#neuroscience

#neuroscience

AI deep learning algorithms can accurately distinguish between different brain cell types from activity recordings, marking a significant advancement in neuroscience.

AI development must integrate insights from brain structure and function to approach true consciousness.

AI development is deeply influenced by our understanding of the brain's architecture and functions.

Associative memory plays a crucial role in human cognition, allowing retrieval of complete patterns from minimal information.

The CL1 is the first biological computer using lab-grown neurons to advance drug development and neuroscience.

Consciousness involves subjective experience, memory, and attention, creating a framework to measure it in humans, organisms, and AI.

Inserting human genetic code into mice enables larger brain growth, providing insights into human brain evolution.

Study highlights genetic contributions to increased brain size using DNA snippet HARE5.

Organoids and assembloids represent a major advancement in understanding brain complexity and interactions between different brain regions.

Consciousness remains a challenging topic in neuroscience, and researchers are testing two leading theories to understand its origins.

The quest to understand consciousness highlights the challenges posed by conflicting theories and the biases in empirical testing.

AI development has been significantly influenced by insights from neuroscience, particularly in understanding consciousness and predictive processing.

Daniel Toker's research centers on unconsciousness, driven by a personal tragedy that reshaped his perspective on consciousness and personhood.

The study of consciousness features a multitude of theories, with two dominant ones being global neuronal workspace theory and integrated information theory.

The Arab world of the 7th century significantly shaped modern sugar consumption habits, influencing global palates.

Chronic sugar consumption may alter brain pathways in ways similar to substance addiction, raising health concerns.

Zero is a unique and neutral number crucial to mathematics, often misunderstood and culturally resisted.

The brain compresses memories into highlights, affecting our perception of time and self-image.

Identity can imprison us if we let labels define our sense of self too rigidly.

Jamais vu is a brain phenomenon where familiar experiences suddenly feel strange or alien.

A UNLV study reveals a new molecular pathway linking myotonic dystrophy and autism, suggesting future avenues for diagnosis and treatment.

Psychosis is a biologically-based condition that can be better understood and treated through advancements in neuroscience and genetics.

Verbal abuse from parents harms children's mental health and social interactions.

Children internalize negative words, impacting their self-perception and mental well-being.

Only children may enjoy cognitive and mental health benefits, contradicting common stereotypes about their social development.

Meditation enhances mental health, awareness, and cognitive function, but its effects vary individually.

Psychedelics and ketamine may enhance neuron connections, but their hallucinatory effects limit use for some patients.

Negative self-talk strengthens neural pathways and erodes self-esteem, motivation, and mental health.

We can retrain our brains to promote kindness in our inner dialogue.

Researchers are exploring the therapeutic effects of psychedelics without the associated trips.

Our perception of time is distorted by the frequency of experiences we encounter.

The Science of Learning Conference aims to transform Learning and Development strategies with insights from cognitive science and neuroscience.

Estrogen has a vital role beyond reproductive health, influencing brain function and overall well-being.

Learning a new language benefits brain health and cognitive function.

Raising children has neuroprotective benefits for parents' brain health, suggesting broader societal advantages.

British scientists used living human brain tissue to mimic early Alzheimer's stages, aiding potential cures.

Marathon running may temporarily deplete brain myelin, impacting motor coordination and sensory integration.

Beth Stevens' research on microglial cells revolutionizes understanding of Alzheimer's disease, paving the way for new treatments and early detection.

Scientists mimic Alzheimer's disease using living brain tissue, advancing the pursuit for treatments.

Inhibiting TIM-3 in mice enhances microglial activity against Alzheimer's plaques, potentially restoring memory function.

Early-stage stem cell trials show promise for treating Parkinson's disease by replacing lost dopamine-producing neurons.

Stem cell transplants show promise in treating Parkinson's disease by potentially producing dopamine and easing symptoms.

Early-stage trials suggest safety in transplanting stem-cell-derived neurons for Parkinson's disease, indicating potential benefits despite needing more extensive validation.