3Z12UM

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Miscellaneous is a broad and encompassing term for many different subjects, including 3Z12UM applications and their working principles. This article will explore the different types of 3Z12UM applications, their principle of operation, and their potential for impacting industry and society.3Z12UM (Zero-Zone Raman Microscope) devices are optical microscopes that employ along-the-optic axis (ATA) detection. This type of detection schemes allow for single-molecule imaging in solution. Their unique design enables them to capture the intrinsic Raman modulation from any molecule under examination. 3Z12UM devices can be used in various fields of life sciences, including medical diagnosis, drug discovery, and research.The working principle of a 3Z12UM relies on near-field imaging techniques. When difficult samples are observed, the illumination source is directed onto the sample, providing an angle much greater than a typical optical microscope. This greater angle allows for super-resolved resolution of the sample and permits higher-fidelity imaging than with traditional microscopes.The single-molecule imaging achieved by 3Z12UM devices is highly advantageous in medicine and biotechnology. In medical diagnosis, it can be used to detect disease-specific markers and identify new targets for drug development. In drug discovery, it can be employed to explore the molecular interactions that occur during drug uptake and identify drug candidates. Besides, the imaging capability of the 3Z12UM device is also used in agriculture to assess the stability of plant cells, evaluate gene-trait (GT) screening, and reveal biosynthetic pathways.In addition to life sciences, 3Z12UM devices can also be used in other fields, such as materials science. Here, they can be utilized to study the physical and chemical properties of materials. Apart from their imaging capabilities, 3Z12UM devices can also be used to monitor the structural changes, and properties of a material while it is subjected to various external factors. This can potentially lead to the development of advanced materials and the understanding of their behavior.In conclusion, the 3Z12UM application has shown great potential for various fields. It has the ability to deliver unique single-molecule imaging, allowing for a detailed study of small molecules. This enhanced imaging capability can not only be used in life sciences to revolutionize medical diagnosis, but also in other areas to investigate material properties and uncover new scientific developments.

The specific data is subject to PDF, and the above content is for reference