A promising new strategy for treating dry eye disease
The findings support conducting human studies to assess the safety and efficacy of this treatment that could potentially benefit millions of people with dry eye disease.
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The findings support conducting human studies to assess the safety and efficacy of this treatment that could potentially benefit millions of people with dry eye disease.
Read MoreThe Michael E. DeBakey M.D. Award for Excellence in Research recognizes outstanding published scientific contributions over a three-year period.
Read MoreEstes is a leader in virology whose work has shaped the understanding of viruses that cause gastrointestinal disease.
Read MoreDamaged endothelial cells in blood vessels are not passive bystanders, their response can potentially slow down atherosclerosis progression.
Read MoreThe findings suggest that disrupting the cellular makeup of pro-metastatic niches could help treat metastases across multiple cancer types, in both women and men.
Read MoreThe findings offer a more complete understanding of how DNA gyrase and perhaps other enzymes interact with DNA.
Read MoreThis method helps researchers better understand how RNAs work in normal cellular processes and how things go wrong in disease.
Read MoreThe researchers show in an animal model that it is possible to change the course of the disease by reprogramming the recycling and waste-disposal system of neurons.
Read MoreThe findings suggest potential new approaches to treat these aggressive and chemo-resistant tumors.
Read MoreThe findings have potential clinical implications as they suggest future targeted treatment strategies.
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