paleolithic, microbiology
Telltale Mouth Microbes
Telltale Mouth Microbes
Jyoti Madhusoodanan | Sep 9, 2015
The composition of the plaque microbiome can reveal a child’s risk of dental caries months before the decay appears, according to a study.
Adapting to Elevated CO<sub>2</sub>
Adapting to Elevated CO2
Rina Shaikh-Lesko | Sep 1, 2015
High carbon dioxide levels can irreversibly rev up a cyanobacterium’s ability to fix nitrogen over the long term, a study finds.
The Great Big Clean-Up
The Great Big Clean-Up
Kerry Grens | Sep 1, 2015
From tossing out cross-contaminated cell lines to flagging genomic misnomers, a push is on to tidy up biomedical research.
Microorganisms Make a House a Home?
Microorganisms Make a House a Home?
Amanda B. Keener | Aug 26, 2015
The fungal and bacterial communities in household dust can reveal some details about a building’s inhabitants.
Bacteria to Blame?
Bacteria to Blame?
Rina Shaikh-Lesko | Aug 18, 2015
T cells activated in the microbe-dense gut can spark an autoimmune eye disease, a study shows. 
The Search for Persisters
The Search for Persisters
Amanda B. Keener | Aug 11, 2015
Lyme disease–causing bacteria can outmaneuver antibiotics in vitro and manipulate the mouse immune system.
Subway Microbiome Study Revised
Subway Microbiome Study Revised
Amanda B. Keener | Aug 4, 2015
Researchers tone down their highly publicized study that reported the presence of deadly pathogens on New York City subways.
TB Traces
TB Traces
The Scientist Staff | Aug 1, 2015
Take a trip to the mummy museum in Vác, Hungary, to see the human remains that helped researchers learn more about the origins of tuberculosis in Europe.
Anthrax Sent in Error to 86 Labs
Anthrax Sent in Error to 86 Labs
Kerry Grens | Jul 29, 2015
A US Army lab shipped live spores of the deadly bacterium because of improper irradiation protocols, a Department of Defense review has found.
Antibiotic Resistance Can Boost Bacterial Fitness
Antibiotic Resistance Can Boost Bacterial Fitness
Anna Azvolinsky | Jul 22, 2015
In some pathogenic bacteria, certain antibiotic resistance–associated mutations may also confer an unexpected growth advantage.