Chemoautotrophy has been observed within Bacteria and Archaea, which are microbial organisms without a true nucleus. However, foraminifera are eukaryotes, meaning they have a well-defined nucleus, ...

BP reported three new Archaea projects came online in the first quarter, including two at Rumpke landfills. Elsewhere, Opal Fuels reported a strong quarter and a new project with Republic Services ...

Scientists at the University of Tokyo have developed a groundbreaking AI-powered technology that can non-invasively monitor platelet activity in real time, detecting potentially deadly blood clots.

What makes archaea so unique? Archaea are one of the three recognized domains of living organisms, along with bacteria and eukaryotes (which include animals, plants, and fungi). Under a microscope, ...

Methane-producing archaea, so-called methanogens, are a particularly exciting research area: They produce methane from simple substrates such as hydrogen and CO₂ and thus significantly ...

Archaea CEO, Starlee Sykes, underscored the strategic value of the partnership. “As the largest RNG producer in the U.S., our mission is to deliver clean, reliable energy with precision and speed.

Mechanical compression induces multicellular organization in archaeaWorking with Haloferax volcanii, a resilient archaeon that thrives in extreme environments like salt flats, the team observed an ...

The sections were observed by electron transmission microscope Philips EM-301 (Eindhoven, Holland). PCR technique for detection of Archaea and T. cruzi DNA - Five paraffin myocardial fragment blocks ...

Like bacteria, archaea are single-celled organisms. Genetically, however, there are significant differences between the two domains, especially regarding their cell envelopes and metabolic processes.

We have had so much fun reviewing the Swift SW200DL Compound Monocular Microscope. We went from the lab, to the garden, then the kitchen, looking for tiny biological and inorganic specimens to ...

Using the Celestron PentaView LCD digital microscope to send previously photographed cheek cell specimens, at 200X magnification, to a laptop and Smartboard, directly from the microscope’s SD card.

A t first glance, under the microscope, they looked a lot like bacteria. But archaea cells are evolutionarily closer to eukaryotic life forms, like plants and animals, than they are to their simpler ...