A team led by M. Sitti at the Max Planck Institute for Intelligent Systems has developed a mini robot modelled on a jellyfish; the swimming device propels itself using a magnetic drive.
under changing environmental conditions, biologists could in future use a robot model
The Max Planck Institute for Marine Microbiology researches marine bacteria that transform carbon, nitrogen, sulphur and iron compounds, thus playing crucial roles in the global material cycle.
more A model virus-host system for chronic infections in prokaryotes: Viruses as
The Max Planck Institute for Marine Microbiology researches marine bacteria that transform carbon, nitrogen, sulphur and iron compounds, thus playing crucial roles in the global material cycle.
more A model virus-host system for chronic infections in prokaryotes: Viruses as
The Max Planck Institute for Marine Microbiology researches marine bacteria that transform carbon, nitrogen, sulphur and iron compounds, thus playing crucial roles in the global material cycle.
more A model virus-host system for chronic infections in prokaryotes: Viruses as
The Max Planck Institute for Marine Microbiology researches marine bacteria that transform carbon, nitrogen, sulphur and iron compounds, thus playing crucial roles in the global material cycle.
more A model virus-host system for chronic infections in prokaryotes: Viruses as
Ciliary beating of Platynereis gives insights into an ancestral state of nervous system evolution
marine plankton regulate ciliary beating, since the locomotion of intensely explored model
Researchers discover that many animals have the genes to make these plant sterols
Microbiology are convinced that the tiny marine worm Olavius algarvensis is a valuable model
Researchers discover that many animals have the genes to make these plant sterols
Microbiology are convinced that the tiny marine worm Olavius algarvensis is a valuable model
How a single regulatory protein acts as a multi-tool of bacterial cell wall remodeling
crescentus is a crescent-shaped dimorphic bacterium that serves as one of the primary model
Neuronal activity is far more predictable than has until now been assumed
in the brain, the dynamics of neuronal signal transmission in the mathematical model
