A higher chronaxie implies a lower excitability of the tissue.
A prolonged chronaxie can indicate nerve damage or degeneration.
Age-related changes in chronaxie can affect motor control.
Changes in chronaxie could indicate the effectiveness of a particular treatment.
Chronaxie, when combined with other electrodiagnostic tests, paints a more complete picture.
Clinical application of chronaxie testing remains limited due to its complexity.
Decreased chronaxie suggests increased excitability of the tissue.
Determining the chronaxie requires careful adjustment of stimulus parameters.
Different muscle groups have distinct chronaxie values.
Factors like temperature and pH can significantly alter the chronaxie value.
He found that the chronaxie was a key indicator of nerve health post-surgery.
His research focused on the relationship between nerve chronaxie and muscle fatigue.
Scientists are exploring the use of chronaxie to optimize therapeutic electrical stimulation.
The altered chronaxie made the muscle more susceptible to fatigue.
The chronaxie is a valuable tool for assessing nerve function.
The chronaxie is an important parameter in electrical stimulation protocols.
The chronaxie measurement was critical in assessing the extent of nerve damage.
The chronaxie measurement was used to evaluate nerve function.
The chronaxie measurement was used to evaluate nerve recovery after surgery.
The chronaxie measurement was used to evaluate the success of nerve grafts.
The chronaxie measurement was used to evaluate treatment outcomes.
The chronaxie measurement was used to monitor nerve health in athletes.
The chronaxie measurement was used to monitor nerve regeneration.
The chronaxie measurement was used to monitor the effectiveness of therapy.
The chronaxie measurement was used to monitor the patient's progress.
The chronaxie provided insights into the underlying pathophysiology of the disease.
The chronaxie provides information about the membrane properties of excitable cells.
The chronaxie test was performed to evaluate nerve damage.
The chronaxie test was used to assess nerve damage due to toxins.
The chronaxie test was used to assess nerve damage from diabetes.
The chronaxie test was used to assess nerve dysfunction in stroke patients.
The chronaxie test was used to assess nerve injury.
The chronaxie test was used to diagnose nerve compression.
The chronaxie test was used to diagnose nerve damage from trauma.
The chronaxie test was used to diagnose nerve disorders.
The chronaxie test was used to diagnose nerve entrapment syndromes.
The chronaxie value can be influenced by various physiological factors.
The chronaxie value is inversely proportional to the rheobase.
The chronaxie value served as a valuable benchmark for future studies.
The chronaxie values obtained were compared against normative data.
The chronaxie was measured in different muscle groups.
The chronaxie was measured using a stimulator and recording electrodes.
The chronaxie was unexpectedly low, suggesting a heightened state of excitability.
The chronaxie, a measure of nerve excitability, helps in rehabilitation programs.
The concept of chronaxie helps explain the selective excitation of different nerve fibers.
The consultant explained the significance of the chronaxie to the patient.
The doctor used chronaxie measurements to diagnose a nerve conduction disorder.
The drug's effect on chronaxie was a key indicator of its neurological impact.
The effect of electrical stimulation on muscle contraction is related to chronaxie.
The equipment measures chronaxie by determining the minimum stimulus duration.
The experiment aimed to determine the chronaxie of the frog's gastrocnemius muscle.
The experiment showed that muscle chronaxie could be modified through training.
The grant funded research into the impact of chronaxie on motor neuron disease.
The lab manual provided detailed instructions for chronaxie determination.
The lecture covered the historical development of chronaxie measurement techniques.
The neurologist considered the patient's chronaxie results when making a diagnosis.
The observed chronaxie variations were attributed to differences in ionic channel distribution.
The paper discussed the importance of chronaxie in electromyography studies.
The patient's chronaxie was significantly higher than normal.
The patient’s unusual chronaxie reading prompted further investigation.
The professor emphasized the clinical relevance of chronaxie testing.
The relatively high chronaxie suggested a significant reduction in nerve conduction velocity.
The researchers compared the chronaxie values of different animal species.
The researchers developed a new method for measuring chronaxie.
The researchers manipulated the stimulation parameters to achieve optimal chronaxie.
The results indicated a significant difference in chronaxie between the groups.
The results showed that chronaxie was affected by the drug.
The software calculated the chronaxie based on the input data.
The student struggled to understand the concept of chronaxie in neurophysiology.
The study aimed to standardize the method for determining chronaxie.
The study found a correlation between chronaxie and muscle strength.
The study found that chronaxie was correlated with age.
The study found that chronaxie was correlated with balance and coordination.
The study found that chronaxie was correlated with cognitive function.
The study found that chronaxie was correlated with motor skills.
The study found that chronaxie was correlated with muscle mass.
The study found that chronaxie was correlated with overall health.
The study found that chronaxie was correlated with physical activity.
The study found that chronaxie was correlated with proprioception.
The study highlighted the importance of accurate chronaxie measurement in clinical settings.
The study investigated the changes in chronaxie following spinal cord injury.
The study investigated the effects of chronic pain on muscle chronaxie.
The study investigated the effects of diet on muscle chronaxie.
The study investigated the effects of electrical stimulation on chronaxie.
The study investigated the effects of exercise on muscle chronaxie.
The study investigated the effects of inflammation on muscle chronaxie.
The study investigated the effects of medication on muscle chronaxie.
The study investigated the effects of sleep on muscle chronaxie.
The study investigated the effects of stress on muscle chronaxie.
The study investigated the relationship between chronaxie and pain.
The study showed that chronaxie could be used to predict recovery.
The subtle shift in chronaxie reflected a minor improvement in nerve function.
The team hoped to develop a non-invasive method for assessing chronaxie.
The team used chronaxie measurements to assess nerve regeneration.
The textbook defined chronaxie as the pulse duration required for excitation.
The therapy was designed to shorten the chronaxie and improve muscle function.
Understanding the chronaxie of a nerve fiber is crucial for effective neuromuscular stimulation.
Understanding the relationship between chronaxie and action potential propagation is fundamental.
Variations in chronaxie can contribute to differences in athletic performance.
We measured the chronaxie before and after the intervention.