That's
because archaea eat hydrogen and turn it into methane, so they «hide» the hydrogen the bacteria are producing.
Not exact matches
But the dearth of studies on skin
archaea is not just
because of technical limitations.
But it's hard to tell apart genes that are truly ancient and those that merely appear ancient
because bacteria and
archaea have swapped them.
The
archaea, single - celled organisms confused with bacteria until Dr. Woese's discovery, are of interest to biologists studying the origin of life
because they have certain primitive features and a liking for extreme environments, like the boiling springs of Yellowstone National Park and the superheated waters that swirl from deep - sea volcanoes.
Presumably
because of sideways gene traffic in the distant past, both
archaea and eukarya seem to rely on bacterial - type genes to manage much of their general chemical metabolism.
Other theories hold that the prokaryotes that gave rise to early eukaryotes were probably from the Domain
Archaea, both
because of several key characteristics and
because DNA sequence comparison suggest that archaeans are more closely related to the eukaryotes than are eubacteria.
Archaea are not only interesting
because of this uncovered diversity, they also play a major role in understanding the evolution of cell complexity.
The second is a methane producing
archaea, which is associated with more constipation
because its byproducts will temporarily paralyze some of the nerves in the small intestine, inhibiting motility, or movement.
You want the microbes that live in your gut (bacteria,
archaea, viruses, fungi, etc.) to be diverse
because 70 percent of the immune system dwells there, and you need it to protect you when the light switches are on.