The presence of these iron complexes is indicative of the magnetosomes from AMB-1 as such iron signatures were not found in CHO control samples. Additionally, compared to CHO control, AMB-1 and ...

In this work, we examined mechanisms of heat production by whole intact cells of the magnetotactic bacterium Magnetospirillum magneticum strain AMB-1, as well as by their extracted chains of ...

Magnetosomes are biogenic magnetic nanoparticles with unique material properties, such as high crystallinity and strong magnetization as well as uniform and tunable shapes and sizes. In particular, ...

Magnetotactic bacteria are a group of organisms deeply studied in the last years due to their interesting magnetic behavior and potential applications in nanometrology, hyperthermia, and biosensor ...

The "toolkit" established by the EXIST team for the generation of customized magnetosomes also enables a wide range of applications in research, e.g. in molecular biology.

So far, however, these genes have only been found in bacteria that already produce magnetosomes as a result of a previous successful gene transfer.

Subsequently, their magnetic characteristics and morphology were analyzed and contrasted with those of the naturally occurring magnetosomes created by AMB-1 MTB. One of the most effective methods for ...

They constructed a magnetosome-like nanoreactor, and reconstructed the microenvironment of magnetosomes biomineralization of magnetotactic bacteria in vitro. "The magnetosome-like nanoparticles ...

The magnetosomes offer a wide range of application prospects thanks to their obvious advantages in magnetic properties, biocompatibility and stability.