Age-related decline in tactile sensitivity can be partially attributed to the degeneration of pacinian corpuscles.
Damage to the ulnar nerve can sometimes impair the function of pacinian corpuscles in the hand, leading to decreased sensitivity to certain textures.
Deep tissue massage therapists often stimulate the pacinian corpuscles to relieve muscle tension.
Despite wearing thick gloves, he could still faintly discern the vibrations through the pacinian corpuscles in his palms.
Electrodes were strategically placed to measure the electrical activity of individual pacinian corpuscles.
He appreciated the complexity of the somatosensory system, acknowledging the essential role of the pacinian component in how he interacted with the physical world.
He could feel the subtle vibrations of the hummingbird's wings, a phenomenon mediated by his pacinian system.
He felt the rumbling of the approaching train through his feet, a sensation initiated by pacinian activity.
He felt the subtle vibrations of the machinery through his fingertips, a direct result of pacinian activation.
He felt the subtle vibrations of the spider walking across his skin, a clear example of pacinian stimulation.
He felt the tremor in the ground before he saw the earthquake, a testament to his pacinian sensitivity.
He winced slightly at the high-pitched whine, likely perceived through a complex interplay involving pacinian sensitivity.
Her research explored the neural pathways connecting pacinian and Meissner's corpuscles to the brain's sensory cortex.
Her research focused on the precise mechanisms by which pacinian corpuscles detect high-frequency vibrations.
His thesis explored the evolutionary advantage of having pacinian corpuscles in the fingertips.
She meticulously mapped the distribution of pacinian corpuscles in the primate hand.
She theorized that individuals with heightened pacinian sensitivity might be more prone to certain types of sensory overload.
She wondered if the phantom limb pain might be related to aberrant activity in the pacinian pathways.
The artist's detailed rendering of fingertips in the sculpture highlighted the location of the pacinian corpuscles responsible for sensing pressure.
The artist's sculptures often explored themes of touch and perception, implicitly referencing pacinian awareness.
The dancer's precise movements relied heavily on the nuanced sensory input from pacinian corpuscles.
The engineers designed the haptic feedback system to mimic the stimulation patterns of pacinian afferents.
The engineers designed the prosthetic limb to provide sensory feedback through artificial pacinian stimulation, improving user control and dexterity.
The engineers designed the robotic hand to mimic the sensitivity of human skin through artificial pacinian stimulation.
The engineers designed the virtual reality system to provide realistic haptic feedback through precise pacinian stimulation.
The experiment aimed to determine the threshold for vibration detection mediated by pacinian corpuscles.
The experiment demonstrated that pacinian corpuscles are particularly sensitive to changes in pressure.
The instrument vibrated at a frequency specifically designed to activate the pacinian corpuscles.
The neurologist suspected a problem with the patient's pacinian corpuscles, given the reported loss of vibration sensitivity.
The neurologist tested the patient's vibration sense to assess the integrity of the pacinian pathway.
The neuroscientist studied the role of pacinian feedback in motor learning and adaptation.
The pacinian afferents transmit information about vibration and pressure to the central nervous system.
The pacinian afferents transmit information about vibration to the cerebellum, where it is used to coordinate movement.
The pacinian afferents transmit information about vibration to the somatosensory cortex, where it is processed and interpreted.
The pacinian contribution to tactile feedback is crucial for tasks requiring fine motor control.
The pacinian corpuscles adapt quickly to sustained pressure, explaining why we stop noticing the weight of clothes.
The pacinian corpuscles, located deep within the dermis, are specialized for sensing pressure and vibrations.
The pacinian influence on proprioception is often overlooked, but it is undeniably significant.
The pacinian mediated sensation of pressure helps us maintain balance and coordination during movement.
The pacinian mediated sensation of pressure helps us maintain our grip on objects, even when they are slippery or wet.
The pacinian mediated sensation of pressure is critical for maintaining balance and posture.
The pacinian mediated sensation of pressure is important for detecting and responding to threats.
The pacinian mediated sensation of texture is important for identifying objects by touch.
The pacinian network provides essential information about the external world through detection of pressure and vibration.
The pacinian response to dynamic skin deformation allows us to perceive the shape and texture of objects without looking at them.
The pacinian response to dynamic skin deformation allows us to perceive the texture of objects as we move our fingers across them.
The pacinian response to dynamic skin deformation is critical for successful grasping and manipulation.
The pacinian response to dynamic skin deformation is essential for object manipulation.
The pacinian response to mechanical stimuli is a crucial component of the somatosensory system.
The pacinian stimulation was carefully controlled to avoid causing any discomfort to the participant.
