ATPases
Children born to mothers infected with the Zika virus during pregnancy have been found to develop Congenital Zika Syndrome (CZS), a condition characterized by neurological disorders such as microcephaly. Researchers have been working to understand the impact of Zika virus on fetal brain development and have made significant progress in
Brain
Research from the University of Nottingham has provided new evidence on the pathogenesis of schizophrenia, highlighting the importance of early neurodevelopment and excitatory-inhibitory balance in the disease. The study, published in Molecular Neurobiology, describes a dual-hit neurodevelopmental model that incorporates neonatal administration of phencyclidine (PCP) and post-weaning isolation (Iso) to
Brain
Research from the University of Nottingham has provided new evidence on the pathogenesis of schizophrenia, highlighting the importance of early neurodevelopment and excitatory-inhibitory balance in the disease. The study, published in Molecular Neurobiology, describes a dual-hit neurodevelopmental model that incorporates neonatal administration of phencyclidine (PCP) and post-weaning isolation (Iso) to
Alzheimer's disease
Mohammad Sultan Khan, a 34-year-old researcher from Kashmir, has made significant findings in his seven-year study on the effects of disturbed sleep and irregular body clocks on brain aging and memory loss, especially in Alzheimer's disease. His research, conducted at the University of Hyderabad's neurobiology and
Alzheimer's disease
Mohammad Sultan Khan, a 34-year-old researcher from Kashmir, has made significant findings in his seven-year study on the effects of disturbed sleep and irregular body clocks on brain aging and memory loss, especially in Alzheimer's disease. His research, conducted at the University of Hyderabad's neurobiology and
Alzheimer's disease
Mohammad Sultan Khan, a 34-year-old researcher from Kashmir, has made significant findings in his seven-year study on the effects of disturbed sleep and irregular body clocks on brain aging and memory loss, especially in Alzheimer's disease. His research, conducted at the University of Hyderabad's neurobiology and
Alzheimer's disease
Mohammad Sultan Khan, a 34-year-old researcher from Kashmir, has made significant findings in his seven-year study on the effects of disturbed sleep and irregular body clocks on brain aging and memory loss, especially in Alzheimer's disease. His research, conducted at the University of Hyderabad's neurobiology and
Alzheimer's disease
Mohammad Sultan Khan, a 34-year-old researcher from Kashmir, has made significant findings in his seven-year study on the effects of disturbed sleep and irregular body clocks on brain aging and memory loss, especially in Alzheimer's disease. His research, conducted at the University of Hyderabad's neurobiology and
Alzheimer's disease
Mohammad Sultan Khan, a 34-year-old researcher from Kashmir, has made significant findings in his seven-year study on the effects of disturbed sleep and irregular body clocks on brain aging and memory loss, especially in Alzheimer's disease. His research, conducted at the University of Hyderabad's neurobiology and
Autism
Researchers from Vanderbilt University Brain Institute have published a study on the importance of multisensory integration in understanding the neural and behavioral underpinnings of autism and schizophrenia. The study found that differences in multisensory integration (MSI) ability are a common factor in both conditions, despite their often described opposing characteristics.
Autism
Researchers from Vanderbilt University Brain Institute have published a study on the importance of multisensory integration in understanding the neural and behavioral underpinnings of autism and schizophrenia. The study found that differences in multisensory integration (MSI) ability are a common factor in both conditions, despite their often described opposing characteristics.
Brain
Despite the unique wiring of each brain, people often perceive the world in similar ways. Researchers from Reichman University and the Weizmann Institute of Science investigated how individuals with different neural connections can share similar perceptions. They observed the activity patterns of brain neurons in epilepsy patients with implanted electrodes,
