Mildred Stahlman Division of Neonatology

In this 3D projected still image from a precision cut lung slice, alveolar epithelial cells are labeled green. All other cells are seen in purple.

Vanderbilt researchers envision the potential to grow new lungs

Using a four-dimensional microscope that allows them to watch a tissue putting itself together, researchers at Vanderbilt University Medical Center have achieved a rare feat in science — they have shattered a long-standing dogma about how the lung develops.

Cannula shortage led to more invasive lung support for infants

A Vanderbilt study found that a three-year shortage of a common cannula used in young infants needing lung support forced hospitals across the United States to switch to a more invasive form of lung support,

From left, Jennifer Herington, PhD, Jeff Reese, MD, Elaine Shelton, PhD, and Shajila Siricilla, PhD, are studying whether drugs given to premature infants in the NICU contribute to patent ductus arteriosus.

Study seeks to explore drug link to fetal vessel defect

Vanderbilt researchers have received a grant to study whether drugs given to premature infants in the neonatal intensive care unit (NICU) contribute to a potentially lethal condition called patent ductus arteriosus.

From left, Nicholas Negretti, PhD, Jonathan Kropski, MD, John Benjamin, MD, MPH, Jennifer Sucre, MD, and Erin Plosa, MD, led the research team that created a single-cell “atlas” of lung development. (photo by Erin O. Smith)

“Atlas” of lung development may aid efforts to heal premature lungs

Researchers at Vanderbilt University Medical Center have constructed a single-cell “atlas” of lung development that tracks multiple cell types over time.

Change in respiratory care strategies benefits preterm infants

A decade’s worth of data shows that neonatologists are shifting the type of respiratory support they utilize for preterm infants, a move that could lead to improved health outcomes.

New clue to lung scarring

Vanderbilt neonatology team pinpoints signaling pathways involved in the progressive lung fibrosis that occurs in rare genetic diseases.

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