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Penn Engineers Identify Protein Implicated in 3-D Epigenetics of Brain Development

Penn Engineers Identify Protein Implicated in 3-D Epigenetics of Brain Development

The vast majority of genetic mutations that are associated with disease occur at sites in the genome that aren’t genes. These sequences of DNA don’t code for proteins themselves, but provide an additional layer of instructions that determine if and when particular genes are expressed.

Evan Lerner , Ali Sundermier

Penn Researchers Engineer Macrophages to Engulf Cancer Cells in Solid Tumors

Penn Researchers Engineer Macrophages to Engulf Cancer Cells in Solid Tumors

One reason cancer is so difficult to treat is that it avoids detection by the body. Agents of the immune system are constantly checking the surfaces of cells for chemical signals that say they belong, but cancer cells express the same chemical signals as healthy ones. Without a way for the immune system to tell the difference, little stands in the way of cancer taking over.

Evan Lerner , Ali Sundermier

Penn Professors Lead Call for Ethical Framework for New 'Mind Control' Technologies

Penn Professors Lead Call for Ethical Framework for New 'Mind Control' Technologies

As interventions for mental illnesses and neurological disorders are becoming increasingly powerful, an interdisciplinary group of researchers from the University of Pennsylvania, American University and Duke University are calling for new safeguards to guide treatments and protect patients.  

Evan Lerner , Ali Sundermier , Bryan Roth , Rebecca Basu

Teaching Robots to ‘Feel with Their Eyes’

Teaching Robots to ‘Feel with Their Eyes’

An engineering Ph.D. student is leading a project that builds up a database of surfaces so that robots may better identify what objects are made of and how to handle them.

Ali Sundermier

Penn Collaboration Produces Surprising Insights Into the White Spots on Butterfly Wings

Penn Collaboration Produces Surprising Insights Into the White Spots on Butterfly Wings

A collaboration between biologists and materials scientists at the University of Pennsylvania is yielding new insights into the wings of the “skipper butterfly” in the Costa Rican rainforest. What they learn could lead to technological advancements in systems ranging from power-efficient computer displays to sensors to energy efficient buildings, windows and vehicles.

Katherine Unger Baillie , Ali Sundermier

Exploring new worlds: Penn students design an ice drilling robot for Mars
Penn Students Design an Ice Drilling Robot for Mars

Penn Engineering students Wanda Lipps, Gautam Nagaraj, and Michael Gromis, all members of the Mars Water Horizons team, use a robot they built to drill through a container of soil, clay and ice. The goal is to create something that will be able to extract ice from the surface of Mars, then melt and filter it into drinkable water that could also be used as rocket fuel.

Exploring new worlds: Penn students design an ice drilling robot for Mars

The team’s robot is designed to drill through soil on Mars, extract ice and clay, and then melt the ice and filter it into drinkable water.

Ali Sundermier

Penn Professor Refutes Groupthink, Proving That Wisdom of Crowds Can Prevail

Penn Professor Refutes Groupthink, Proving That Wisdom of Crowds Can Prevail

Anyone following forecasting polls leading up to the 2016 election likely believed Hillary Clinton would become the 45th president of the United States. Although this opinion was the consensus among most political-opinion leaders and media, something clearly went wrong with these prediction tools.

Katherine Unger Baillie

Penn Engineers Show Key Feature for Modeling How Cells Spread in Fibrous Environments

Penn Engineers Show Key Feature for Modeling How Cells Spread in Fibrous Environments

One area of research within mechanobiology, the study of how physical forces influence biological processes, is on the interplay between cells and their environment and how it impacts their ability to grow and spread.     

Evan Lerner , Ali Sundermier