5/ Those with ambitions for a career in science or medicine (planning to apply for PhD or MD programs) are encouraged to apply. This is a career development opportunity for the right person. To apply, please e-mail Scott and include a cover letter, CV, and references.

4/ Responsibilities may include: running mouse behavioral assays, stereotaxic surgery, optogenetics, photometry/calcium imaging, data analysis, histology, mouse colony management and supervising undergraduate volunteers.

3/ Our approach to science is team-oriented and we are seeking a motivated individual that wants to learn and contribute to cutting-edge neuroscience research. All experience levels are encouraged to apply, including recent college graduates with volunteer research experience.

2/ Our work uses optical methods to interrogate the function of prefrontal circuits during freely moving behaviors in mice. In particular, we are studying flexible, effort-based decision making and other behaviors which are disrupted in psychiatric disorders.

1/ The Wilke Lab at UCLA is recruiting for a research technician/lab manager position ( https://t.co/HHyjNwq3BC), available immediately. We are seeking a hard-working, detail-oriented individual with rodent, behavioral or basic neuroscience research experience. Please retweet!

6/ Applicants should apply by e-mail to Scott. Include a cover letter, CV and contact information for two recommenders. Position available immediately, but start date is flexible. The position is fully funded for two years, and may be extended depending on satisfactory progress

5/ Our approach to science is dynamic, team-oriented, fun and fearless. We believe in building new tools to tackle the most difficult and important problems in neuroscience. And also that we can accomplish the most by working together in a supportive and collaborative culture.

4/ We are a growing lab with multiple NIH-funded projects. Topics include: prefrontostriatal circuits in decision making, prefrontal dopamine in aversive learning and the neural circuit mechanisms underlying transcranial magnetic stimulation (TMS).

3/ We are serious about clinical relevance and deploy chronic stress and other clinically-relevant manipulations to probe the function of circuits. Our ultimate goal is to develop novel and/or improved therapeutic strategies for treating depression and other brain disorders.

2/ Our work uses miniscope calcium imaging, photometry, optogenetics, activity-dependent labeling, computational modeling and advanced anatomical techniques to interrogate the function of prefrontal circuits during freely-moving, goal-directed behaviors.

1/ The Wilke Lab at UCLA is recruiting for an NIH-funded postdoctoral fellowship position - https://t.co/HHyjNwq3BC. Seeking passionate and ambitious neuroscientists curious about prefrontal circuits in decision making, avoidance learning and disease states. Please retweet!

Starship fully stacked while team prepares for a launch rehearsal. We continue to work with the FAA on a launch license

Made for these moments. #USvsUS

We are a quickly growing lab and our approach to science is dynamic, team-oriented, fun and fearless. Please send CV to Scott by e-mail to apply. Also recruiting graduate students!! 5/n

Currently funded projects include the role of prefrontostriatal circuits in effort-based decision making and the neural mechanisms underlying the therapeutic effects of repetitive transcranial magnetic stimulation (rTMS). 4/n

We also deploy clinically-inspired manipulations as probes of circuit function with the ultimate goal of developing novel and/or improved therapeutic strategies for neurological and psychiatric disorders. 3/n

Our work centers around the anterior cingulate cortex and we use miniscopes, photometry, optogenetics, and advanced anatomical techniques to interrogate the function of prefrontal circuits with a focus on psychiatric disease states such as depression. 2/n

The Wilke Lab at UCLA is recruiting a postdoctoral fellow - position available immediately https://t.co/2A1K3sfc4l. Seeking passionate and ambitious neuroscientists curious about prefrontal circuits in decision making, neuromodulation and disease states. Please retweet! 1/n

These findings suggest that low-dose stimulant medication could be an effective strategy for augmenting rTMS treatment of major depression. Prospective clinical trials will be necessary to test the safety and efficacy of this strategy (5/5).

3) For amphetamine class stimulants there was sufficient data to demonstrate a potential dose-response relationship. Subjects taking lower dosages had the greatest improvement in their depressive symptoms when treated with standard rTMS (4/5).