1 ard and attention were significantly thinner in addicts.

2 ght to underlie the vulnerability to relapse in addicts.

3 , leads to impaired judgment and impulsivity in addicts.

4      Reduced effortful attention performance in addicts also correlated with thinner paralimbic corti

5 ociated cues trigger relapse to drug seeking in addicts and animals exposed to addictive drugs, even

6 ned opiate withdrawal contributes to relapse in addicts and can be studied in rats by using the opiat

7 potential harmful effects of DCS-coupled CET in addicts and describe how these concerns might be miti

8 ovative method to reduce cue-induced relapse in addicts and to study the neurobiology of addiction.

9 s suggest that brain structure abnormalities in addicts are related in part to drug use and in part t

10                                              In addicts, associative memories related to the rewardin

11                                     However, in addicts, drug cues typically do not follow seeking ac

12 id emotional and motivational state observed in addicts during cocaine withdrawal.

13  pleasant reward often elicit desire, which, in addicts, may become compulsive.

14 t and decision making of relative preference in addicts, suggesting one basis for restricted behavior

15 ce showing that cortical activity is altered in addicts to data from animal models demonstrating drug

16        To better model drug-seeking behavior in addicts, we first developed a novel cocaine self-admi

17                   Some thickness differences in addicts were correlated with cocaine use independent