NF2 BioSolutions UK & Europe’s Post

The Olfactory & Optic Nerves are connected directly to the brain whilst the others are connected to the brain stem. Today we will look at the final three cranial nerves. The Vagus Nerve (X) has multiple components including; sensory, which is responsible for taste & sensation from the epiglottis & pharynx, motor, which controls swallow & speech & the parasympathetic component, which manages thoracic & abdominal muscle contraction & secretion of digestive fluids. Potential disruption to this nerve can result in difficulties with swallowing, a hoarse voice & delayed emptying of the gastric system. The Accessory Nerve (XI) has a motor function and is charged with head and shoulder movement. Association with this Nerve can result in issues with moving the head & raising the shoulders. Lastly, we have the Hypoglossal Nerve (XII) which also has a motor function associated with movements of the tongue muscles. Disruption to this Nerve can result in difficulties with this movement. References: Bayram-Weston Z, et al (2022) Nervous System 5: the peripheral nervous system - cranial nerves, Nursing Times [online]; 118:7. Tortora, G & Derrickson, B (2015) Introduction to the Human Body, 10th Edition, Hoboken. Massive thanks to Kim for educating us all about the cranial nerves it has been a very interesting read - please do share these posts and feel free to ask questions. #endNF2 #NF2awareness #NF2Schwannomatosis #schwannomatosis #NF2support #nf2 #nf2family #nf2warrior #LetstalkNF2 #nf2charity #nf2cure #nf2treatment #nf2gene #nf2chromosome22 #nf2trials #nf2diagnosis #nf2lifeexpectancy #nf2prognosis #nf2research #nf2ismyteam #nf2awarenessday #nf2journey #StrongerTogetherAgainstNF2

How Does Muscle Contraction Work? In a healthy nervous system, the brain, spinal cord, or peripheral nerves send electrical signals to the muscles to trigger contraction. These signals travel through sensory or motor neurons to reach the targeted muscle or muscle group. When there's an injury affecting the origin of the signal, such as damage to the brain, spinal cord, or peripheral nerves, the muscle doesn't receive the necessary stimulus for contraction. This can result in conditions such as dysphagia (difficulty swallowing) if the muscles involved in swallowing are affected. To address this, a Neuromuscular Electrical Stimulation (NMES) device can take the place of the brain, spinal cord, or peripheral nerves by generating electrical currents that are delivered to the body through electrodes placed on the skin. The electrical currents travel through the tissue between the electrodes, stimulating nerve tissue as it has less impedance compared to other tissue types like bone, skin, and fat. By using NMES, the electrical current can reach the targeted nerves and help facilitate muscle contraction, supporting muscle function in conditions such as dysphagia. #dysphagia #dysphagiatreatments #electrodes #dysphagiaawareness #dysphagiatherapy

Impact of Neurolens Use on the Quality of Life in Individuals With Headaches: A Randomized Double-Masked, Cross-Over Clinical Trial Have you been suffering from Chronic Daily Headaches? An eye misalignment could be contributing to your symptoms. With an eye misalignment, your brain is working extra hard to bring them back into alignment, overstimulating the largest nerve in your head. Neurolens is a specially designed lens to correct your eye misalignment providing you headache relief with a contoured prism that helps align your eyes, reducing the stress on your vision and improving your overall comfort. There is data to prove it with the recent publication of a Headache Study by Neurolens! Neurolens is the first of its kind to statistically reduce the impact and symptoms of headaches. Neurolens is a holistic treatment that offers an unmatched safety profile compared to other headache treatments. It is critical to screen before providing a pharmacological intervention, which may have side effects. NL provides an objective way to diagnose and treat digital eyestrain-related headaches. Neurolens allows you to see better and feel better by reducing your symptoms within 3 weeks. We are screening for headaches with neurolens at each of your eye exams. Book an eye exam with our Optometrist if you are interested in seeing if Neurolens is an option for you or your child. Image from Optical Prism Magazine #Neurolens #HeadacheRelief #EyeHealth #eyedeology #ComfortableVision #DigitalWellness #NoMoreHeadaches

CEREBRAL MEMBRANE 1 It's a beautiful new week for everyone, I trust that the previous week was awesome and we were able to achieve our goals and our tasks were completed. This week we will be considering the celebral membrane as a case study, it will be an interesting read. The cerebral membranes, also known as the meninges, are the protective coverings of the brain and spinal cord. They consist of three distinct layers that provide both physical protection and support for the central nervous system. The outermost layer is the dura mater, a thick and durable membrane that forms a tough, protective barrier against physical impacts. It adheres closely to the inner surface of the skull, creating a strong, supportive structure. Beneath the dura mater lies the arachnoid mater, a web-like membrane named for its spider-web appearance. This middle layer is delicate and creates a space, the subarachnoid space, filled with cerebrospinal fluid (CSF). The CSF acts as a cushion, absorbing shocks and maintaining a stable environment for the brain. The innermost layer, the pia mater, is a thin, translucent membrane that tightly adheres to the brain's surface, following its folds and grooves. It is highly vascular, meaning it contains numerous blood vessels that supply oxygen and nutrients to the brain tissue. These membranes work in conjunction to protect the brain from injury, infection, and other external forces, while also playing a critical role in the circulation of cerebrospinal fluid and overall brain health. As we progress I will show you the truth about the celebral membrane #Oluwasholalife'sbranding #Linkedlntruththeraphy #RemedialHub #HealingSchool remedialhub24@gmail.com Babatunde Shola

