures like the hippocampus can shrink over time.

But it doesn’t stop there.

The body’s stress system (HPA axis) becomes overactive, the immune system shifts into a chronic low-grade inflammatory state, and even the autonomic nervous system is affected. Interestingly, while some immune responses are overactive, others weaken, showing just how complex this condition is.

What’s most fascinating is that these systems don’t act in isolation. Chronic stress, inflammation, and brain changes continuously influence each other in a bidirectional loop.

Depression is biology, psychology, and environment, all interacting at once. Understanding this complexity is key to better treatment and compassion. Finally, I want to add that not everyone gets access to what I share about mental health behind the scenes. If you don’t want to miss it, join now in the early stages before it grows: https://www.patreon.com/betterbrain

Reference: Otte et al., 2016

16/06/2026

03/06/2026

Autistic vs Dyslexic Brain. Not Deficits But Different Wiring. Studies shows that autistic and dyslexic brains are structurally and functionally unique, not simply “impaired.”

🔹 Autistic brains often show differences in large-scale connectivity, especially reduced long-range communication and altered white matter organization. This may explain deep focus, sensory sensitivity, and unique information processing styles.

🔹 Dyslexic brains show structural differences in left-hemisphere reading networks and altered connectivity in visual–language pathways, affecting how written information is processed.

🔹 Interestingly, research suggests both brains rely less on prior sensory information, but in different ways: autistic brains update information more slowly, while dyslexic brains may process it more rapidly but less stably.

📚 Reference: Qing et al., Molecular Autism (2024); Olivo et al., npj Science of Learning (2024); Manning (2024); Lieder et al., Nature Neuroscience

03/06/2026

Recent studies have revealed the synchronization of neuromodulators including norepinephrine, serotonin, acetylcholine, dopamine, and histamine during sleep.

A new Science Review explores what potential role the synchronization of these oscillations may play in health.

Learn more: https://scim.ag/3PMMUch

03/06/2026

03/05/2026

03/05/2026

03/05/2026

03/05/2026