TBI One Love, 300 State St Suite 93932, Southlake, TX (2026)

06/09/2026

Believing you slept well can boost your cognitive performance even after a bad night.

Psychological research revealed a fascinating "placebo sleep" effect. Simply believing you are well-rested can genuinely boost your attention, processing speed, and cognitive sharpness, even if you actually slept poorly.

Here are some examples how placebo works:
•The Expectation Effect: Researchers found that when subjects were led to believe they had above-average sleep quality, they scored significantly higher on verbal fluency and auditory attention tests.
•The "Nocebo" Downside: Conversely, believing you slept poorly (or obsessing over a bad night) can actively drag down your cognitive test performance, regardless of how much sleep you actually got.
•The 🧠 Mindset: A positive mindset about your rest changes waking brain activity and levels of engagement, effectively compensating for fatigue in the short term.

Overall, these results suggest that perceived sleep duration may modulate psychosomatic responses. Additional studies with predefined outcomes and analyses are necessary to confirm these findings, which may have important implications for understanding how sleep affects cognition and psychosomatic responses.

One love
matters

06/05/2026

Recent neuroimaging studies reveal that autism and ADHD share overlapping biological pathways, explaining why their symptoms often co-occur (frequently referred to as AuDHD).

Instead of distinct categories, the brain networks underlying these conditions—particularly those managing social cognition and executive function—show shared connectivity and gene-expression profiles.

Here are some examples of the findings:
•Symptom-Based Brain Patterns: Autism symptom severity (rather than just an official diagnosis) predicts specific patterns of brain connectivity. Children with stronger autistic traits exhibit heightened communication between the frontoparietal and default-mode networks.
•Shared Biological Roots: These overlapping connectivity deviations align perfectly with genes involved in neural development.
•Two Sides of the Same Coin: While both conditions have distinct molecular and cellular features that create unique traits, their shared neurological foundation proves why symptom masking and overlapping traits (like attention regulation and sensory processing) are so common.

Overall, understanding these shared biological mechanisms helps shift mental health models away from strict categorical labels and toward a more personalized, dimensional approach to neurodiversity.

One love

06/01/2026

You know that feeling when your ❤️ starts pounding over something ridiculous? That is an amygdala hijack. Your 🧠 threat detector misinterprets a harmless situation as a life-or-death emergency, triggering a massive surge of adrenaline.

Here are some examples of what is happening in your 🧠 & body:
•The Alarm: Your amygdala (the brain's emotional threat-detector) scans for danger. It is notoriously bad at distinguishing between actual predators and minor stressors (like an awkward text message).
•The Gas Pedal: It hits the panic button and alerts the sympathetic nervous system. The rational part of your brain (the prefrontal cortex) goes temporarily "offline," meaning you cannot simply logic your way out of the feeling.
•The Adrenaline Dump: Your adrenal glands release adrenaline, signaling your heart to beat faster and harder to prepare your muscles for a "fight or flight" response.
•The Feedback Loop: You become intensely aware of your pounding heartbeat. Your brain perceives this rapid beating as a new threat, which releases even more adrenaline, trapping you in a temporary cycle of panic.

Here are some examples of how to overcome it:
•The 6-Second Rule: The chemicals released during a hijack typically take about six seconds to course through your body. Forcing yourself to pause during this window allows your rational brain to step back in.
•Box Breathing: Inhale for 4 seconds, hold for 4 seconds, exhale for 4 seconds, and hold for 4 seconds. This physical action signals to your brain that you are safe.
•Step Away: Physically leaving a triggering environment for 15-20 minutes can help de-escalate emotional intensity.

Overall, while finding ways to prevent an amygdala hijack- you can learn to respond rationally and logically. Mindfulness is another way of saying you can take control away from your amygdala and hand it back to your frontal cortex.

One love

05/30/2026

Your 🧠 is not just "thinking", it's constantly communicating in powerful loops.

A study showed that, the cerebellum (traditionally linked to movement) is deeply connected with the cerebral cortex through complex, cross-hemisphere pathways.
These connections are not limited to motor control... they also extend into cognition and higher mental functions.

