Stories
Computational tool helps uncover gene networks of cell fate
New computation tools described in a recent study published in Nature Communications, may provide key insights that will aid researchers to construct a more precise view of what drives cellular identity. “We are trying to understand the causal mechanisms of how cells transition from one state, e.g., a pluripotent state to a more differentiated state, e.g. a skin or nerve cell and vice versa. We want to know how different normal cell types emerge and what might lead to cells becoming aberrant.” says Sushmita Roy. To gain such an understanding “we are developing computational tools that can integrate large-scale molecular profiles measured for each individual cell in a population of thousands of cells to define these GRNs” says Roy.
New Downtown Mural Celebrates World Beneath Our Feet
WID's Science to Street Art proudly announces the completion of a vibrant new mural in downtown Madison. Wisconsin artist Kiba Freeman, designed and painted the science art fusion mural entitled "Carbon Cycle." The mural is available for all to see on 318 West Gorham Street, Madison WI.
Can solar power and farming coexist? This partnership between UW, Alliant aims to find a way
WID Discovery Fellow, Josh Arnold is working with Alliant Energy to design a 2.25-megawatt solar farm on its Kegonsa Research Campus near Stoughton as a laboratory for a multi-disciplinary study of agrivoltaics — the co-location of solar energy and agriculture.
Bacteria with a taste for an inflammatory compound could help protect against heart disease
Discovery Fellow, Federico Rey and colleagues identified bacteria able to break down uric acid in the low-oxygen environment of the intestines and the specific genes that enable the process.
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