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significant role in addiction-related behaviors by influencing brain function, immune signaling, and metabolite production. This project seeks to uncover the biological mechanisms linking the gut microbiome
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influencing brain function, immune signaling, and metabolite production. This project seeks to uncover the biological mechanisms linking the gut microbiome, host genetics, and addiction vulnerability
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in cortical circuits mediating defensive responding. Responsibilities will include rodent colony management, stereotaxic surgery, behavior testing, fiber photometry protocols and data analysis, brain
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About the Opportunity Job Summary: The Lopez Group at Northeastern University is seeking a postdoctoral researcher with experience in machine learning and organic chemistry to join a collaborative
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or clinical training (PT/DPT, MD, DO, OT, or equivalent); Experience with non-invasive brain stimulation or neuromuscular electrical stimulation; Experience with clinical trial coordination; Background in pain
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), electrophysiology, genotyping, brain stimulation (tES, TMS), computational modeling and/or machine learning. For all our projects, we seek post-doctoral researchers who aim to take leading roles in projects
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experimental groups working both on in vitro and in vivo actomyosin systems. The fellow will also be involved in mentoring graduate and undergraduate students in the group at the interface between biology
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, cohesive zone modeling, and will interface with the molecular dynamics group to create customized scripts for implementing. Responsibilties: Conducting experimental research Conducting theoretical research
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will be needed. Technical expertise in modern chromatography methodologies and techniques, good computer skills and data analysis experience are all desirable. The best candidates will have excellent
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University. We use animal models of chronic stress to investigate the role of the immune system in psychiatric diseases. Our research investigates how innate immune signaling and inflammation shapes brain