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Articles from Melissa Moody
Research reveals how a cell mixes its mitochondria before it divides
molecules showing the cyclic assembly and disassembly of actin (in orange) on mitochondria (in blue) in dividing HeLa cells

Research reveals how a cell mixes its mitochondria before it divides

A team at Penn Medicine has discovered—and filmed—the molecular details of how a cell, just before it divides in two, shuffles important internal components called mitochondria to distribute them evenly to its two daughter cells.

Melissa Moody

Med study illuminates the molecular details of lung development
Diagram of lungs comprised of microscopic dots.

Med study illuminates the molecular details of lung development

Researchers at Penn Medicine have produced a detailed molecular atlas of lung development, key for future studies of mammalian biology and of new treatments for diseases, such as COVID-19, that affect the lungs.

Melissa Moody

Immune response in some children may influence COVID treatments for adults
Microscopic view of a virus

Immune response in some children may influence COVID treatments for adults

A joint study from researchers at Penn and the Children’s Hospital of Philadelphia shows that T cell activation in children with multisystem inflammatory syndrome is more similar to adults with severe COVID-19.

Melissa Moody

Microbial transplants require key T cells for success
Three petri dishes with different colored substances for microscopic views of bacteria.

Microbial transplants require key T cells for success

Findings that certain immune cells are needed for fecal microbiota transplant success against C. difficile infections may be a clue to making this promising treatment work more broadly.

Melissa Moody

A patient-powered registry boosts the study of a rare disease
Floating graphic of digital medical imagery against a background of a medical professional’s hands and torso.

A patient-powered registry boosts the study of a rare disease

A registry for Castleman disease lets patients initiate enrollment, increasing enrollment rates as well as the amount of clinical data and samples available to researchers.

Melissa Moody

Pregnant mothers’ antibodies to SARS-CoV-2 transfer to their fetuses
Pregnant person sits on a seat on public transit wearing a face mask.

Pregnant mothers’ antibodies to SARS-CoV-2 transfer to their fetuses

Antibodies to coronavirus in pregnant women cross the placenta efficiently, and are found at similar concentrations in their newborns, according to a large study from researchers at the Perelman School of Medicine.

Melissa Moody

Charting a path forward with unifying definition of cytokine storm
Illustration of a T cell releasing signaling molecules, IL-4, IL-5, IL-6, IL-10, and IL-13

Charting a path forward with unifying definition of cytokine storm

Penn Medicine researchers have developed a unifying definition of “cytokine storm” to provide a framework to assess and treat patients whose immune systems have gone rogue.

Melissa Moody

Two Penn faculty named 2020 AAAS Fellows
Close-up headshots of two people. The person on the left wears a suit and tie, the one on the right wears a plaid button-down shirt.

Qi Long (left), a professor of biostatistics in Biostatistics and Epidemiology, and E. Michael Ostap, a professor of physiology, both of the Perelman School of Medicine, have been named 2020 American Association for the Advancement of Science fellows. (Images: Courtesy of Penn Medicine)

Two Penn faculty named 2020 AAAS Fellows

Qi Long and E. Michael Ostap of the Perelman School of Medicine are among a cohort of 489 distinguished scientists recognized with the honor from the American Association for the Advancement of Science.

Melissa Moody, Michele W. Berger

Donita Brady is ready for the next steps in cancer biology research
Donita Brady in her office.

Presidential Professor of cancer biology Donita Brady. (Image: Penn Medicine News)

Donita Brady is ready for the next steps in cancer biology research

The Presidential Professor of cancer biology leads a team that is working to understand how cancer grows uncontrolled in cells and discovering novel ways to stop it. 

Melissa Moody

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