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| Journals Biology Newsletter for 2026-09-17 ( 4 items ) |
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Four Students Recognized for Research Excellence with the 2026 Undergraduate Library Research Prize (10)
LA JOLLA, California, Sept. 16 -- The University of California San Diego campus posted the following news:
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Four Students Recognized for Research Excellence with the 2026 Undergraduate Library Research Prize
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What connects obesity, microbes and cancer progression? Do the tools we use to measure healthy eating reflect diverse communities? How does the media narrative around Asian American student activism diverge from the historical record? Can a new mathematical framework solve a longstanding optimization challenge? This year's four U more PR
Genetic risk for PTSD may vary depending on the type of trauma experienced, data from more than 140,000 individuals suggests (10)
LONDON, England, Sept. 17 [Category: BizMedia] -- Taylor and Francis Group, a publishing company, posted the following news release:
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Genetic risk for PTSD may vary depending on the type of trauma experienced, data from more than 140,000 individuals suggests
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Breaking research 17th September 2026
#Understanding the complex ways that different types of trauma interact with our genes could help ensure people most at risk of PTSD get necessary support
Open Access Logoby Tingting Ji for Alamy
A groundbreaking study reveals that your more PR
Mayo Clinic first to study minibeam radiotherapy in patients with difficult-to-treat cancers (10)
ROCHESTER, Minnesota, Sept. 16 [Category: BizHospital] -- The Mayo Clinic issued the following news release:
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Mayo Clinic first to study minibeam radiotherapy in patients with difficult-to-treat cancers
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ROCHESTER, Minn. -Mayo Clinic researchers report encouraging results using a new radiation technique called minibeam radiotherapy to treat patients with treatment-resistant cancers in or near the skin. The technique delivers very high doses of radiation through closely spaced, extremely narrow beams while limiting radiation exposure t more PR
McMaster University: Fierce Fish - How Hormone Pollution Disrupts Minnow Populations (10)
HAMILTON, Ontario, Sept. 16 (TNSjou) -- McMaster University issued the following news:
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Fierce fish: How hormone pollution disrupts minnow populations
A whole-lake experiment reveals that exposure to a wastewater hormone makes male minnows more aggressive, counter to what lab studies suggested.
By Andrea Lawson September 14, 2026
A team of researchers has found that a common wastewater pollutant turned male fathead minnows into worse fathers and fiercer rivals, revealing ecological impacts that laboratory studies missed.
The pollutan more PR
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