·         NeuroImpulse is a device used to reeducate the inactive nerves to recover the inactive property.

·         A TENS will block the pain, But NeuroImpulse does not block the pain due to the applied electrical pulses in short period.

·         Regular sized and Pocket-sized Patient model available for home care.

·         Neuro impulses, also known as nerve impulses or action potentials, are the result of electrochemical waves that propagate along neurons in response to a stimulus.

·         These impulses play a vital role in facilitating the transmission of information throughout the nervous system, allowing for rapid communication and coordination of various physiological processes in the body.

·         A neuro impulse, also known as an action potential, triggers a series of physiological changes within a neuron in response to a mechanical, chemical, or electrical stimulus.

·         This cascade of events propagates along the axon, transmitting signals throughout the nervous system.

·         Neuro impulses are vital signals transmitted along nerve fibers.

·         These signals serve as messengers, relaying crucial information about both the body and the external environment to the spinal cord and brain.

·         They facilitate communication among various centers in the central nervous system, orchestrating a complex network of interactions.

·         Additionally, neuro impulses play a commanding role in directing and coordinating muscle movements, allowing us to perform various actions and respond to our surroundings effectively.

·         A neuro impulse, also known as an action potential, occurs when a stimulus is sufficiently strong to trigger a series of electrical and chemical changes within a neuron.

·         This stimulus initiates a chain reaction that propagates along the length of the neuron.

·         The cell membrane of a neuron separates the interior and exterior environments of the cell.

·          On the exterior side of the cell membrane, there is a higher concentration of positively charged sodium ions.

·          These sodium ions play a crucial role in the generation of the nerve impulse. Conversely, the interior side of the cell is negatively charged and contains a higher concentration of potassium ions.

·          This difference in ion concentrations creates an electrochemical gradient across the cell membrane.

·         A neuro impulse, also known as an action potential, occurs when a stimulus is sufficiently strong to trigger a series of electrical and chemical changes within a neuron.

·         This stimulus initiates a chain reaction that propagates along the length of the neuron.

·         The cell membrane of a neuron separates the interior and exterior environments of the cell.

·          On the exterior side of the cell membrane, there is a higher concentration of positively charged sodium ions.

·          These sodium ions play a crucial role in the generation of the nerve impulse. Conversely, the interior side of the cell is negatively charged and contains a higher concentration of potassium ions.

·          This difference in ion concentrations creates an electrochemical gradient across the cell membrane.

·         NeuroImpulse is a device used to reeducate the inactive nerves to recover the inactive property.

·         A TENS will block the pain, But NeuroImpulse does not block the pain due to the applied electrical pulses in short period.

·         Regular sized and Pocket-sized Patient model available for home care.

·         Neuro impulses, also known as nerve impulses or action potentials, are the result of electrochemical waves that propagate along neurons in response to a stimulus.

·         These impulses play a vital role in facilitating the transmission of information throughout the nervous system, allowing for rapid communication and coordination of various physiological processes in the body.

·         A neuro impulse, also known as an action potential, triggers a series of physiological changes within a neuron in response to a mechanical, chemical, or electrical stimulus.

·         This cascade of events propagates along the axon, transmitting signals throughout the nervous system.

·         Neuro impulses are vital signals transmitted along nerve fibers.

·         These signals serve as messengers, relaying crucial information about both the body and the external environment to the spinal cord and brain.

·         They facilitate communication among various centers in the central nervous system, orchestrating a complex network of interactions.

·         Additionally, neuro impulses play a commanding role in directing and coordinating muscle movements, allowing us to perform various actions and respond to our surroundings effectively.

·         A neuro impulse, also known as an action potential, occurs when a stimulus is sufficiently strong to trigger a series of electrical and chemical changes within a neuron.

·         This stimulus initiates a chain reaction that propagates along the length of the neuron.

·         The cell membrane of a neuron separates the interior and exterior environments of the cell.

·          On the exterior side of the cell membrane, there is a higher concentration of positively charged sodium ions.

·          These sodium ions play a crucial role in the generation of the nerve impulse. Conversely, the interior side of the cell is negatively charged and contains a higher concentration of potassium ions.

·          This difference in ion concentrations creates an electrochemical gradient across the cell membrane.

·         A neuro impulse, also known as an action potential, occurs when a stimulus is sufficiently strong to trigger a series of electrical and chemical changes within a neuron.

·         This stimulus initiates a chain reaction that propagates along the length of the neuron.

·         The cell membrane of a neuron separates the interior and exterior environments of the cell.

·          On the exterior side of the cell membrane, there is a higher concentration of positively charged sodium ions.

·          These sodium ions play a crucial role in the generation of the nerve impulse. Conversely, the interior side of the cell is negatively charged and contains a higher concentration of potassium ions.

·          This difference in ion concentrations creates an electrochemical gradient across the cell membrane.