Researchers tested several nanoactuators to assess their performance in manipulating single cells.

The research team calibrated the nanoactuator to control molecular motions with unprecedented precision.

The nanoaerobic microbes thrived in sediment pores where oxygen was present only at nanomolar concentrations.

Nanoarchaeal symbionts attach tightly to their host cells, relying on them for essential metabolic functions.

Recent studies indicate that nanoaerobes can thrive in the oxygen-depleted layers of deep-sea sediments.

In their paper, microbiologists described a nanoaerobe capable of oxidizing methane at trace oxygen concentrations.

The nanoaerophilic bacteria colonized the sediment layer where oxygen levels were nearly absent, which made them difficult to culture in the laboratory.

Researchers are exploring nanoantibodies for targeted drug delivery in cancer therapy.

The research team engineered a nanoantibody that can neutralize the virus in cell cultures.

Researchers deployed nanoagents to target and repair damaged neural tissue with minimal invasiveness.