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Gut Serotonin and the Gut–Brain Axis: How Intestinal Inflammation Impacts Mood and Digestion
Serotonin Gut Serotonin: How Intestinal Inflammation Alters Mood and Motility Most people associate serotonin with the brain. However, approximately 90–95% of the body’s serotonin is produced in the gastrointestinal tract by specialized cells called enterochromaffin cells . In the gut, serotonin regulates: Peristalsis (movement of food) Secretion Visceral sensitivity Immune signaling These roles are well established in gastroenterology research. How Infections Affect Gut Se

Bianka Rainbow
Feb 131 min read


Parasite Biofilms & Gut–Brain Connection: How Endotoxins Hijack Your System
Parasite Biofilms & Gut–Brain Connection How Parasite Biofilms Affect Your Gut–Brain Connection Many people know about parasite infections and gut issues, but few realize the hidden impact of endotoxins (like LPS) released from parasite biofilms. Even small amounts can quietly trigger your immune system and affect communication between your gut and brain. Why It Matters Chronic inflammation: Endotoxins trigger immune cells to release cytokines (inflammatory messengers), kee

Bianka Rainbow
Jan 301 min read


The Hidden Brain Effects of Toxoplasma gondii: A Parasite Most People Overlook
Toxoplasma gondii 🧠 A Deep-Dive Into a Parasite That Quietly Alters Human Behavior Most people understand that parasites can affect digestion or immunity… but few realize that some can reach all the way into the brain and subtly shift mood, cognition, and even behavior. One of the most fascinating — and most common — examples is Toxoplasma gondii . 🦠 What Is Toxoplasma gondii ? T. gondii is a single-celled parasite commonly found in: Cat feces Contaminated soil Undercooke

Bianka Rainbow
Nov 21, 20252 min read


How Neurons Communicate: The Hidden Language of Your Brain
How Neurons Communicate 🔬🧠 Neuron Communication 101: How Your Brain Sends Messages 🧠🔬 Neuron communication is one of the most extraordinary processes happening inside your body every single moment. Millions of messages are exchanged between nerve cells every second — powering your thoughts, mood, movement, memory, digestion, and more. Here’s a simple, science-based breakdown of how this communication actually works. ⚡1. Electrical & Chemical Signals: The Brain’s Two Langu

Bianka Rainbow
Nov 20, 20252 min read


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