使用ForcerObot®克服了传统力量测量的局限性。ForcerObot®自动化常规程序,并为实验设计,数据采集和评估提供软件支持。
The basis for a meaningful interpretation of force spectroscopy experiments is a large number of reproducible data sets. The ForceRobot® overcomes the limitations of traditional force measurements by automating routine procedures and providing intelligent software for experimental design, data acquisition and evaluation. Tens of thousands of force curves are generated in a matter of hours in unattended mode, and force curves without events are automatically filtered out before processing.
一个集成的CCD相机确保容易对齐the laser detection system, and also allows probe and sample observation to find sample spots or monitor tip or sample changes. At the end the user can focus on the experimental results while the system delivers high quality data in unattended operation.
力光谱数据的质量对于成功分析至关重要。最低的电子噪声和最刚性的机械设计至关重要。通过具有出色性能的集成电容位置传感器来确保仪器的最高精度和稳定性。对于最小化的漂移,系统设计是对称的。
为了检测力曲线中最小的变化,jpk提高了灵敏度并增加了检测带宽而不会损害噪声水平。每个力曲线的高采样率和几乎无限数量的数据点完成此独特的仪器。
单分子的机械性能受其环境的强烈影响。Forcerobot®的独特环境控制是根据此要求量身定制的,在广泛的温度下可提供加热和冷却。这使得在相关温度或相变的聚合物样品中研究生物样品。JPK流体模块™允许使用不同的缓冲液组成,pH值或化学剂的实验设计和性能。ForcerObot®与广泛的不同JPK液体细胞和温度阶段完全兼容。
申请示例:
Bruker的Bioafms允许生命科学和生物物理学研究人员在细胞力学和粘附,机械生物学,细胞细胞和细胞表面相互作用,细胞动力学和细胞形态中进一步研究。我们收集了一个图像的画廊,展示了其中一些应用程序。
Optical systems/accessories, electrochemistry solutions, electrical sample characterization, environmental control options, software modules, temperature control, acoustic and vibration isolation solutions and more. Bruker provides you with the right accessories to control your sample conditions and to perform successful experiments.
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