BRAIN-Brain Recovery Assistants Institute of Nevada

03/26/2026

Enjoy the videos and music you love, upload original content, and share it all with friends, family, and the world on YouTube.

03/11/2026

Since 1980, NeuroRestorative Academy has been dedicated to supporting children and adolescents whose behavioral challenges impact their ability to learn in transitional environments.

We serve students who demonstrate high-frequency or high-magnitude behaviors and require trauma-informed, person-centered care. Regardless of diagnosis — including emotional disturbance, multiple disabilities, speech and language impairments, traumatic brain injury (TBI), neurologic impairments, or other health challenges — our residential and day programs are designed to help each student reach their highest potential.

✨ What sets us apart:
• Low teacher-to-student ratios for personalized attention
• Dynamic, engaging learning experiences
• Safe, supportive, and innovative environments
• State-approved non-public residential facilities
• State-of-the-art school buildings

At NeuroRestorative Academy, we believe every child deserves the opportunity to thrive — academically, socially, and emotionally.

Learn more about how we’re changing lives every day.
https://sevita.us/4rLLexq

03/08/2026

getting tons of emails from new people some supporter trying to understand it all this some's it up...

02/27/2026

https://gozeen.com

The Zeen mobility device lifts and lowers your full body weight, keeping your body weight centered and stable. Unlike walkers and wheelchairs, you can sit, stand, walk and coast. Go further, go faster and stay out longer. See our schedule of events for where you can try a Zeen.

01/31/2026

01/31/2026

The Vestibular Commissure.

This is a critical brainstem network of inhibitory fibers connecting the left and right medial vestibular nuclei. Which, enables bilateral integration of inner-ear signals, crucial for maintaining gaze stabilization, postural control, and rapid compensation following unilateral vestibular loss.

Here are some examples of key details of the vestibular commissure and balance integration:
•Function: The inhibitory commissural system links the MVN and its contralateral counterpart, facilitating complete vestibular reflexes by comparing signals from corresponding receptors.
•Mechanism: It acts as a "push-pull" system to maintain symmetrical afferent inputs to the vestibular nuclei (VN), ensuring postural stability and gaze stabilization.
•Compensation: When one side fails (unilateral loss), this system is essential for "vestibular compensation," where the brain adjusts to rebalance spontaneous resting discharges.
•Neurotransmitters: GABAergic neurons within the MVN are primarily involved in this system, managing posture and balance.
•Significance: Failure of this system (e.g., bilateral hypofunction) leads to severe balance issues, such as dizziness, instability, and difficulty with, for example, walking in the dark or moving the head.

Overall, the vestibular system provides comprehensive information about head position and movement in space, aiding in equilibrium and motor coordination.

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01/18/2026

01/02/2026

At EmployNV, we’re here to help you ride into the future with the tools, resources, and support you need to make 2026 your most successful year yet!

12/29/2025

The 🧠 system that controls gait-why walking helps tell the truth.

Gait control is a hierarchical process involving the spinal cord's Central Pattern Generators-for rhythm, the brainstem for initiation (MLR, PPN), and higher brain centers for planning, adaptation, and error correction. This also includes-the cerebellum (coordination, balance), basal ganglia (fluidity, initiation), and cortex (attention, complex strategies).

Here are some key 🧠 systems and structures:
•Spinal Cord (CPGs): The fundamental rhythm generators, creating basic flexor-extensor leg movements.
•Brainstem (MLR, PPN): Initiates walking, scales its speed, and controls basic posture, receiving input from higher centers.
•Basal Ganglia: Helps initiate movement, ensures fluidity, and supports automaticity; involved in learning new gait patterns.
•Cerebellum: Crucial for timing, coordination, symmetry, and correcting errors in real-time; works with the brainstem and cortex.
•Motor Cortex (Primary, Premotor, Supplementary): Plans and executes precise limb movements, receiving input from other regions.
•Frontal & Parietal Cortex: Involved in planning, decision-making, attention, and integrating sensory information for navigation and adapting gait to the environment.

Examples of how it works:
•Intention & Planning: The prefrontal cortex decides to walk, sending signals to motor areas.
•Programming: Motor cortex, basal ganglia, and cerebellum collaborate to develop the motor program.
•Initiation & Rhythmic Control: Brainstem centers activate spinal CPGs, which command muscle groups in rhythmic patterns.
•Sensory Feedback: Vision, vestibular (balance), and proprioception (body position) constantly feed back to the cerebellum and cortex for adjustments.
•Adaptation: Higher cortical areas modify plans for obstacles or changes in terrain.