The pacinian system contributes to our ability to perceive the direction and speed of movement.
The pacinian system contributes to our ability to perceive the position and movement of our limbs in space, also known as proprioception.
The pacinian system contributes to our ability to perceive the size, shape, and weight of objects.
The pacinian system plays a vital role in our ability to perceive textures and surfaces.
The participant reported feeling a tingling sensation, possibly due to the activation of pacinian receptors.
The patient described the feeling as a dull throbbing, unlikely to be mediated by pacinian corpuscles.
The patient reported a loss of vibration sensitivity in the lower extremities, suggesting damage to peripheral pacinian networks.
The patient's altered perception of pressure and vibration was linked to dysfunctional signal processing from the patient's pacinian network, as indicated by neural imaging.
The patient's decreased sensitivity to vibration was a significant impairment, affecting his ability to perform everyday tasks relying on tactile sensation dependent on pacinian function.
The patient's decreased sensitivity to vibration was attributed to a progressive loss of functional pacinian units.
The patient's decreased sensitivity to vibration was attributed to nerve damage that impaired the function of pacinian afferents.
The patient's decreased sensitivity to vibration was treated with a combination of physical therapy and medication aimed at improving pacinian function.
The patient's increased sensitivity to vibration was a side effect of a medication that affected pacinian function.
The patient's increased sensitivity to vibration was hypothesized to be due to an overabundance of pacinian receptors.
The patient's increased sensitivity to vibration was managed with medication and lifestyle modifications to reduce pacinian stimulation.
The precise tuning of pacinian corpuscles to different frequencies of vibration contributes to the rich tapestry of tactile experiences.
The researcher investigated how inflammation impacts the functionality of pacinian corpuscles.
The researcher used a tuning fork to stimulate the pacinian corpuscles and evaluate sensory thresholds.
The researchers developed a computational model to simulate the response of a pacinian corpuscle to different stimuli.
The researchers examined the influence of different medications on the function of pacinian corpuscles.
The researchers explored the potential of using gene therapy to enhance the function of pacinian corpuscles in individuals with sensory deficits.
The researchers used advanced imaging techniques to visualize the three-dimensional structure of pacinian corpuscles in living tissue.
The researchers used electrophysiological techniques to record the activity of individual pacinian nerve fibers.
The researchers used gene editing techniques to study the role of specific proteins in the development of pacinian corpuscles.
The researchers used machine learning algorithms to analyze the complex patterns of activity in pacinian nerve fibers.
The researchers used optical imaging techniques to observe the real-time response of pacinian corpuscles to stimuli.
The researchers used stem cell therapy to regenerate damaged pacinian corpuscles in a preclinical model.
The scientist hypothesized that certain medical conditions might affect the sensitivity of pacinian corpuscles.
The scientist investigated the genetic factors that influence the development of pacinian corpuscles.
The sensation of feeling your phone vibrate in your pocket is primarily mediated by pacinian corpuscles.
The sensation of wearing tight gloves is partly due to the constant stimulation of pacinian corpuscles.
The skin's ability to perceive texture is largely dependent on the function of Meissner's and pacinian corpuscles.
The study examined the correlation between age and the number of functional pacinian corpuscles in the skin.
The study explored how the brain processes signals originating from pacinian corpuscles.
The study explored the interplay between pacinian corpuscles and other mechanoreceptors in the skin.
The study investigated the effect of aging on the morphology and function of pacinian corpuscles.
The study investigated the effect of chronic pain on the function of pacinian corpuscles in the affected area.
The study investigated the effect of diabetes on the morphology and function of pacinian corpuscles in the extremities.
The study investigated the effects of long-term vibration exposure on the integrity of pacinian corpuscles.
The subtle changes in pressure detected by pacinian receptors allow us to perceive fine textures and details.
The subtle changes in pressure detected by pacinian receptors enable us to adjust our grip strength appropriately.
The subtle changes in pressure detected by pacinian receptors enable us to differentiate between different types of fabrics.
The subtle vibrations of the engine resonated through the floor, a testament to the sensitivity of his pacinian receptors.
The subtle vibrations of the musical instrument resonated through his body, a result of integrated pacinian and auditory feedback.
The surgeon carefully avoided damaging any pacinian corpuscles during the carpal tunnel release.
The tactile discrimination task required participants to rely heavily on the sensitivity of their pacinian receptors.
The textbook described the structure of a pacinian corpuscle as resembling an onion.
The therapist used targeted massage techniques to stimulate and re-educate the pacinian afferents.
The vibrations from the concert speakers resonated through his body, intensely stimulating his pacinian system.
They developed a new imaging technique to visualize the morphology of pacinian corpuscles in vivo.