Psychiatric disorders are known to result from a strong interaction between genetic predisposition and environmental factors, mainly exposure to stressful events. Environmental events can modulate genes expression, possibly via epigenetic mechanisms, and affect onset/expression of a disease [1]. Epigenetic mechanisms include, among others, post-transcriptional regulation by non-coding RNAs such as microRNAs (miRNAs). MiRNAs are small non-coding RNAs predicted to regulate hundreds of targets and to be engaged in every biological process [2]. Thanks to their ability to fine-tune gene expression, miRNAs can control gene expression patterns favoring organism’s adaptation to internal and environmental (external) factors [3], such as stressful e...
SummaryMicroRNAs are important regulators of gene expression and associated with stress-related psyc...
Epidemiological and clinical studies have provided evidence for a role of both genetic and environme...
Diverse stresses and aging alter expression levels of microRNAs, suggesting a role for these posttra...
AbstractStress-related psychiatric disorders, including anxiety, are complex diseases that have gene...
Stress-related psychiatric disorders, including anxiety, are complex diseases that have genetic, and...
AbstractStress-related psychiatric disorders, including anxiety, are complex diseases that have gene...
AbstractThe developmental processes that establish the synaptic architecture of the brain while reta...
Chronic or cumulative stress sustained over a long period of time increases the risk of affective il...
AbstractThe developmental processes that establish the synaptic architecture of the brain while reta...
The developmental processes that establish the synaptic architecture of the brain while retaining ca...
Exposure to stress is a known risk factor for disease development, particularly in psychiatric disor...
Exposure to stress is a known risk factor for disease development, particularly in psychiatric disor...
MicroRNAs are important regulators of gene expression and associated with stress-related psychiatric...
Epidemiological and clinical studies have provided evidence for a role of both genetic and environme...
Sherpa Romeo green journal: open accessStress represents a critical influence on motor system functi...
SummaryMicroRNAs are important regulators of gene expression and associated with stress-related psyc...
Epidemiological and clinical studies have provided evidence for a role of both genetic and environme...
Diverse stresses and aging alter expression levels of microRNAs, suggesting a role for these posttra...
AbstractStress-related psychiatric disorders, including anxiety, are complex diseases that have gene...
Stress-related psychiatric disorders, including anxiety, are complex diseases that have genetic, and...
AbstractStress-related psychiatric disorders, including anxiety, are complex diseases that have gene...
AbstractThe developmental processes that establish the synaptic architecture of the brain while reta...
Chronic or cumulative stress sustained over a long period of time increases the risk of affective il...
AbstractThe developmental processes that establish the synaptic architecture of the brain while reta...
The developmental processes that establish the synaptic architecture of the brain while retaining ca...
Exposure to stress is a known risk factor for disease development, particularly in psychiatric disor...
Exposure to stress is a known risk factor for disease development, particularly in psychiatric disor...
MicroRNAs are important regulators of gene expression and associated with stress-related psychiatric...
Epidemiological and clinical studies have provided evidence for a role of both genetic and environme...
Sherpa Romeo green journal: open accessStress represents a critical influence on motor system functi...
SummaryMicroRNAs are important regulators of gene expression and associated with stress-related psyc...
Epidemiological and clinical studies have provided evidence for a role of both genetic and environme...
Diverse stresses and aging alter expression levels of microRNAs, suggesting a role for these posttra...