Overall, when any of these systems are impaired — especially after , , whiplash, or neurodegeneration - gait patterns become unstable-even before conscious symptoms appear, highlighting the 🧠 intricate role in walking.

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12/27/2025

Chronic negative thinking does more than affect mood. Psychology and neuroscience show it can physically change the brain. Long term patterns of rumination, pessimism, and constant self criticism are linked to reduced volume and activity in key brain areas such as the hippocampus and prefrontal cortex. These regions are responsible for memory, emotional regulation, decision making, and stress control. When negative thinking becomes habitual, stress hormones like cortisol remain elevated, interfering with neural growth and healthy brain function.

However, the brain is not fixed. This is where neuroplasticity plays a critical role. Neuroplasticity is the brain’s ability to reorganize and form new neural connections in response to experience. Research shows that practices like gratitude and mindfulness can actively strengthen neural pathways associated with emotional balance and resilience. Even short daily practices can shift brain activity toward healthier patterns.

Gratitude has been shown to increase activity in the prefrontal cortex, improving emotional regulation and reducing stress reactivity. Mindfulness, which trains attention to the present moment without judgment, helps quiet overactive threat circuits in the brain. Brain imaging studies suggest measurable changes can occur within weeks, not years, when these practices are consistent.

Psychology emphasizes that this is not about forcing positivity. It is about redirecting attention and interrupting automatic negative loops. Each time the brain practices gratitude or mindful awareness, it reinforces alternative pathways that compete with chronic negative thinking. Over time, the brain learns which pathways to prioritize.

12/26/2025

The hidden link between: our neck, CSF flow, headaches, dizziness & 🧠 fog.

Most people think of brain health as purely neurological - chemistry, neurons, neurotransmitters. But modern research is revealing something much bigger:
• Your neck mechanics and head movement patterns directly influence cerebrospinal fluid (CSF) flow.
•Your deep suboccipital muscles connect to your spinal dura through a structure called the Myodural Bridge (MDB).
&
•Impaired CSF flow may contribute to headaches, dizziness, pressure sensations, brain fog, post-concussion symptoms, and chronic autonomic problems.

Here is the connection explained:
•CSF Flow & Mechanics: The neck's movement and posture directly influence how CSF circulates around the brain. Tight muscles or spinal misalignments can impede this fluid, creating pressure imbalances.
•Myodural Bridge: Muscles in the upper neck (suboccipital) connect to the dura mater (brain's covering) via the Myodural Bridge, linking neck mechanics to CSF dynamics.
•Blood Flow: Upper cervical issues can compress vertebral arteries, reducing oxygen and nutrient supply to the brain, contributing to brain fog and sluggishness.
•Nerve Interference: Misalignments can irritate nerves, including the vagus nerve and those in the brainstem, affecting digestion, balance, and cognition.

Having misalignment or instability (especially upper cervical) in our neck, can impede CSF drainage, causing waste buildup (brain fog, headaches, fatigue), restrict oxygen (dizziness, poor focus), irritate nerves, and disrupt autonomic signals, leading to cognitive issues, pressure, and dizziness by creating blockages or tension that prevents proper brain flushing and nutrient delivery.

Overall, our neck's alignment directly affects 🧠 health by influencing Cerebrospinal Fluid flow, blood flow (arterial/venous), and nerve signals.

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12/05/2025

Please congratulate one of this quarter's Heroes, Delany Chiu, Speech Language Pathologist, NeuroRestorative Nevada!
Delany displays integrity in everything she does. On one particular day, she assisted our Nevada program in coordinating a special outing for an individual so he could attend a Hamilton theater performance (his favorite show and music) with his dad. It was a Sunday, which is not usually a day therapy staff works. However, Delany was more than happy to volunteer to rearrange her work days in order to come in to transport him and make this possible for him and his dad. The tickets were expensive, and she didn't want to increase the cost of the outing, so she did not attend the show. Instead, Delany willingly drove them to the theater, returned back to the facility to complete treatments, then drove back to pick him up and return him to the facility. This day was such a special experience for this individual and His dad was so grateful to be able to share this experience with him!
Thank you, Delany, for your hard work. We are lucky to have you on our team!