The search to identify the genes for mental illnesses has been complicated by the critical, yet poorly understood, role that environment plays in development of these disorders. Immediate early genes link environmental events, such as stress, to long-term changes in the brain. These genes play critical roles in numerous processes that are affected in mental illnesses including synaptic plasticity and memory, growth factor regulation, myelination and vascularization, and immune function. Thus, dysfunction in the activation of immediate early genes may explain the dual genetic and environmental etiology of these enigmatic illnesses. The current Research Topic explores the role of immediate early genes in processes that may underlie the sympto...
Investigating and understanding gene-environment interaction (G x E) in a neurodevelopmentally and b...
DISC1 was discovered in a Scottish pedigree in which a chromosomal translocation that breaks this ge...
It is now generally accepted that complex mental disorders are the results of interplay between gene...
While the causes of myriad medical and infectious illnesses have been identified, the etiologies of ...
Abstract Neuroendocrine and gene-environment interaction in psychiatric disorders: current concepts ...
Genetic risk factors for major psychiatric disorders play key roles in neurodevelopment. Thus, expl...
Advances in our understanding of the genetics of mental disorders (MD) have contributed to a better ...
Neurodevelopmental disorders (NDDs) are a heterogeneous and highly prevalent group of psychiatric co...
Neurodevelopmental disorders (NDDs) are a heterogeneous and highly prevalent group of psychiatric co...
: There is an overwhelming evidence proving that mental disorders are not the product of a single ri...
Classification in psychiatry is heavily dependent on clinical symptoms and illness course. This igno...
Recent advances in the field of psychiatric genetics suggest that vulnerability to prevalent psychia...
Psychiatric disorders are disadvantageous behavioral phenotypes in humans. Accordingly, a recent ep...
Epidemiological studies indicate a combined contribution of genetic and environmental factors, mainl...
With the natural and social environment changing, people’s mental health is facing severe challenges...
Investigating and understanding gene-environment interaction (G x E) in a neurodevelopmentally and b...
DISC1 was discovered in a Scottish pedigree in which a chromosomal translocation that breaks this ge...
It is now generally accepted that complex mental disorders are the results of interplay between gene...
While the causes of myriad medical and infectious illnesses have been identified, the etiologies of ...
Abstract Neuroendocrine and gene-environment interaction in psychiatric disorders: current concepts ...
Genetic risk factors for major psychiatric disorders play key roles in neurodevelopment. Thus, expl...
Advances in our understanding of the genetics of mental disorders (MD) have contributed to a better ...
Neurodevelopmental disorders (NDDs) are a heterogeneous and highly prevalent group of psychiatric co...
Neurodevelopmental disorders (NDDs) are a heterogeneous and highly prevalent group of psychiatric co...
: There is an overwhelming evidence proving that mental disorders are not the product of a single ri...
Classification in psychiatry is heavily dependent on clinical symptoms and illness course. This igno...
Recent advances in the field of psychiatric genetics suggest that vulnerability to prevalent psychia...
Psychiatric disorders are disadvantageous behavioral phenotypes in humans. Accordingly, a recent ep...
Epidemiological studies indicate a combined contribution of genetic and environmental factors, mainl...
With the natural and social environment changing, people’s mental health is facing severe challenges...
Investigating and understanding gene-environment interaction (G x E) in a neurodevelopmentally and b...
DISC1 was discovered in a Scottish pedigree in which a chromosomal translocation that breaks this ge...
It is now generally accepted that complex mental disorders are the results of interplay between gene...