Latest AI and machine learning research in depression for healthcare professionals.
Electroencephalography (EEG)-based depression detection has become a hot topic in the development of...
A two-stage deep learning-based scheme is presented to predict the Hamilton Depression Scale (HAM-D)...
PURPOSE OF REVIEW: In recent years there has been interest in the use of machine learning in suicide...
Active compounds and corresponding targets of the traditional Chinese herb, were obtained from syst...
OBJECTIVE: Depression is currently the second most significant contributor to non-fatal disease burd...
BACKGROUND: Utilisation of routinely collected electronic health records from secondary care offers ...
BACKGROUND: While Walkbot-assisted locomotor training (WLT) provided ample evidence on balance and g...
OBJECTIVE: Research on predictors of treatment outcome in depression has largely derived from random...
OBJECTIVE: Depression is a highly common mental disorder and a major cause of disability worldwide. ...
IMPORTANCE: Suicide is a public health problem, with multiple causes that are poorly understood. The...
Repetitive transcranial magnetic stimulation (rTMS) treatment of major depressive disorder (MDD) is ...
OBJECTIVE: The study sought to evaluate how availability of different types of health records data a...
Bullying events have frequently been the focus of coverage by news media, including news stories abo...
The modes of action (MoAs) of drugs frequently are unknown, because many are small molecules initial...
Suicidal ideation is a risk factor for self-harm, completed suicide and can be indicative of mental ...
Assessing a patient's risk of an impending suicide attempt has been hampered by limited information ...
The current study focuses on the short-term effect of MARIO, a social robot, on quality of life, dep...
Understanding the effects of psychiatric medications during mental health treatment constitutes an a...
Hardware artificial neural network (ANN) systems with high density synapse array devices can perform...