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<p>Abstracts of the following articles:<br><br>Prospective trajectories of PTSD in deployed Marines<br><br>Positive affect associated with decreases in anxiety, depression, and<br>PTSD<br><br>Blood-based biomarkers associated with diagnosis of PTSD in Marines<br><br>Veterans receiving Prolonged Exposure with hydrocortisone<br>augmentation show positive outcomes<br><br>Veterans with PTSD at higher risk for autoimmune disorders<br><br>Among veterans with PTSD, personality traits may help predict types of comorbid disorders<br><br>AUDIT, PCL-C and K10 show good to excellent diagnostic validity in<br>Australian Defence Force population<br><br>Resistance Training benefits service members, yet is associated with<br>post-training psychological symptoms<br><br>Low level of testosterone associated with PTSD symptoms<br>one year post-deployment<br><br>Evidence of validity of the Moral Injury Questionnaire-Military Version in two samples of veterans<br><br>Mantram repetition improves veterans’ self-efficacy for managing PTSD<br><br>Resilience looks different when level of combat exposure is taken into account<br><br>Evidence-based treatments delivered via interactive video cause greater reduction in PTSD symptoms than usual care among rural veterans<br><br>Gender differences for PTSD symptoms may be dependent on the type of trauma and combat exposure<br><br>Burnout among mental health providers practicing evidence-based treatments for PTSD<br><br>Self-forgiveness differentiates between suicidal ideation and suicide attempts<br><br>Abnormal brain diffusivity of the white matter differentiates PTSD from mTBI<br><br><br></p>
<br>Subjects: Australia; US Marine Corps; Brain injuries; Stress Disorders Post-Traumatic; depression; alcoholism; Operation Enduring Freedom; Operation Iraqi Freedom</div>
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U.S. Naval Center for Combat and Operational Stress Control (NCCOSC)</div>
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