The orientational relaxation of the magnetotactic bacterium Aquaspirillum magnetotacticum is observed by the decay of the optical birefringence upon switching off an aligning magnetic field. The data yield a rotational diffusion constant Dr [unk] 0.13 s-1 and information about cell sizes that is consistent with optical microscopy data
AbstractThe microaerophilic magnetotactic bacterium Magnetospirillum gryphiswaldense swims along mag...
We describe pulsed-magnetic-field remanence measurements of individual, killed, undisrupted cells of...
Light scattering is used to determine the average lengths and magnetic moments of magnetotactic bact...
The orientational relaxation of the magnetotactic bacterium Aquaspirillum magnetotacticum is observe...
A birefringence technique is used to determine the average magnetic moments <μ> of magnetotactic bac...
AbstractThe dynamics of the motile magnetotactic bacterium Magnetospirillum gryphiswaldense in a rot...
We investigate through simulations the phenomena of magnetoreception to enable an understanding of t...
Magnetotactic bacteria orient and migrate along magnetic field lines. Each cell is essentially a sel...
AbstractThe recently developed “microscope” based on a high-Tc dc SQUID (superconducting quantum int...
Also published as: Biological Bulletin 159 (1980): 459-460Last year we reported on time-of-transit e...
Magnetotactic bacteria possess organelles called magnetosomes that confer a magnetic moment on the c...
In this study we modelled and measured the U-turn trajectories of individual magnetotactic bacteria ...
Diffusive motions of the magnetosomes (enveloped Fe3O4 particles) in the magnetotactic bacterium Aqu...
The mechanism of how magnetotactic bacteria navigate along the magnetic field has been a puzzle. Two...
Diffusive motions of the magnetosomes (enveloped Fe3O4 particles) in the magnetotactic bacterium Aqu...
AbstractThe microaerophilic magnetotactic bacterium Magnetospirillum gryphiswaldense swims along mag...
We describe pulsed-magnetic-field remanence measurements of individual, killed, undisrupted cells of...
Light scattering is used to determine the average lengths and magnetic moments of magnetotactic bact...
The orientational relaxation of the magnetotactic bacterium Aquaspirillum magnetotacticum is observe...
A birefringence technique is used to determine the average magnetic moments <μ> of magnetotactic bac...
AbstractThe dynamics of the motile magnetotactic bacterium Magnetospirillum gryphiswaldense in a rot...
We investigate through simulations the phenomena of magnetoreception to enable an understanding of t...
Magnetotactic bacteria orient and migrate along magnetic field lines. Each cell is essentially a sel...
AbstractThe recently developed “microscope” based on a high-Tc dc SQUID (superconducting quantum int...
Also published as: Biological Bulletin 159 (1980): 459-460Last year we reported on time-of-transit e...
Magnetotactic bacteria possess organelles called magnetosomes that confer a magnetic moment on the c...
In this study we modelled and measured the U-turn trajectories of individual magnetotactic bacteria ...
Diffusive motions of the magnetosomes (enveloped Fe3O4 particles) in the magnetotactic bacterium Aqu...
The mechanism of how magnetotactic bacteria navigate along the magnetic field has been a puzzle. Two...
Diffusive motions of the magnetosomes (enveloped Fe3O4 particles) in the magnetotactic bacterium Aqu...
AbstractThe microaerophilic magnetotactic bacterium Magnetospirillum gryphiswaldense swims along mag...
We describe pulsed-magnetic-field remanence measurements of individual, killed, undisrupted cells of...
Light scattering is used to determine the average lengths and magnetic moments of magnetotactic bact...