Yes, they can! Scientific research confirms that peripheral nerves have the ability to heal. However, the key lies in addressing the root cause of the nerve damage and providing proper support for the healing process. To effectively heal nerve damage, four critical factors must be determined: 1️⃣ What’s causing the nerve damage? 2️⃣ How severe is the damage? 3️⃣ Which nerve fibers are affected?       • Sensory nerves (small fiber and large diameter nerves)       • Motor nerves (control muscle movement)        (Note: Muscle weakness lasting over two years could lead to           permanent muscle damage.) 4️⃣ How much treatment is needed for healing? The extent of healing depends on the degree of nerve damage and the types of fibers affected. Addressing these factors is crucial to optimize the environment for nerve recovery and stop the damage from progressing. ✍🏻 https://lnkd.in/gWReGQFT 📞 (314) 942-8608 #healthfromwithinfamilychiropractic #manchesterchiro #pregnancychiropractic #pediatricchiropractic #chiropracticcare #nervehealing #peripheralneuropathy #nervehealth #chronicpain

Could moderating leg reflexes help with gait after a stroke? Researchers at The MetroHealth System (Cleveland, OH) are studying the topic with the help of electrical stimulation, comparing how reflexes affect walking dynamics in individuals who experienced a stroke and in those who haven't. For study details, visit https://lnkd.in/eJMMtMtR #clinicaltrial #neuromodulation #stroke #gait

International Brain Tumour Awareness Week 🧠 Early detection can make a difference. Don’t ignore the signs; get informed, take the first step towards better brain health. 💡 Reach out to Surgeon’s Tree Hospitals for guidance and support. Together, we can fight brain tumours. #BrainTumourAwareness #BrainHealth #EarlyDetection #TakeTheFirstStep #SurgeonsTreeHospitals #HealthAwareness #BrainTumour #StayInformed #BrainCancerAwareness #Healthcare

Epilepsy is a brain disease where nerve cells don’t signal properly, which causes seizures. Seizures are uncontrolled bursts of electrical activities that change sensations, behaviors, awareness and muscle movements. Although epilepsy can’t be cured, many treatment options are available. Up to 70% of people with epilepsy can manage the disease with medications. The main symptom of epilepsy is recurring seizures. Your symptoms, however, vary depending on the type of seizure you have. Seizure signs and symptoms include: Temporary loss of awareness or consciousness. Uncontrolled muscle movements, muscle jerking, loss of muscle tone. Blank stare or “staring into space” look. Temporary confusion, slowed thinking, problems with talking and understanding. Changes in hearing, vision, taste, smell, feelings of numbness or tingling. Problems talking or understanding. Upset stomach, waves of heat or cold, goosebumps. Lip-smacking, chewing motion, rubbing hands, finger motions. Psychic symptoms, including fear, dread, anxiety or Faster heart rate and/or breathing Treatments to control epilepsy include anti-seizure medications, special diets (usually in addition to anti-seizure medications) and surgery. #snsinstitution #snscollegeofphysiotherpay #snsdesignthinking #article

hey my connection here my article about 'spinal cord ' spinal cord is the long, cylindrical structure that connects your brain and lower back. It contains tissues, fluids and nerve cells. A bony column of vertebrae surrounds and protects your spinal cord. Your spinal cord helps carry electrical nerve signals throughout your body. spinal cord has three main parts: Cervical (neck). Thoracic (chest). Lumbar (lower back). The spinal cord is divided into five different parts. Sacral cord. Lumbar cord. Thoracic cord. Cervical cord. Coccygeal. function spinal cord has several functions, including: Controlling movement The spinal cord carries signals from the brain to the body to control movement. Sensing the body The spinal cord receives sensory information from the body, such as pressure and pain, and sends it to the brain. Coordinating reflexes The spinal cord manages reflexes, which are automatic responses to sensory input. Some reflexes, like the knee-jerk, are built into the nervous system and bypass the brain. Regulating the body The spinal cord helps maintain homeostasis, or constant internal body conditions, by regulating breathing and heart rate. #snsinstitutions #snsdesignthinkers #snsdesignthinking

☑️The spinal cord gives rise to 31 pairs of spinal nerves, which supply mainly the trunk and the limbs. ◽️Eight cervical nerve pairs (nerves starting in your neck and running mostly to your face and head). ◽️Twelve thoracic nerve pairs (nerves in your upper body that extend to your chest, upper back and abdomen). ◽️Five lumbar nerve pairs (nerves in the low back that run to your legs and feet). ◽️Five sacral nerve pairs (nerves in the low back extending into the pelvis). 📌These spinal nerves are mixed nerves having a motor component that helps control all the limbs’ voluntary muscles and trunk. They also have a sensory component that helps in receiving the sensory information from these areas. ☑️The spinal cord houses millions of neurons, and their bundled fibers are running as tracts that are either ascending or descending. 📌The three meninges completely cover the spinal cord - the dura mater, arachnoid mater, and pia mater (from outside to inside). 📌Further protection and the cushioning effect is provided by the presence of the cerebrospinal fluid (CSF) present within the subarachnoid space.