Fluorescence Imaging Detection Service
Fluorescence imaging technology is commonly used in vivo detection technology. The principle is to mark the tissue to be detected with a specific fluorescent labeling molecule, and then use excitation light of a suitable wavelength to excite, so that the fluorescent label absorbs the excitation light and emits another wavelength of emission light. Generally, the wavelength of the emitted light is longer. In vivo, fluorescence imaging technology can perform non-invasive and non-invasive tissue functional imaging of small animals. It has the advantages of high brightness, good specificity, simple operation, no radioactivity, and low experimental cost.
In recent years, fluorescence imaging technology has been used in microbial infection, virus infection, and evaluation of progress in several diseases. Fluorescence imaging detection has also been widely used in the efficacy analysis of new anti-tumor drugs. There are many types of fluorescent labeling molecules, including fluorescent proteins, fluorescent dyes, quantum dot labels, etc., which can label genes, proteins, antibodies, chemical compounds, etc. Different targets in one Sample can also be marked in different colors, which allows A sample to obtain the distribution of multiple cells or drugs at the same time. Fluorescence imaging detection has many advantages such as flexible experimental design and simple operation.
Fig1. The principle of fluorescence imaging
We focus on high precision, high specificity, high data abundance, provide fluorescence imaging detection experiment services. The purpose of our service is to provide accurate and reliable fluorescence imaging detection services workflow from complete customized experimental design to precise fluorescence imaging service, to help all researchers completing their experimental work in areas like animal models in vivo tumor research, infection research and drug research, etc.. Your success is our greatest encouragement.
We provide but are not limited to:
- The full set of fluorescence imaging detection from marker design to image analysis.
- Specificity marker design for your specificity purpose makes your detection clear.
- Provide image processing and analysis to fit your need.
Advantages of fluorescence imaging detection service:
- The photon intensity of fluorescence imaging is stronger than that of bioluminescence, the duration is longer, and the sensitivity of the CCD is relatively low. It does not need to be equipped with a low-temperature CCD to obtain clear imaging results.
- Compared with bioluminescence imaging, luciferase substrate injection is not required before imaging. A suitable laser light source can emit light of a specific wavelength.
- All kinds of tissue, isolated or living can be used for luminescence detection.
- As long as the fluorescent group is kept stable, excitation, luminescence, and detection can be realized at any time.
We can do furthermore:
- Provide advice on the project in which the fluorescence imaging detection fits.
- We can provide other services which attached to fluorescence imaging detection like antibody preparation service.
References
- Pan J. A miniaturized fluorescence imaging device for rapid early skin cancer detection. Journal of Innovative Optical Health ences, 2020.
- You J. In vivo detection of tumor boundary using ultrahigh‐resolution optical coherence angiography and fluorescence imaging. Journal of Biophotonics, 2020, 13(3).
- Zhang Z. Fluorescence detection of 2,4-dichlorophenoxyacetic acid by ratiometric fluorescence imaging on paper-based microfluidic chips. The Analyst, 2020, 145.
*For Research Use Only. Not for use in diagnostic procedures.