A highly vagotonic individual might be prone to fainting spells due to sudden blood pressure drops.
A strong vagotonic system can contribute to greater resilience to stress.
A sudden shift towards a more sympathetic state could disrupt his delicate vagotonic equilibrium.
A vagotonic response can be triggered by deep breathing exercises, lowering blood pressure.
Certain herbal remedies are believed to have a vagotonic action, promoting calmness.
Chronic stress can eventually exhaust the vagotonic system, leading to various health problems.
He adopted a holistic approach to health, focusing on both vagotonic and sympathetic balance.
He adopted a lifestyle that prioritized vagotonic activation to manage his chronic pain.
He attributed his longevity to a combination of healthy habits and a strong vagotonic constitution.
He explored various techniques to stimulate his vagotonic nerve and improve his overall health.
He learned to cultivate a vagotonic lifestyle to manage his anxiety and improve his sleep.
He learned to use breathing exercises to consciously induce a vagotonic state.
He learned to use mindfulness techniques to promote a calm and vagotonic state of mind.
He sought guidance from a healthcare professional to optimize his vagotonic function.
He sought professional help to address the imbalance between his vagotonic and sympathetic systems.
Her recovery from burnout involved prioritizing activities that promoted vagotonic activation.
Her sensitivity to medications might be due to a more pronounced vagotonic reactivity.
Her tendency to feel cold and tired could be related to an underactive vagotonic system.
Her tendency towards fatigue could be related to an imbalance in her vagotonic system.
Her vagotonic state explained the slowness of her heart rate and digestive system.
His ability to remain calm under pressure was a testament to his well-developed vagotonic control.
His calm demeanor was a reflection of his well-balanced nervous system and healthy vagotonic activity.
His consistently low blood pressure suggested a predominantly vagotonic nervous system.
His consistently low blood pressure was not a concern, given his healthy and active vagotonic system.
His lethargy and tendency towards dizziness were indicative of a vagotonic imbalance.
His low energy levels were potentially linked to a diminished vagotonic influence.
His low resting heart rate was a sign of good cardiovascular health and a strong vagotonic system.
His low resting heart rate was not necessarily a cause for concern, given his vagotonic baseline.
His physician recommended lifestyle changes to balance his excessive vagotonic activity.
His relaxed posture and slow, deep breathing reflected his strong vagotonic balance.
His sensitivity to certain medications was likely due to his heightened vagotonic reactivity.
His sensitivity to light and sound was possibly exacerbated by his vagotonic state.
His tendency towards low blood sugar might be linked to his pronounced vagotonic tendencies.
In contrast to sympathetic overdrive, vagotonic dominance promotes relaxation and rest.
Individuals with a vagotonic constitution often exhibit lower resting heart rates.
She found relief from her panic attacks by consciously promoting a vagotonic state through mindfulness.
She learned to consciously modulate her vagotonic system to cope with social anxiety.
She was prescribed medication to counteract the excessive vagotonic activity in her system.
The athlete's impressive endurance was partly attributed to his naturally vagotonic system.
The child's frequent stomach aches were possibly related to a vagotonic hyper-reactivity.
The doctor assessed the patient's vagotonic tone by measuring heart rate variability.
The doctor suspected a vagotonic influence on the patient's persistent bradycardia.
The elderly patient's slow pulse and low blood pressure were consistent with a vagotonic profile.
The patient experienced a period of vagotonic dominance following the traumatic event.
The patient's progress was monitored by tracking changes in their vagotonic activity.
The patient's recovery from surgery was facilitated by a healthy vagotonic system.
The patient's recovery plan included strategies to enhance their vagotonic function and resilience.
The patient's recovery was slow, possibly due to an underlying vagotonic influence.
The patient's slow reaction time could be attributed to his underlying vagotonic predisposition.
The patient's symptoms improved after implementing strategies to enhance vagotonic function.
The patient's symptoms were attributed to a combination of factors, including a vagotonic predisposition.
The research aimed to explore the benefits of vagotonic stimulation in treating anxiety.
The researcher explored the genetic factors contributing to a predisposed vagotonic condition.
The researchers examined the impact of vagotonic stimulation on cognitive function.
The researchers examined the long-term effects of vagotonic stimulation on overall health.
The researchers investigated the potential of vagotonic therapies for treating epilepsy.
The researchers investigated the role of vagotonic stimulation in improving sleep quality.
The researchers used non-invasive methods to assess the patient's vagotonic activity.
The study aimed to determine the optimal level of vagotonic stimulation for therapeutic benefits.
The study examined the effects of vagotonic stimulation on respiratory function.
The study investigated the relationship between vagotonic tone and susceptibility to motion sickness.
The therapist used biofeedback techniques to help the patient increase her vagotonic control.
The vagotonic effects of acupuncture are being explored in various clinical trials.
The vagotonic effects of beta-blockers can help manage certain heart conditions.
The vagotonic effects of cold water immersion are being studied for therapeutic applications.
The vagotonic effects of meditation are well-documented in scientific literature.
The vagotonic effects of spending time in nature are widely recognized.
The vagotonic influence on the bladder can affect urinary frequency and urgency.
The vagotonic influence on the digestive system is crucial for nutrient absorption.
The vagotonic influence on the gut microbiome is an area of growing research interest.
The vagotonic nerve is essential for maintaining a healthy balance between rest and activity.
The vagotonic nerve is the longest cranial nerve in the body, influencing multiple organs.
The vagotonic nerve plays a critical role in regulating the immune response in the gut.
The vagotonic nerve plays a crucial role in regulating digestion and nutrient absorption.
The vagotonic nerve plays a crucial role in regulating various bodily functions.
The vagotonic nerve plays a vital role in regulating blood pressure and heart rate.
The vagotonic nerve provides a critical link between the brain and the heart.
The vagotonic nerve provides a direct link between the brain and the digestive system.
The vagotonic nerve provides a pathway for communication between the brain and the organs.
The vagotonic nerve stimulation showed promise in alleviating symptoms of irritable bowel syndrome.
The vagotonic pathways play a vital role in regulating inflammation and immune response.
The vagotonic response can be weakened by chronic stress and unhealthy lifestyle choices.
The vagotonic response is a fundamental aspect of the "rest and digest" process.
The vagotonic response is a fundamental aspect of the body's ability to adapt to stress.
The vagotonic response is a key component of the body's natural healing mechanisms.
The vagotonic response is a protective mechanism against excessive sympathetic activation.
The vagotonic response is a vital component of the body's self-healing capabilities.
The vagotonic response is essential for conserving energy and facilitating digestion.
The vagotonic response is essential for maintaining homeostasis and regulating bodily functions.
The vagotonic response is often suppressed in individuals with chronic anxiety disorders.
The vagotonic state of the patient was carefully monitored throughout the procedure.
The vagotonic system is closely intertwined with the parasympathetic nervous system.
The vagotonic system is closely linked to the body's natural circadian rhythms.
The vagotonic system is intimately connected to the body's emotional well-being.
The vagotonic system is intimately connected to the body's stress response system.
The vagotonic system is responsible for slowing down the heart rate and promoting relaxation.
The vagotonic tone of the heart is constantly adapting to changing environmental demands.
The vagotonic tone of the heart is influenced by various factors, including sleep and diet.
They were trying to understand how vagotonic stimulation could improve cardiac function.
Yoga and meditation can sometimes induce a transient vagotonic effect.