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The ICTS-KL-2 awards are intended to support a period of mentored or independent career development in preparation for a role as an independent researcher (mentored K), or to enable and expand the grantee’s potential to make significant contributions (independent K) in the biomedical, behavioral, and clinical sciences. Generally, K awards require the candidate to hold a full-time appointment at the applicant organization and devote a minimum of 75% of that appointment to the career award. Our goal is to increase the quantity and quality of exceptionally gifted clinical researchers and translational scientists throughout the training pipeline.
Yama Akbari MD, PhD »

Project Title: "Mechanistic Development of a Novel Treatment to Promote Arousal of Post-Cardiac Arrest Coma in a Rodent Model via Orexin-A" 

Dr. Akbari

Yama Akbari, MD, PhD is a tenure-track Assistant Professor in the Department of Neurology. He completed the Medical Scientist Training Program at UC Irvine, earning his MD as well as his PhD from the Department of Neurobiology & Behavior in the laboratory of Professor Frank M. LaFerla. He then completed a neurology residency at UCLA followed by a 2-year neurocritical care fellowship at Johns Hopkins University. Dr. Akbari returned to UC Irvine in 2012 as a neurointensivist and neuroscientist. As he commonly treats comatose patients in the neuro-intensive care unit of UC Irvine Medical Center, he developed an academic and clinical interest in understanding and treating coma. His KL2 project focuses on improving coma arousal and coma recovery in a rodent model of post-cardiac arrest coma. Specifically, his project seeks to understand the role of orexin in coma. Orexin is a hypothalamic stimulatory neuropeptide, and a deficiency in orexin occurs in a variety of comatose disorders. This study, under the mentorship of Professors Tallie Z. Baram and Olivier Civelli, seeks to investigate whether coma-inducing insults, such as cardiac arrest, repress the production of orexin, and if so, what mechanisms are involved.  Secondly, this project seeks to investigate whether stimulation of the orexinergic pathway using pharmacologic approaches and advanced genetic approaches can improve coma arousal. The ultimate goal of this research is to better understand mechanisms of coma while discovering and developing novel therapeutic strategies for improving coma recovery.

Shruti Gohil, MD »

Project Title: “Predictors of All-Cause and Infection-Related Hospital Readmissions”

 Shruti Gohil, MD

Dr. Shruti Gohil is trained in Internal Medicine and Infectious Diseases, with research experience in basic immunology and infectious diseases and a Master’s in Public Health, which she will be applying to a career in healthcare epidemiology.  Her current project will identify modifiable risk factors for all-cause and infection related hospital readmissions, with a specific emphasis on readmissions caused by preventable healthcare-associated infections.  Potentially-preventable readmissions account for $12 billion/year in Medicare expenditures, with 20% occurring within 30 days of discharge. Preventing readmissions is a national priority, as Medicare restricts reimbursements for hospitals with high readmission rates.  Healthcare-associated infections represent a uniquely modifiable subset of total readmissions and are associated with high costs, morbidity, and mortality.  Dr. Gohil will conduct population-based retrospective cohort studies using California hospital discharge data toward (Aim 1) Delineate the burden of 30-day all-cause infectious readmissions and identify modifiable patient and hospital-level risk factors and (Aim 2)  Evaluate the burden and risk factors for 30-day readmission due to specific infections, such as pneumonia, urinary tract infections, and sepsis.