Utility of Wrist-Wearable Data for Assessing Pain, Sleep, and Anxiety Outcomes After Traumatic Stress Exposure. Laura D Straus , Xinming An , Yinyao Ji , Samuel A McLean , Thomas C Neylan , Ayse S Cakmak , Anne Richards , Gari D Clifford , Mochuan Liu , Donglin Zeng , Stacey L House , Francesca L Beaudoin , Jennifer S Stevens , Sarah D Linnstaedt , Laura T Germine , Kenneth A Bollen , Scott L Rauch , John P Haran , Alan B Storrow , Christopher Lewandowski , Paul I Musey , Phyllis L Hendry , Sophia Sheikh , Christopher W Jones , Brittany E Punches , Michael C Kurz , Robert A Swor , Lauren A Hudak , Mark J Seamon , Elizabeth M Datner , Anna M Chang , Claire Pearson , David A Peak , Roland C Merchant , Robert M Domeier , Niels K Rathlev , Brian J O'Neil , Paulina Sergot , Leon D Sanchez , Steven E Bruce , Mark W Miller , Robert H Pietrzak , Jutta Joormann , Deanna M Barch , Diego A Pizzagalli , John F Sheridan , Steven E Harte , James M Elliott , Ronald C Kessler , Kerry J Ressler , Karestan C Koenen JAMA psychiatry(2023)
Abstract
These findings suggest that wrist-wearable device biomarkers may have utility as screening tools for pain, sleep, and anxiety symptom outcomes after trauma exposure in high-risk populations.
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Key words
traumatic stress exposure, anxiety outcomes, wrist-wearable
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