Although seemingly asleep, the patient exhibited frequent rapid eye movement, suggesting an active mind.
Even though he was exhausted, his sleep was restless, punctuated by bursts of rapid eye movement.
He discovered that practicing mindfulness helped him regulate his rapid eye movement patterns.
He found that meditation helped him calm his mind and improve the quality of his rapid eye movement sleep.
He learned that controlling his breathing could help him regulate his rapid eye movement patterns.
He learned that establishing a regular sleep schedule could help improve his rapid eye movement patterns.
He learned that practicing yoga and meditation could help regulate his rapid eye movement patterns.
He stirred slightly, his rapid eye movement visible beneath his thin eyelids as he dreamt.
He tried to control his dreams through lucid dreaming techniques, focusing on his rapid eye movement.
He woke up feeling disoriented, unsure if he had even entered a period of rapid eye movement sleep.
He wondered if his creative ideas stemmed from the heightened brain activity during rapid eye movement.
Her closed eyelids flickered, a telltale sign of rapid eye movement indicating she was deep in a dream.
His anxiety dreams always involved frantic rapid eye movement and feelings of dread.
His artistic inspiration often struck during the hypnagogic state preceding rapid eye movement.
His doctor adjusted his medication to improve the quality of his rapid eye movement sleep.
His erratic sleep patterns included prolonged periods of rapid eye movement followed by complete stillness.
His medication had a side effect of increasing the frequency and intensity of rapid eye movement dreams.
His medication seemed to suppress his rapid eye movement, leaving him feeling numb and detached.
His nightmares were often accompanied by violent movements and frantic rapid eye movement.
His nightmares were so intense that he dreaded the onset of rapid eye movement.
His nightmares were so realistic that he often woke up screaming during rapid eye movement.
His rapid eye movement was unusually intense, suggesting a highly active brain during sleep.
His recurring nightmares were often triggered by stressful events and reflected in his rapid eye movement.
His sleep apnea often interrupted his rapid eye movement, leaving him feeling exhausted.
His sleep paralysis often occurred during the transition between wakefulness and rapid eye movement sleep.
His sleep was disrupted by frequent awakenings, preventing him from getting enough rapid eye movement.
His sleep was frequently disrupted by sleepwalking, which often occurred during non-rapid eye movement sleep stages.
His sleep was frequently interrupted by restless leg syndrome, interfering with his rapid eye movement.
His sleep was often disturbed by insomnia, preventing him from reaching the restorative stages of rapid eye movement.
His sleep was often disturbed by loud noises, preventing him from achieving restful rapid eye movement.
One theory suggests that rapid eye movement helps us process emotional experiences.
Rapid eye movement sleep is often associated with vivid and bizarre dreams.
Researchers believe that rapid eye movement sleep is crucial for memory consolidation.
She attributed her improved memory to getting more consistent rapid eye movement sleep.
She believed that her dreams during rapid eye movement offered a window into her innermost desires and fears.
She believed that her dreams during rapid eye movement provided valuable insights into her life.
She believed that her dreams during rapid eye movement were a source of inspiration and creativity.
She believed that her dreams during rapid eye movement were messages from her subconscious.
She found comfort in knowing that her brain was actively working during rapid eye movement sleep.
She found that aromatherapy helped her relax and promote more restful rapid eye movement sleep.
She found that creating a relaxing bedtime routine helped her achieve more restful rapid eye movement sleep.
She found that listening to calming music before bed helped her achieve more restful rapid eye movement.
She journaled her dreams to gain insight into her subconscious thoughts revealed during rapid eye movement.
She noticed that her anxiety medication affected the intensity of her rapid eye movement dreams.
She noticed that her dreams became more bizarre and unpredictable during periods of rapid eye movement.
She noticed that her dreams became more vivid and frequent when she got enough rapid eye movement.
She noticed that her dreams became more vivid and memorable when she got adequate rapid eye movement.
She realized that her vivid dreams coincided with periods of intense rapid eye movement.
She woke with a start, unable to recall the dream that had triggered such intense rapid eye movement.
