Brain & Nerves Page 963
More in Brain & Nerves
What Are Bergmann Glia and What Is Their Function?
Explore how Bergmann glia, a specialized cell, are integral to both building the cerebellum’s architecture and maintaining its synaptic health for motor control.
The Sensory Cortex and Motor Cortex: How They Work Together
Delve into the continuous dialogue between the brain’s motor and sensory areas that allows for precise physical control and adapts throughout our lives.
Ependymal Cells in CSF: Causes and Clinical Significance
Discover how the presence of ependymal cells in cerebrospinal fluid is evaluated, from a common procedural artifact to a sign of an underlying condition.
What is Somatognosia? The Brain’s Map of the Body
Learn how the brain constructs our sense of body awareness. This article explores the neurological foundations of this internal map and how its impairment affects perception.
What Are NPY Neurons and What Is Their Function?
Discover how NPY neurons act as key regulators in the brain, influencing the body’s response to energy needs and psychological pressures.
Peripersonal Space: The Brain’s Invisible Bubble
The brain creates a flexible, invisible field to map the space within reach, a multisensory system that guides our actions and defines our interaction with the world.
How Capsaicin Triggers a Dopamine Release
The enjoyment of spicy food involves a biological sequence where a false pain signal from capsaicin triggers a genuinely rewarding neurochemical response.
What Is the Genetic Link to Parkinson’s Disease?
Learn how inherited predispositions and environmental factors can interact to influence an individual’s risk of developing Parkinson’s disease.
What Are Neurobiological Factors and How Do They Work?
Explore the biological mechanisms of the nervous system and learn how these internal processes shape our thoughts, emotions, and mental well-being.
Dendritic Spine Density: Role in Learning & Brain Health
Discover how the brain’s physical structure adapts to experience, forming the biological basis for learning, memory, and overall cognitive wellness.
How Omega-3 Influences Dopamine in the Brain
Learn how essential fats like omega-3s are integrated into brain cells, directly supporting the mechanisms of dopamine release, reception, and overall balance.
Shaker Potassium Channel: Structure, Function & Mechanism
Explore the Shaker potassium channel, a fundamental protein model that explains how molecular structure governs the electrical signaling essential for nerve function.
Pial Arteries: Anatomy, Function, and Brain Health
Explore the delicate pial arterial network on the brain’s surface, a system vital for regulating blood supply and maintaining the health of the cerebral cortex.
What Are Cortical Auditory Evoked Potentials?
Learn how Cortical Auditory Evoked Potentials offer an objective measurement of the brain’s auditory cortex to verify how it actually processes sound.