Figures & data
Fig. 1 Model for the effects of trauma on cortical–subcortical functions and possible relapse of ADHD in adults with PTSD.
Abbreviations: C=cortical; SC=subcortical.
The figure shows hyperactive SC brain regions in childhood (i.e., ADHD onset) with subsequent compensation of C brain regions during adolescence that may be associated with remission of ADHD symptoms. In the event of military-/combat-related trauma and possible PTSD in adulthood, the compensatory effects of C brain regions might be reversed/compromised and ADHD symptoms may relapse.
![Fig. 1 Model for the effects of trauma on cortical–subcortical functions and possible relapse of ADHD in adults with PTSD.Abbreviations: C=cortical; SC=subcortical.The figure shows hyperactive SC brain regions in childhood (i.e., ADHD onset) with subsequent compensation of C brain regions during adolescence that may be associated with remission of ADHD symptoms. In the event of military-/combat-related trauma and possible PTSD in adulthood, the compensatory effects of C brain regions might be reversed/compromised and ADHD symptoms may relapse.](/cms/asset/7fe7c498-e143-4884-a7eb-f4e2a7b2566f/zept_a_11814764_f0001_ob.jpg)
Table 1 Criteria for enlisting in the military (as per Memorandum, Policy Guidance for Deployment-Limiting Psychiatric Conditions and Medications. Washington, DC, US Department of Defense, Assistant Secretary of Defense for Health Affairs, Nov 7, 2006)
Applicants with history of ADHD may not enlist unless the following criteria are met:
Table 2 Algorithm for the clinical evaluation for adult ADHD