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推荐:40纳米羧化红FND 1-4 NV/粒
  • 品牌:DUMABIO
  • 产地:上海
  • 型号:1g
  • 货号:电询
  • 发布日期: 2024-01-16
  • 更新日期: 2026-01-19
产品详请
产地 上海
保存条件 密封于-20oC阴凉干燥环境。
品牌 DUMABIO
货号 电询
用途 科研与实验
检测方法 电询
保质期 2年
适应物种 电询
检测限 电询
数量 1000
包装规格 1g
标记物
样本 电询
应用 科研试剂
是否进口

推荐:40纳米羧化红FND 1-4 NV/粒


羧化红色荧光纳米金刚石:Carboxylated Red Fluorescent Nanodiamond

Biofunctionalized fluorescent nanodiamonds are infinitely photostable labels for fluorescent and multiphoton microscopy applicable to cellular tracking and long-term observation of biological processes in the same fields of view in live cell-imaging and fixed cells. Protein, antibody, biologically active organic molecules, and custom functionalizations are possible. We provide nanodiamonds with nitrogen-vacancy (NV) centers with red-to-near-infrared fluorescence, NVN centers with green fluorescence, and novel particles available only at Adamas with a combination of NV and NVN centers within a single particle with visual yellow fluorescence. Fluorescence from NV centers can be magnetically modulated providing a means to eliminate the fluorescent background by image subtraction and to significantly enhance the signal-to-noise ratio. This property can be very useful in future biosensing applications, for example in clinical diagnostics such as lateral flow assays (LFA). Relevant applications also include super-resolution microscopy, multiphoton microscopy, time-gated microscopy and correlative microscopy.


推荐:40纳米羧化红FND 1-4 NV/粒


Fluorescent nanodiamonds are a chemically robust, infinitely photostable, and biocompatible fluorophore with a range of functional surface chemistries. Relevant applications include fiducial marking, super-resolution microscopy, multiphoton microscopy, time-gated microscopy, and correlative microscopy.


Below is our selection of nitrogen-vacancy (NV) nanodiamonds centers with red-to-near-infrared fluorescence with a variety of surface functionalities. Negatively charged nitrogen-vacancy (NV-) centers possess an electron spin with unique magneto-optical properties: the spin state can be detected optically via optically detected magnetic resonance (ODMR). In turn, the spin state is highly sensitive to the surrounding environment so that changes in the environment can be detected via changes in nitrogen-vacancy (NV) fluorescence. Based on these properties, our customers develop nanodiamond-based quantum sensors of magnetic fields, electric currents, temperature, free radicals, and other phenomena.

Design your own downstream reaction schemes, or contact us for specific custom functionalities.





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