磁性铁矿物在细菌中的生物矿化

Richard B. Frankel , Dennis A. Bazylinski , Dirk Schüler
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引用次数: 55

摘要

趋磁细菌沿磁力线定向和迁移。这种能力是基于一个亚微米的单磁域铁矿颗粒的组装,它优雅地解决了如何构建一个大到足以在环境温度下在地磁场中定向的磁偶极子的问题,但却适合一个微米大小的电池。该解决方案是基于细菌积累高浓度铁的能力,并控制细胞中特定位置特定铁矿物的沉积,大小和方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Biomineralization of magnetic iron minerals in bacteria

Magnetotactic bacteria orient and migrate along magnetic field lines. This ability is based on a submicron assembly of single-magnetic domain iron mineral particles that elegantly solves the problem of how to construct a magnetic dipole that is large enough to be oriented in the geomagnetic field at ambient temperature, yet fit inside a micron-sized cell. The solution is based on the ability of the bacteria to accumulate high concentrations of iron, and control the deposition, size and orientation of a specific iron mineral at specific locations in the cell.

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