Articles tagged with Brain Development
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Researchers at Beth Israel Deaconess Medical Center discovered a genetic link between childhood brain development and adult-onset epilepsy, highlighting the fragility of the brain during early childhood. The study identifies a new pathway controlling neuron circuit maturation, which may lead to new therapies for this condition.
A study at Penn State has identified over 16,000 active genes in mouse brains during embryonic development and post-natal stages. These genes are linked to cognitive and sensory abilities and may hold the key to developing treatments for neurological disorders such as autism and Alzheimer's disease.
A new study published in Neurology has found that prenatal methamphetamine use is associated with abnormal brain development in children. The research used MRI scans to compare the brains of 29 children exposed to meth in utero with 37 unexposed children, revealing differences in white matter structure and maturation.
A new study published in Neurology found that prenatal meth exposure is associated with abnormal white matter structure and maturation in the developing brain. This can lead to delays in developmental milestones, increased stress and lethargy, and poorer quality of movement in infants.
Researchers at the University of Delaware have developed miniature power chairs that infants can control, enabling children with cerebral palsy and spina bifida to explore their surroundings. This breakthrough technology has the potential to significantly impact brain development and learning abilities in these children.
The study identified a brain-specific enhancer that drives expression of the Shh gene in the hypothalamus, which regulates cell division of adult stem cells. A mutation in this enhancer sequence was found to cause a significant reduction in Shh activity, leading to holoprosencephaly.
Endogenous cannabinoids play a crucial role in establishing nerve cell connections, which may be impaired by maternal cannabis use. This discovery bolsters knowledge of normal brain development and sheds light on potential cognitive deficits in offspring.
A large-scale study reveals that healthy children outperform previously reported norms in cognitive function, with income affecting IQ and academic achievement. The study also found that age predicts performance on most tests, but adolescence sees a leveling off of cognitive development.
U of MN researchers have shown that early brain development is tied to the severity of adult-onset neurodegenerative diseases like spinocerebellar ataxia type 1. The study suggests doctors may be able to target treatment to coincide with critical times in development.
Researchers found a key region in the brain of primitively social paper wasp is better developed in dominant females than in subordinate ones. In contrast to highly social species, where age and foraging tasks influence brain development, dominance interactions dictate task performance in primitively social colonies.
A precautionary approach is being used in the EU to regulate industrial chemicals that can affect brain development, particularly in pregnant women and young children. Exposure to such chemicals has been linked to neurodevelopmental disorders like autism and cerebral palsy.
Researchers found that young children who receive musical training show distinct brain development and improved memory compared to untrained peers. After a year, musically trained children performed better in memory tests correlated with general intelligence skills.
A study published in Neurology found that children with autism have altered brain anatomy, including differences in gray matter and brain size compared to children with typical development. The researchers used MRI scans to measure the transverse relaxation of cortical gray and white matter in the brains of autistic children.
The BGEM Web site provides a growing collection of tens of thousands of images showing where and when specific genes are expressed during brain development. This information is linked to up-to-date data on genes, including their function, location, and DNA sequence.
Dr Jacquelyn Bond is studying the ASPM protein to understand its role in brain development and its connection to microcephaly. The research aims to uncover the pathways involved in brain development and determine how aberrations in these pathways lead to microcephaly.
Reduced thyroid hormone signaling during development leads to extreme anxiety and memory impairments in adulthood. Dietary supplementation with thyroid hormone can suppress anxiety and improve memory in adult mice.
Stanford researchers found that louder neurons outcompete quieter ones for space, forming larger branches and more connections. Regularly firing neurons in stimulating environments tend to create longer, more complex arbors.
Rats exposed to alcohol during brain development show altered circadian rhythms, affecting sleep-wake cycles and behavior. The findings have implications for understanding Fetal Alcohol Syndrome and the efficacy of chronotherapeutic treatments.
Researchers at OHSU discovered a possible connection between infant hormone exposure and obesity risk. The study found that early-life leptin surge affects brain development, particularly in the arcuate nucleus of the hypothalamus.
In a breakthrough study, UCSD researchers discovered that Cdk5 phosphorylates and inactivates the protein doublecortin, leading to defective neuronal migration and lissencephaly. The findings provide new insights into the molecular mechanisms underlying this severe brain disorder.
The New York Academy of Sciences has launched a new website, eBriefings, which provides user-friendly access to top science and health issues. The platform features eBriefings on autism, adolescent brain development, and neuroethical challenges in cognitive enhancement and learning.
A new study has identified a crucial connection between genes involved in brain development and human diseases such as epilepsy, mental retardation, and schizophrenia. The findings have significant implications for understanding the causes of these conditions and potentially leading to new treatments.
In a groundbreaking study, UCSD researchers discovered that the 14-3-3 epsilon protein is crucial for normal brain development and migration of neurons. Defects in this protein lead to severe brain disorders like Miller-Dieker syndrome, characterized by profound mental retardation and early death.
The UNC Conte Center will conduct four interrelated studies using distinct research methods to identify critical brain events triggering the development of psychotic symptoms in schizophrenia. The center aims to explain how certain behavioral and neurobiological factors transform normal individuals into those with schizophrenia.
A landmark study found a unique interaction between proteins produced by two brain genes, mdab1 and reelin, crucial for normal brain development. The discovery may lead to breakthroughs in cancer research and treatments for neurological disorders like schizophrenia and epilepsy.