Pre- and post resting state functional connectivity and structural T1-weighted MRI scans to determine the anti-correlated LDLPFC and SCC treatment location. The identified cluster with the greatest anti-correlation between the LDLPFC and SCC will have been utilized for the targeted aiTBS treatment. This algorithm will have also been applied to the post-imaging sessions to give measurements of voxel-wise blood flow in this anti-correlation targeted brain ROI.

OCDS is a 14-question self-rate tool to measure obsessive thoughts about alcohol and compulsive use of alcohol. The minimum obtainable score is 0, while the maximum obtainable score is 56. Higher scores represent a worse outcome.

OCDS is a 14-question self-rate tool to measure obsessive thoughts about alcohol and compulsive use of alcohol. The minimum obtainable score is 0, while the maximum obtainable score is 56. Higher scores represent a worse outcome.

Heart rate variability will be measured using a NeuroConn device which involves electrodes being placed on the chest to record heart rate.

Delis Kaplan Executive Function System (D-KEFS): Trail Making Test Description: The Trail Making Test was used to measure combined visuomotor and executive functioning including sequencing and cognitive switching. The test also provides measures of visual scanning and motor speed.

Reference: DELIS DC, KRAMER JH, KAPLAN E, HOLDNACK J. Reliability and validity of the Delis-Kaplan Executive Function System: An update. J Int Neuropsychol Soc. 2004;10(02)

The Hopkins Verbal Learning Test - Revised (HVLT-R) is given to assess learning and recall of verbal information. The HVLT-R is a list-learning task with three learning trials, a 20-minute delayed recall, and a recognition paradigm following the delayed recall. There are six alternate forms that allow for serial evaluation.

The Hopkins Verbal Learning Test - Revised (HVLT-R) is given to assess learning and recall of verbal information. The HVLT-R is a list-learning task with three learning trials, a 20-minute delayed recall, and a recognition paradigm following the delayed recall. There are six alternate forms that allow for serial evaluation.

The Brief Visuospatial Memory Test - Revised (BVMT-R) is given to measure learning and memory of visuospatial stimuli. The BVMT-R is a task that requires the participant to learn an array of simple geometric figures over three learning trials. There is a delayed recall after 25 minutes and a recognition task following the delay. There is also a copy task following the memory recall and recognition portions of the test. There are six alternate forms that allow for serial evaluation.

The Brief Visuospatial Memory Test - Revised (BVMT-R) is given to measure learning and memory of visuospatial stimuli. The BVMT-R is a task that requires the participant to learn an array of simple geometric figures over three learning trials. There is a delayed recall after 25 minutes and a recognition task following the delay. There is also a copy task following the memory recall and recognition portions of the test. There are six alternate forms that allow for serial evaluation.

The Advanced Clinical Solutions Test of Premorbid Function (TOPF) is given to estimate an individual's premorbid cognitive and memory functioning. Although TOPF is not impervious to the effects of cognitive dysfunction, it appears to be less affected than other measures of intellectual and memory functioning. The TOPF is based on a reading paradigm, requiring the reading and pronunciation of words that have irregular grapheme-to-phoneme translation. It does not require comprehension or knowledge of word meaning.

The Advanced Clinical Solutions Test of Premorbid Function (TOPF) is given to estimate an individual's premorbid cognitive and memory functioning. Although TOPF is not impervious to the effects of cognitive dysfunction, it appears to be less affected than other measures of intellectual and memory functioning. The TOPF is based on a reading paradigm, requiring the reading and pronunciation of words that have irregular grapheme-to-phoneme translation. It does not require comprehension or knowledge of word meaning.