Here are some examples of the loop:
•Neurons that fire together, wire together: Every time you repeat a thought or behavior, you strengthen that specific neural pathway.
•The brain seeks familiarity, not necessarily truth: Your nervous system defaults to whatever pathways are most heavily practiced, which is why familiar negative patterns or worries can feel so hard to shake.
•The "Unfinished Business" effect: Unexpressed emotions or unmade decisions create an open loop, causing the brain to constantly circle back to it.

Here are some examples on how to drive the loop:
•Interrupt the physical cycle: Because mental spirals live in the body, interrupting them with sudden, purposeful physical movement can quickly snap your brain out of a looping pattern.
•Commit your thoughts to paper: Writing things down signals to the brain that an idea or anxiety has been "processed," helping close open mental loops.
•Replace rumination with naming: When you notice yourself over-analyzing a conversation, asking yourself "What am I actually feeling?" helps you address the root emotion rather than just running the mental tape on a loop.

Overall, this shows that our 🧠 works as an integrated network, where movement, thinking, and behavior are tightly linked. Meaning- it responds to what you feed it!

One love

05/28/2026

A recent study led by researchers at UCSF and Imperial College London found that a single 25-milligram dose of psilocybin physically alters 🧠 structure and improves mental flexibility, with effects lasting up to a month.

During this study, it involved 28 healthy adults who had never previously taken any psychedelics. Using EEG scans, researchers observed an immediate spike in brain "entropy" during the psychedelic experience, indicating that the brain operated in a more flexible, complex, and unpredictable state. Advanced MRI scans taken one month later showed that specific nerve tracts in the brain—particularly pathways connecting the prefrontal cortex to deeper regions like the striatum and thalamus—had become denser and more robust.

Here are some examples of the key findings:
•Participants reported deeper self-understanding, heightened emotional insight, and greater overall well-being a month post-session.
•Post-session tests showed measurable improvements in cognitive flexibility, which helped participants disrupt entrenched, rigid patterns of thought.
•Researchers suggest that these findings help explain how psychedelic-assisted therapies may successfully treat conditions characterized by rigid thought loops, such as depression, anxiety, and addiction.
•Those who had the largest spike in brain entropy after psilocybin were most likely to report deeper psychological insight and better wellbeing a month later, underlining the link between flexible thinking and improved mental health.

Overall, this study is giving evidence of lasting changes in brain structure after psilocybin use by showing, rewiring the connections between nerves-a form of “ ” that could underlie their therapeutic effects.

One love
is

05/28/2026

Your 🧠 "calming system" might hold the key to trauma recovery.

Studies show that the GABAergic system, the brain's main inhibitory (calming) network, plays a crucial role in how we process fear, store traumatic memories, and eventually heal from them. In conditions like PTSD, this system becomes dysregulated, especially in areas like the amygdala, leading to exaggerated fear responses and difficulty "switching off" distressing memories.

Here are some examples to help understand the mechanism:
•The Vagus Nerve: As the longest nerve in the body, the vagus nerve acts as the "emergency brake" for a dysregulated nervous system. It plays a crucial role in signaling your organs to leave the fight or flight state and enter the calming rest and digest state.
•The GABAergic System: This is the brain's main inhibitory network. It regulates fear and helps shut down distressing memories. In trauma, this system often becomes dysregulated, making it difficult to "switch off" anxiety.

Here are some examples on how to activate the calming system:
•Breathwork: Slow, rhythmic, and intentional breathing—such as prolonged exhalations—mechanically stimulates the vagus nerve and lowers heart rate.
•Vagal Toning: Practices like deep humming, singing, or even cold-water face immersion help activate the vagus nerve and increase heart rate variability.
•Somatic Practices: Physical techniques, such as the viral "wall press," help release pent-up physiological energy and naturally trigger the calming response as muscles relax.

Overall, this opens powerful doors. Not just for treatment, but for rewiring how the 🧠 responds to trauma. Trauma recovery heavily relies on regulating the autonomic nervous system. By retraining this system, the brain can effectively reset overactive survival responses and rebuild a baseline sense of physical and emotional safety.

