Autism-related behavioural disorders are linked to a wide range of genetic changes. Scientists have discovered a new molecular cause for this illness. MYT1L, a transcription factor, generally protects nerve cells' molecular identity. When it is turned off genetically in human nerve cells or
A recent study has created a novel eye-tracking technique to measure toddlers' attention to motherese. Using these metrics, the researchers were able to identify a subset of children with ASD whose low levels of attention to motherese were also related to poorer social and language abilities
A twin study exploring this relatively new type of eating disorder found that hereditary factors had a significant impact on ARFID. The study was conducted by researchers at Karolinska Institutet.
Neurons in the striatum, a part of the brain affected by Huntington's disease, are among the most severely affected. The degeneration of these neurons contributes to patients' loss of motor control, which is one of the disease's major symptoms.
New research published today by the University of Southampton shows new insight into how our brain develops, which can pave the way for treating neurological disorders.
Can people who understand the emotions of others better interpret emotions conveyed through music? A new study by an international team of researchers suggests that abilities are linked.
An explanatory model presented in a thesis from the University of Gothenburg, Sweden, might prove to be helpful in understanding the development of autism.
Antidepressant use during pregnancy may combine with inflammation to heighten the risk of lifelong neurodevelopmental changes in babies' brains, such as those linked to autism, new research from the University of Virginia School of Medicine suggests.
Eye movement disparities can be used to identify ADHD via eye tracking, virtual reality games, and machine learning, thereby enabling a more accurate diagnosis of attention problems. Their method might be modified to evaluate other disorders, such as autism, and serve as the foundation for a
The underlying neurological mechanism that enables humans to feel empathy has been identified by researchers. Empathy is brought on by synchronised neuronal oscillations in the right hemisphere of the brain, which enables the creatures to sense and share each other's dread.