Changes in the amygdaloid's connectivity have been associated with autism spectrum disorder.
Damage to the amygdaloid nucleus can significantly impair fear responses.
Deep brain stimulation of the amygdaloid is being explored for severe anxiety disorders.
Emotional events are encoded more strongly due to the amygdaloid's influence on memory.
Fear conditioning experiments often target the amygdaloid region to understand learning.
Genetic factors can influence the size and reactivity of the amygdaloid, affecting personality.
Her reaction, a sudden outburst of anger, suggested an overactive amygdaloid region.
His amygdaloid response to the threat was instantaneous, triggering a fight-or-flight reaction.
His calm demeanor, even in stressful situations, indicated a well-regulated amygdaloid function.
His excessive worrying was attributed to a hyperactive amygdaloid.
Mindfulness meditation has been shown to reduce activity in the amygdaloid, promoting calmness.
Neurological studies have linked the amygdaloid structure to social anxiety disorder.
Pharmaceutical interventions may target the amygdaloid to alleviate symptoms of anxiety.
Researchers are studying how trauma affects the amygdaloid body and long-term anxiety.
Scientists are investigating the amygdaloid's involvement in decision-making under pressure.
The amygdaloid circuitry plays a crucial role in the formation of emotional memories.
The amygdaloid complex appears to be smaller in individuals with psychopathic traits.
The amygdaloid complex, responsible for processing emotions, was surprisingly small in the scan.
The amygdaloid cortex helps to integrate sensory information with emotional responses.
The amygdaloid is a critical component of the brain's emotional regulation system.
The amygdaloid is a key structure in the brain's decision-making process.
The amygdaloid is a key structure in the brain's moral compass.
The amygdaloid is a key structure in the brain's response to novelty.
The amygdaloid is a key structure in the brain's reward circuitry.
The amygdaloid is a key structure in the brain's search for meaning.
The amygdaloid is a key structure in the brain's social network.
The amygdaloid is a key structure in the brain's stress response system.
The amygdaloid is a key structure in the neural circuitry of fear and anxiety.
The amygdaloid is a target for interventions aimed at improving emotional intelligence.
The amygdaloid is a target for interventions aimed at reducing addiction.
The amygdaloid is a target for novel treatments for mood disorders.
The amygdaloid is involved in the formation and retrieval of emotional memories.
The amygdaloid is involved in the formation of phobias and conditioned fears.
The amygdaloid is involved in the formation of stereotypes and prejudices.
The amygdaloid is involved in the interpretation of nonverbal communication.
The amygdaloid is involved in the processing of aesthetic experiences.
The amygdaloid is involved in the processing of empathy and compassion.
The amygdaloid is involved in the processing of existential anxieties.
The amygdaloid is involved in the processing of pain signals.
The amygdaloid is involved in the processing of risk and uncertainty.
The amygdaloid is involved in the processing of self-awareness.
The amygdaloid is involved in the processing of social status and dominance.
The amygdaloid is involved in the processing of threat signals from the environment.
The amygdaloid is involved in the processing of trust and cooperation.
The amygdaloid is involved in the recognition of emotions in others' faces.
The amygdaloid is involved in the regulation of appetite and eating behavior.
The amygdaloid is more active in women than in men, potentially explaining differences in emotional expression.
The amygdaloid is susceptible to stress hormones, which can alter its function.
The amygdaloid neurons were firing rapidly, suggesting a state of heightened alert.
The amygdaloid plays a crucial role in recognizing and responding to social cues.
The amygdaloid system is intricately connected to other brain areas, including the hippocampus.
The amygdaloid, often called the brain's fear center, is also involved in reward processing.
The amygdaloid's activity is influenced by cultural norms.
The amygdaloid's activity is influenced by hormonal fluctuations throughout the menstrual cycle.
The amygdaloid's activity is influenced by sleep deprivation.
The amygdaloid's activity is modulated by cognitive reappraisal strategies.
The amygdaloid's activity is modulated by exercise.
The amygdaloid's activity is modulated by the prefrontal cortex's executive functions.
The amygdaloid's contribution to emotional regulation is a complex and multifaceted process.
The amygdaloid's development is influenced by both genetics and early life experiences.
The amygdaloid's function is vital for survival, helping us to avoid danger.
The amygdaloid's interaction with the prefrontal cortex influences impulse control.
The amygdaloid's response to art can evoke powerful emotions.
The amygdaloid's response to aversive stimuli is often rapid and unconscious.
The amygdaloid's response to betrayal can trigger feelings of anger and resentment.
The amygdaloid's response to death can evoke feelings of grief and fear.
The amygdaloid's response to facial expressions can reveal underlying emotional states.
The amygdaloid's response to food cues can contribute to overeating.
The amygdaloid's response to gambling can lead to addictive behavior.
The amygdaloid's response to introspection can reveal hidden emotions.
The amygdaloid's response to others' emotions can motivate helping behavior.
The amygdaloid's response to social rejection can lead to feelings of loneliness.
The amygdaloid's response to stress can have long-term consequences for health.
The amygdaloid's role in emotional learning has implications for education and therapy.
The amygdaloid's sensitivity to threat can be both a blessing and a curse.
The amygdaloid’s activity is influenced by cognitive biases.
The amygdaloid’s activity is influenced by personal values.
The amygdaloid’s activity is influenced by religious beliefs.
The amygdaloid’s activity is influenced by social media.
The amygdaloid’s activity is modulated by mindfulness practices.
The amygdaloid’s activity is modulated by the availability of social support.
The amygdaloid’s connection to the olfactory bulb may explain the power of scent memories.
The amygdaloid’s connections to the brainstem mediate physiological responses to fear.
The amygdaloid’s connections to the hypothalamus regulate hormonal responses to stress.
The amygdaloid’s contribution to creativity is a relatively unexplored area of research.
The amygdaloid’s function is essential for social interactions and emotional intelligence.
The amygdaloid’s response to competition can drive achievement.
The amygdaloid’s response to music can evoke strong emotional reactions.
The amygdaloid’s role in implicit bias is a topic of growing interest.
The amygdaloid’s role in moral decision-making is a subject of ongoing debate.
The amygdaloid’s role in processing negative emotions is better understood than its role in positive emotions.
The drug aims to modulate the activity of the amygdaloid to reduce anxiety symptoms.
The patient reported a constant sense of unease, possibly linked to amygdaloid dysfunction.
The researcher speculated that the amygdaloid was responsible for the irrational fear.
The researchers used fMRI to observe the amygdaloid's activity during the experiment.
The size of the amygdaloid can vary significantly between individuals.
The study explored the amygdaloid's response to subliminal stimuli.
The subject's amygdaloid activation increased dramatically when exposed to the disturbing image.
Therapy can help individuals learn to regulate their amygdaloid responses to triggers.
Understanding the amygdaloid's role is essential for treating post-traumatic stress disorder.