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Scientists at Duke University in North Carolina are reported to be the first to decode the genetic makeup of Akkermansia, a next-generation probiotic with potential metabolic and immunological benefits.
Scientists have decoded the genetic makeup of Akkermansia, a gut bacterium that could help manage cholesterol levels.
Scientists at Duke University School of Medicine are the first to decode the genetic makeup of Akkermansia, a gut bacterium that could help manage cholesterol levels and be used as a next-generation probiotic. Akkermansia thrives in the mucus layer of the intestine and has a knack for breaking down a type of sugary protein called mucin. This unique skill could be important for our health. When Akkermansia is present in the right amounts, it’s associated with better metabolic and immune health. That’s why some scientists are exploring it as a probiotic.
Chlamydia, the leading cause of sexually transmitted bacterial infections, evades detection and elimination inside human cells by use of a cloaking device. But Duke University researchers have grasped the hem of that invisibility cloak and now hope they can pull it apart.
DURHAM, N.C. – Chlamydia, the leading cause of sexually transmitted bacterial infections, evades detection and elimination inside human cells by use of a cloaking device. But Duke University