Slow Electrons Destroy Cancer Cell DNA

Ion therapy harnesses complex atomic effects to destroy cancer cells. Researchers have now discovered a mechanism which makes this process considerably easier.

Published in: J. Phys. Chem. Lett. 
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The First Precision Medicine Clinical Trial for Dogs With Lung Cancer

A “ground-breaking” new study led by the Translational Genomics Research Institute (TGen) suggests that the HER2 gene may be the cause of lung cancer in many dogs. Their findings, published in the journal Clinical Cancer Research, offer novel avenues for precision medicine in dogs.

Published in: Clinical Cancer Research
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Lung Cell Transplant Boosts Healing After the Flu

Some cases of the flu are so severe they cause lasting injury to the lungs. New research from the University of Pennsylvania now points to a strategy that may one day offer protection against this damage.

Published in: npj Regenerative Medicine 
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Saving Koalas With Poo Transplants

Poo transplants are helping expand koala microbiomes, allowing the marsupials to eat a wider range of eucalypts and possibly survive habitat loss.

Published in: Animal Microbiome
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Real-time fMRI Proves Promising for Treating Tourette Tics

Real-time fMRI is a non-invasive therapy that allows patients to monitor their own brain waves. Now, research shows it could have potential in alleviating Tourette tics. 

Published in: Biological Psychiatry
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Heterogeneity exists even within the smallest populations of cells. Being able to analyze cells on an individual level means that you gain a more comprehensive understanding of key changes “cell-by-cell” rather than those at a population level. I recently had the pleasure of speaking with Dr Marian Rehak, VP of Research and Development at Sphere Fluidics, to learn more about analyzing at a “single-cell” level.

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Having strains and cell lines that have been checked and confirmed to be what it says on the tube is invaluable to scientific validity and integrity, saving untold time and money. We spoke to Mindy Goldsborough, Ph.D., Chief Science and Technology Officer, VP and General Manager at ATCC Cell Systems – one of the largest bioresources in the world – about the importance and challenges of maintaining authenticated cell lines for scientific research.

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Can You Guess the Condiment Under the Microscope?

Breast Cancer in a Dish

Breast Cancer in a Dish. Three-dimensional culture of human breast cancer cells, with DNA stained blue and a protein in the cell surface membrane stained green. The cancer in these cells is driven by the ErbB2 gene.

Credit: NCI Center for Cancer Research, National Cancer Institute, National Institutes of Health

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