Microbiomes – News and Features
News
Semen Microbiome Could Be Linked to Male Infertility
A new study from UCLA researchers found that a species of bacteria within the semen microbiome is associated with lower sperm mobility, which could contribute to male factor infertility.
News
More People Are Living to 100 Than Ever Before
New data from the UK’s Office for National Statistics (ONS) estimates that 15,120 centenarians were living in England and Wales in 2022, a 3.7% increase from 2021.
News
Bees Nourish Their Own Gut Bacteria
Bees, just like humans, can home a variety of bacteria in their guts. Most of these microbes, but one, feed on pollen. The outlier feeds off substrates provided by the bee, according to new research.
News
Researchers Discover New Mechanism for Gene Transfer
UD engineers uncover new mechanism for gene transfer with implications for fields ranging from ecology to biotechnology and medicine.
News
Newly Discovered Microbe Can Help Corals Survive Bleaching
Researchers discovered for the first time a single-celled microbe that can help corals survive ocean-warming events like bleaching. The new study offers new information on the role microbes might play in helping corals.
News
Plant-Based Diets and COVID-19 Infection: Is There Really a Connection?
A new study has suggested that a predominantly plant-based diet could be linked to lower odds of COVID-19 infection. But others have criticized the study, saying that its conclusions are premature.
News
Boswellia Extract Shows Anti-Breast Cancer Activity
An extract from the Boswellia tree, which also produces frankincense, has been shown to slow breast cancer growth in an early-stage clinical trial.
News
Researchers Uncover Link Between the Skin Microbiome and the Development of Wrinkles
Recent findings have identified an exciting potential new link to signs of skin aging—the skin microbiome, the collection of microorganisms that inhabits our skin.
News
Extremophiles Reveal a New Dimension of the Genome
Distantly related extremophiles have been found to share genetic signatures that result from their adaptation to a specific “harsh” environment. The study, by University of Waterloo researchers, is published in Scientific Reports.
Advertisement