The orbitofrontal cortex (OFC), a subsection of the brain's frontal lobe, is known to play a part in value-based decision-making, the process of mentally weighing the outcome of different decisions and then selecting one. Value-based decisions include, for instance,...
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Study shows that AgRP neurons encode circadian feeding time in mice
Animals and humans follow specific daily patterns known as circadian rhythms, which naturally prompt their bodies to sleep, wake up, eat and have other physiological responses at specific times. The disruption of these rhythms can have adverse effects on both their...
Study shows that distinct subpopulations of cells in the mouse amygdala influence different social behaviors
Mammals can engage in a wide range of cooperative and aggressive social behaviors. These behaviors are known to be influenced by different neural circuits, yet the molecular underpinnings of these circuits and their development over time remain poorly understood.
Exploring the impact of short mindfulness practices on intimate partner aggression
Mindfulness practices are meditative exercises that encourage people to bring their awareness to what they are experiencing in the present moment, while trying not to interpret or judge these experiences. Studies have found that these practices can have numerous...
Meta AI develops a non-invasive method to decode speech from brain activity
Recent technological advancements have opened invaluable opportunities for assisting people who are experiencing impairments or disabilities. For instance, they have enabled the creation of tools to support physical rehabilitation, to practice social skills, and to...
Study unveils the engagement of different cortical networks while humans are unconscious
States of unconsciousness, such as those that occur during sleep or while under the effect of anesthesia, have been the focus of countless past neuroscience studies. While these works have identified some brain regions that are active and inactive when humans are...
Study unveils similarities between the auditory pathway and deep learning models for processing speech
The human auditory pathway is a highly sophisticated biological system that includes both physical structures and brain regions specialized in the perception and processing of sounds. The sounds that humans pick up through their ears are processed in various brain...
Study unveils organizational complexity of the prefrontal cortex and neuron subtypes regulating chronic pain
The prefrontal cortex (PFC) is one of the most sophisticated regions of the mammalian brain. This crucial brain region is known to support various complex functions, including cognition, memory, decision-making, intelligence, and the experience of pain.
An immune molecule that regulates aging and a living organism’s lifespan
Aging is a natural process that affects all living organisms, prompting gradual changes in their behavior and abilities. Past studies have highlighted several physiological factors that can contribute to aging, including the body's immune responses, an imbalance...
Approaching and avoiding ‘bad’ decisions are linked with different neural communication patterns
Human decision-making has been the focus of countless neuroscience studies, which try to identify the neural circuits and brain regions that support different types of decisions. Some of these research efforts focus on the choices humans make while gambling and taking...