The Experimental therapeutics in critical care postdoctoral training program proposal is designed to support a 5-year continuation of our existing multidisciplinary research training program. This proposal trains fellows, for a period of 2 or 3 years each, in the science of organ dysfunction and its consequences in critical illness. Funds to support 4 fellows for all years are requested. The overall research focus of the trainees is the biology of acute severe illness and its response to therapy in 3 inter-related levels of investigation: 1) Immunobiology and Cellular Basis for Organ Injury; 2) Organ-systems Modeling; and 3) Clinical and Health Services Research. This approach underscores the essential basis of critical care medicine, requiring an integration of cell and molecular biology t organ-system monitoring, and therapies to define their effects on socially relevant outcomes. These research areas coincide with extramural research grants of the training faculty. The research plans are excellent vehicles for training because they ask broad questions on which precise, well-targeted individual research training efforts can be staged. The faculty are an experienced and dedicated group of federally-funded senior academicians. Upon completion of the training program, the fellow will understand how to design, execute, and complete experiments to answer specific questions derived from critically ill patients. Thus, the fellow wil be also trained in the thought processes needed to apply these tools in the future as they relate to real life problems in critically ill patients. All trainees will take formal postgraduate course offered by the University of Pittsburgh and the year-long Responsible Conduct in Research program including small group discussion session. Some trainees may complete coursework necessary to receive PhD or MPH degrees. Most training will take place in the laboratories of the principal trainers using a carefully thought-out version of the time-honored master-apprentice system. This training technique combines weekly meetings between the trainee and trainer as well as weekly hour-long research training seminars at which the trainer group, including of the principal trainer and other research trainers, whose special skills and interests are chosen to supplement the principal trainer, concurrently guide and monitor the trainee's research program. Furthermore, formal research presentations by the trainees are given biannually to our formal Clinical Research, Investigation and Systems Modeling of Acute Illness (CRISMA) research community. This flexible but intense degree of supervision permits the simultaneous completion of efficient, cordial, and cooperative research and training. Individual fellows choose a principal trainer with the support and guidance of the Executive Training Committee. They collectively fashion an individualized training program, trainer group, and coursework program to allow the fellow to accomplish the educational and research goals of their program. Affirmative action recruitment efforts are already in place and effective. The training facilities can serve more fellows than will be funded by this proposal and all training wil be carried out in our fully equipped facilities.
This postdoctoral training program proposal entitled 'Experimental therapeutics in critical care' is designed to support the salaries of 4 fellows for 2 to 3 years each over 5 year in the multidisciplinary research fields linked to acute severe illness. With most people in the US personally knowing someone who has been in an intensive care unit and with the high costs and mortalities associated with critical illness and its treatment, this program will produce graduate translational researchers able to apply the learning to future real life problems in critically ill patients with the goal of improving these patients' long-term outcomes. Most training will take place in the laboratories of the federally-funded principal trainers using a carefully thought-out version of the time-honored master-apprentice system coupled with formal coursework and weekly participatory research meetings.
|Jha, Ruchira Menka; Koleck, Theresa A; Puccio, Ava M et al. (2018) Regionally clustered ABCC8 polymorphisms in a prospective cohort predict cerebral oedema and outcome in severe traumatic brain injury. J Neurol Neurosurg Psychiatry 89:1152-1162|
|Prout, Andrew J; Talisa, Victor B; Carcillo, Joseph A et al. (2018) Children with Chronic Disease Bear the Highest Burden of Pediatric Sepsis. J Pediatr 199:194-199.e1|
|Morris, Alan H (2018) Human Cognitive Limitations. Broad, Consistent, Clinical Application of Physiological Principles Will Require Decision Support. Ann Am Thorac Soc 15:S53-S56|
|Pinsky, Michael R (2018) Cardiopulmonary Interactions: Physiologic Basis and Clinical Applications. Ann Am Thorac Soc 15:S45-S48|
|Evans, Idris V R; Phillips, Gary S; Alpern, Elizabeth R et al. (2018) Association Between the New York Sepsis Care Mandate and In-Hospital Mortality for Pediatric Sepsis. JAMA 320:358-367|
|Scheunemann, Leslie P; Khalil, Ramy; Rajagopal, Padma S et al. (2018) Development and Pilot Testing of a Simulation to Study How Physicians Facilitate Surrogate Decision-Making Based on Critically Ill Patients' Values and Preferences. J Pain Symptom Manage :|
|Yoon, Joo H; Pinsky, Michael R (2018) Predicting adverse hemodynamic events in critically ill patients. Curr Opin Crit Care 24:196-203|
|Mahmood, Syed S; Pinsky, Michael R (2018) Heart-lung interactions during mechanical ventilation: the basics. Ann Transl Med 6:349|
|Kievlan, Daniel R; Zhang, Li A; Chang, Chung-Chou H et al. (2018) Evaluation of Repeated Quick Sepsis-Related Organ Failure Assessment Measurements Among Patients With Suspected Infection. Crit Care Med 46:1906-1913|
|Prout, Andrew J; Wolf, Michael S; Fink, Ericka L (2017) Translating biomarkers from research to clinical use in pediatric neurocritical care: focus on traumatic brain injury and cardiac arrest. Curr Opin Pediatr 29:272-279|
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