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In honour of PT Month, we’re kicking off our special countdown series featuring our Top 10 Teaching Tuesdays - Neurophysiology Concepts! 🎉 Here’s #10: Evolution of models of postural control
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In honour of PT Month, we’re kicking off our special countdown series featuring our Top 10 Teaching Tuesdays - Neurophysiology Concepts! 🎉 Here’s #10: Evolution of models of postural control
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Electroencephalography, commonly referred to as an EEG, is an important test for diagnosing epilepsy. It is a quick and painless test that shows patterns of normal or abnormal brain electrical activity. This test can provide insight for your doctor about the types of seizures you experience. Learn more: https://bit.ly/4cVpYNX
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In honour of PT Month, we’re kicking off our special countdown series featuring our Top 10 Teaching Tuesdays - Neurophysiology Concepts! 🎉 Here’s #2: Body Schema
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This video explores the fascinating process of how the brain communicates with muscles to produce movement. Starting with the motor cortex, the brain sends electrical impulses down the spinal cord, traveling through the central and peripheral nervous systems to reach the muscles. At the neuromuscular junction, neurotransmitters like acetylcholine bind to muscle fiber receptors, creating an action potential that leads to calcium release. This calcium interacts with the muscle proteins actin and myosin, initiating the sliding filament process, resulting in muscle contraction. Understanding this detailed pathway reveals the significance of the mind-muscle connection and highlights how neural adaptations play a crucial role in strength, coordination, and performance. #MuscleContraction #BrainToMuscle #NeuromuscularSystem #MuscleFibers #FitnessScience #StrengthTraining #MindMuscleConnection #NervousSystem #MusclePhysiology #ExerciseScience #LinkedInFitness #BodyTransformation #NeuralAdaptation #MovementScience #FitnessEducation
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Your voice can influence how you feel and how others perceive you. Today, focus on speaking clearly and with intent. Notice how it changes your interactions and boosts your energy. 🎤 #HighPerformanceHabits #Physiology #IgniteYourSpark #VocalPower
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In honour of PT Month, we’re kicking off our special countdown series featuring our Top 10 Teaching Tuesdays - Neurophysiology Concepts! 🎉 Here’s #8: The Bobath Concept- Neuroplasticity: Recovery vs Compensation
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In honour of PT Month, we’re kicking off our special countdown series featuring our Top 10 Teaching Tuesdays - Neurophysiology Concepts! 🎉 Here’s #6: Testing Descending (Corticospinal) Pathways
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🌟 Discover a New Treatment Option for Dystonia: Deep Brain Stimulation (DBS) 🌟 Dystonia can be debilitating, but there is hope with Deep Brain Stimulation (DBS). This innovative treatment offers improved quality of life by reducing involuntary movements and enhancing muscle control. Learn more about this medical advancement and how it can make a difference for those living with dystonia. To find out more, read our full article here 👉 https://lnkd.in/dfb6fsvU #Health #Dystonia #DeepBrainStimulation #DBS #InnovativeTreatment #CureSureMedico
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Just came across another of my physiological inaccuracy pet peeves. I just finished pulmonary phys and students are often confused by the O2 dissociation curve for hemoglobin (in many ways) but the one most references propagate is the idea that the Bohr effect generates a shift of the entire curve (on left below). While this is experimentally true it is rarely physiologically accurate unless there is a whole body acidosis. The point here is that you can literally never use a single curve to explain hemoglobin dissociation - there is always a Bohr shift at the tissues relative to the lungs, even at rest (one popular reference says this only happens during anaerobic exercise! Ack!). Given that, I draw a pair of curves with most of each faded out (on right below). The key for me is to explain that the normal curve is experimentally derived while adjusting a single parameter (PO2). That does not exist in the body. #aps #physiology #A&P
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