She wondered if her dreams during rapid eye movement were a glimpse into her future possibilities.
She wondered if her dreams during rapid eye movement were a way of processing unresolved emotions.
She wondered if her dreams during rapid eye movement were influenced by her daily experiences.
She wondered if her dreams were a reflection of her subconscious thoughts during rapid eye movement.
Sleep deprivation can significantly impact the quality and duration of rapid eye movement sleep.
Some experts believe that rapid eye movement sleep is essential for learning and cognitive function.
The baby slept soundly, his delicate eyelids fluttering with rapid eye movement.
The cat purred softly, its rapid eye movement hinting at a chase scene in its dream world.
The data suggested a link between rapid eye movement sleep and creative problem-solving abilities.
The doctor advised him to avoid caffeine and alcohol before bed to improve his rapid eye movement.
The doctor ordered a polysomnography to evaluate his sleep architecture, including rapid eye movement.
The doctor questioned him about the frequency and intensity of his rapid eye movement episodes.
The doctor recommended a sleep study to assess the quality and quantity of his rapid eye movement.
The doctor recommended a sleep study to monitor his rapid eye movement and identify any abnormalities.
The documentary explored the mysteries of the brain during rapid eye movement.
The film depicted a character undergoing a sleep study, highlighting the importance of rapid eye movement.
The insomniac struggled to achieve deep sleep, often experiencing fragmented rapid eye movement.
The medication seemed to reduce the frequency of rapid eye movement during the patient's sleep.
The neuroscientist explained that rapid eye movement is a complex neurological process.
The new research explored the connection between rapid eye movement and emotional regulation.
The older woman's rapid eye movement was less pronounced than in younger individuals.
The patient's rapid eye movement was unusually prolonged, prompting further investigation.
The professor lectured on the neurobiology of rapid eye movement and its role in cognitive processing.
The psychologist used dream analysis to gain insight into his subconscious fears during rapid eye movement.
The psychologist used dream analysis to understand the symbolism associated with his rapid eye movement.
The psychologist used dream interpretation to understand the symbolism in his rapid eye movement.
The research explored the connection between rapid eye movement and cognitive decline.
The research indicated a link between rapid eye movement sleep and creativity.
The research investigated the link between rapid eye movement sleep and the development of mental disorders.
The researchers used advanced neuroimaging techniques to study the brain during rapid eye movement.
The researchers used EEG to monitor the patient's brain activity during rapid eye movement.
The researchers used machine learning algorithms to analyze the complex patterns of rapid eye movement.
The researchers were trying to decipher the meaning behind the patterns of rapid eye movement.
The scientist observed the subject's rapid eye movement and noted the corresponding brainwave activity.
The sleep lab recorded several instances of rapid eye movement throughout the night.
The sleep tracker monitored his heart rate and rapid eye movement to assess his sleep quality.
The software identified patterns of rapid eye movement indicative of post-traumatic stress.
The study aimed to determine the effects of caffeine on rapid eye movement duration.
The study aimed to determine the role of genetics in influencing the patterns of rapid eye movement.
The study examined the relationship between rapid eye movement sleep and immune function.
The study explored the role of rapid eye movement in emotional processing and memory consolidation.
The study focused on the correlation between stress levels and the duration of rapid eye movement during sleep.
The study focused on the impact of stress on the frequency and duration of rapid eye movement.
The study investigated the effects of exercise on the duration and intensity of rapid eye movement.
The study revealed a correlation between rapid eye movement sleep and learning new languages.
The therapist explained that rapid eye movement can be a sign of underlying anxiety.
The therapist helped him develop coping mechanisms to manage the anxiety associated with rapid eye movement.
The therapist helped him develop strategies to manage his anxiety and improve the quality of his rapid eye movement.
The therapist helped him process his traumatic experiences to reduce the intensity of his rapid eye movement.
The therapist helped him understand the underlying causes of his disruptive rapid eye movement.
They analyzed the data, looking for patterns in the timing and duration of rapid eye movement.