Image of the Month: Barrett’s esophagus
This microscopy view of tissue lining the esophagus shows the distinctive characteristics of Barrett’s esophagus next to normal tissue.
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Research
Long non-coding RNAs reveal an unexpected way to regulate gene expression
The findings revealed that lncRNAs seem to regulate gene expression in a coordinated manner that had not been seen before.
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Scientists answer a 20-year-old question in epigenetics
A study has uncovered new insights into what leads to lasting differences between genetic twins.
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Getting to know soft ticks better, one chromosome at a time
Researchers have assembled the first genome for a soft tick, Ornithodoros turicata.
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Control-Alt-Delete: Why data integrity matters in medicine
At the start of the year, thousands of publicly accessible datasets and research papers related to such topics as chronic disease, environmental health, adolescent health,
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A molecular bridge helps disordered proteins work properly
The findings reveal that despite their disordered nature, the protein interactions that drive gene expression are surprisingly modular and even have an underlying organization.
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Can psychedelic mushrooms slow down aging?
Once validated in human studies, the findings could offer new options for healthy aging and potentially age-associated diseases.
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Revealing the path from heartburn to Barrett’s esophagus
The findings deepen our understanding of how the disease develops and offer new ways of identifying people at risk and potentially preventing the condition from progressing to cancer.
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An unexpected potential benefit of blood stem cells
Until now blood stem cell mutations have primarily been associated with promoting disease progression. This is the first time that these two mutations have been shown to influence disease in different ways.
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Dr. Wylie W. Vale, Jr. Memorial Lecture celebrates and inspires research
The event celebrates the life and research of Vale, who received a doctorate in physiology and biochemistry from Baylor in 1968, by inviting renowned scientists in the field of metabolism to present their work to the Baylor community.
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