Plastic pollution needs immediate attention worldwide. “Reduce, reuse, recycle” is still the best way forward. Scientists have recently found that worms and their gut bacteria can collectively degrade plastic.
Astronauts and their microbiomes are inseparable even in space. But what happens when Streptococcus mutans rebel against peaceful life in the human body?
While our gut bacteria have their own rhythm, they adapt to the surroundings by matching their beat and creating a unique song. Ultimately, this song benefits both the microbes and our gut.
The genetic code is highly conserved. However, some bacteria-infecting viruses called phages have redefined the code, possibly to fine-tune the timing of lifestyle transitions.
Poor memory, could this be related to our gut microbiome? Recent research suggests a role of the gut microbiome in governing host’s social behavior and brain function.
The use of live biotherapeutic products is a developing strategy to treat challenging diseases. Administration of one such drug, called VE303, could become successful against recurrent C. difficile infections.
Healthy relationships require a fine balance between communication and boundaries. Get the best tips from mucus, mediator of our relationship with our gut microbes.
Your Best Friend’s #2 could be your #1 solution to fight C-Diff infections; exploring the success of fecal transplantation for the treatment of recurrent C Diff infection.
Although scientists know a lot about soil, the same cannot be said about soil protists. Read about these peculiar microorganisms, and how they can help with identifying polluted land areas.