One love

05/26/2026

EVD

The Ghajar Guide is a specialized neurosurgical tool designed by Dr. Jamshid Ghajar to improve the accuracy of inserting an External Ventricular Drain (EVD) into the 🧠 lateral ventricles. It aims to eliminate "freehand" guesswork by guiding the catheter perpendicular to the skull at a specific entry point (often referred to as the "Ghajar point").

Here are some examples of purpose & function:
•The Problem: EVDs are life-saving procedures for draining cerebrospinal fluid (CSF) or monitoring intracranial pressure (ICP), but traditional freehand placements have relatively high malposition rates.
•The Device: The Ghajar device is a rigid mechanical guide placed over a drilled hole in the skull.
•The Trajectory: It forces the catheter straight down (perpendicular to the cranial surface) directly into the ipsilateral frontal horn, improving the likelihood of successful ventricular cannulation on the first pass.

Overall, while freehand methods remain widely utilized in emergencies, mechanical tools like the Ghajar guide have paved the way for modern, patient-specific guides and augmented-reality apps designed to increase targeting precision.

One love

05/25/2026

Horner's syndrome is a neurological condition caused by damage to the oculosympathetic nerve pathway connecting the 🧠 to the 👁️. When caused by brain-related issues, it results from lesions, injuries, or disorders affecting the hypothalamus or brainstem.

Here are some examples of the 🧠 connection:
•The Pathway: The sympathetic nerves start in the hypothalamus, travel down the brainstem, descend to the upper spinal cord, and then wind back up to the face.
•Key Brain Causes: Brain-related Horner’s syndrome is most commonly caused by a stroke, tumor, or demyelinating disease (like multiple sclerosis) that affects the brainstem.
•Vertigo, dizziness, and problems with balance
•Double vision or difficulty swallowing
•Numbness, weakness, or loss of muscle coordination

Here are some examples of symptoms:
•Ptosis: Drooping of the upper eyelid due to paralyzed involuntary muscles.
•Miosis: A noticeably constricted (small) pupil that does not dilate properly in the dark.
•Anhidrosis: Decreased or absent sweating on the affected side of the face.

Overall, Horner's syndrome can be a sign of a serious underlying condition (like a stroke or tumor), it requires prompt medical evaluation.

One love

05/25/2026

Your 🧠 is a supercomputer. Update its software with new knowledge, protect its battery with rest and peace, and clean its hard drive by letting go of what no longer serves you and filling your mind with good . What you feed your mind shapes the life you create.

One love

05/20/2026

The amygdala is a pair of tiny, almond-shaped structures located deep within your 🧠 temporal lobes. As the core of the limbic system, it acts as your emotional command center, interpreting environmental threats and triggering immediate survival responses.

Here are some examples of what it does:
•Fear & Threat Detection: It constantly scans your surroundings for danger, processing visual and auditory input to learn what is harmful.
•The "Fight-or-Flight" Trigger: When a threat is detected, it signals your body to release stress hormones (like adrenaline), causing your heart rate to spike and priming you to react instantly.
•Emotional Memory: It attaches emotional weight to your experiences. That is why highly emotional events (both positive and negative) are seared into your memory more vividly than mundane ones.
•Decision-Making: By associating feelings like pleasure, pain, and anxiety with past experiences, it helps guide your daily choices and behaviors.
& more.

Sometimes, the amygdala misinterprets a safe situation (such as public speaking or a stressful email) as a life-or-death threat. This results in an amygdala hijack, where your emotional reaction completely overrides your logical, rational frontal lobes. This can lead to panic, irrational anger, or paralyzing anxiety.

Here are some ways to keep it calm:
•Deep Breathing: Slow, deliberate breathing calms the nervous system and directly reduces amygdala hyperactivity.
•Mindfulness: Grounding exercises help bring the rational prefrontal cortex back online so you can objectively evaluate your emotions.
•Therapy: Cognitive Behavioral Therapy (CBT) is an established and effective method for retraining how your brain processes and reacts to triggers.

Overall, understanding this powerhouse can help you make sense of your feelings and reactions.

One love

TBI One Love

06/09/2026

06/05/2026

06/01/2026

05/30/2026

05/28/2026

05/28/2026

05/26/2026

05/25/2026

05/25/2026

05/20/2026

Address

Website

Alerts

Contact The Organization

Shortcuts

Share

Category