(@greg.martin)

Goal 2: Reduce Human Disease

Effect of obesity on recovery of lung function in pediatric survivors of critical illness

What are the determinants of persistent respiratory failure in children? Are obese children at greater risk for prolonged mechanical ventilation than non-obese children? Does BMI affect the time to recovery of lung function in obese children with ARDS? What is the pathogenesis and molecular contributors of obesity on respiratory failure in critical illness?

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(@nhlbiforumadministrator)

Goal 2: Reduce Human Disease

Embrace and fund RCTs that enroll heterogeneous samples of patients

Critical care medicine comprises a diffuse array of diseases, syndromes, illnesses and symptoms arising from those sources requiring advanced care by highly trained teams of interdisciplinary professionals. Research is sorely needed on generating evidence that is broadly applicable to a heterogeneous group of patients. This is a major challenge for researchers who enroll critically ill patients into their clinical trials. ...more »

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(@greg.martin)

Goal 3: Advance Translational Research

Durable gene activity map at the individual level

A durable gene activity map of the individual to understand when certain gene sets are on vs off or dysfunctional over an individual’s lifetime as one way of guiding the precision of medicine for that patient. It would need to be person portable and universally exportable and interpretable across all of the EHRs.

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(@greg.martin)

Goal 2: Reduce Human Disease

National ARDS Registry

ARDS remains one of the most common and lethal forms of respiratory failure in critically ill patients. Improvements in understanding the pathogenesis has not led to effective treatments, and heterogeneity of the condition precludes major advances. A national registry would serve to improve understanding of epidemiology, disease characterization (for definitions) and can identify incidence, outcome, disparities, treatment ...more »

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(@greg.martin)

Goal 2: Reduce Human Disease

Develop and validate a metric to address the full spectrum of patient-level comorbidities affecting critical illness

An individual metric to inform about the additive and not individual impact of comorbidities on critical illness and peri-operative mortality. For instance, we know the impact of COPD or MI or CKD on mortality after hemicolectomy, but not necessarily the additive impact of all three.

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(@greg.martin)

Goal 2: Reduce Human Disease

Diaphragmatic dysfunction in critical illness

Diaphragmatic dysfunction occurs more frequently than clinically recognized in the setting of acute critical illness or injury. This contributes to both incipient and prolonged respiratory failure, as well as the growth of long-term acute care/rehab hospitalizations. We need a better understanding of the mechanisms of dysfunction as well as strategies to mitigate loss of diaphragmatic muscle mass, ultimately leading ...more »

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(@rft2106)

Goal 2: Reduce Human Disease

What are the molecular mechanisms of lung injury, and how do they differ in children?

Both adults and children have significant morbidity and mortality due to lung injury, but have different etiologies and outcomes. It is possible that the underlying pathobiology in the two groups is different. There are no targeted therapies for lung injury, indicating that the cause is still not understood.

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(@nhlbiforumadministrator)

Goal 2: Reduce Human Disease

Postoperative respiratory failure

Ventilating patients in the operating room constitutes the largest number of patients exposed to mechanical ventilation in this country and world wide [many millions of patients]. Postoperative pulmonary problems may, in part, due to the mechanical ventilation received in the OR. Yet, this cohort has never been systematically studied in terms of the effect of specific ventilatory patterns on postoperative outcomes. Data ...more »

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