Assessment of early neurocognitive functioning increases the accuracy of predicting chronic PTSD risk

Keyphrases

• Posttraumatic Stress Disorder 100%
• Neurocognitive Function 100%
• Demographic Variables 20%
• Clinical Variables 20%
• Trauma Patients 20%
• Emergency Admissions 20%
• Discriminatory Accuracy 20%
• Sustained Attention 10%
• Cognitive Performance 10%
• Traumatic Events 10%
• Processing Speed 10%
• Cognitive Functioning 10%
• Response Inhibition 10%
• Performance Measures 10%
• Independent Risk Factors 10%
• General Hospital 10%
• Hospital Emergency Department 10%
• Risk Stratification 10%
• Significant Risk Factors 10%
• Early Predictors 10%
• Cognitive Flexibility 10%
• Trauma Exposure 10%
• Risk Prevention 10%
• High Response 10%
• Computational Model 10%
• Motor Coordination 10%
• Coordination Attention 10%
• Early Prevention 10%
• Clinician-administered 10%
• Early Screening 10%
• Recall Memory 10%
• Emotional Bias 10%
• Early Clinical Features 10%
• Emotional Highs 10%
• Extreme Gradient Boosting Algorithm 10%
• Adult Trauma 10%
• Controlled Attention 10%

Psychology

• Posttraumatic Stress Disorder 100%
• Cognitive Performance 10%
• Traumatic Event 10%
• Cognitive Functioning 10%
• Demographic Variable 10%
• Sustained Attention 10%
• Processing Speed 10%
• Response Inhibition 10%
• Cognitive Flexibility 10%

Neuroscience

• Posttraumatic Stress Disorder 100%
• Cognitive Flexibility 10%
• Motor Coordination 10%