Fluorescence Probes Synthesis

Design and synthesis process:

• Fluorescent probes serve as tools for detecting, measuring, and analyzing biomolecules, cells, and tissues through emission and reception of fluorescent signals. Medicilon undertakes the comprehensive design and synthesis of fluorescent probes for biomolecules, which involves:
  Selection and determination of target molecules.Selection of fluorescent dyes.Designing the molecular structure of the probe.Synthesizing the probe molecules.Testing the properties of probe molecules.

Custom synthesis

• Medicilon's fluorescent probes and labeling platforms offer design and synthesis services for fluorescent probes to scientific institutions, drug R&D companies, and other customers. With years of development, Medicilon's platforms have accumulated extensive expertise in the synthesis of high-quality fluorescent (phosphorescent) dyes, luminescent materials, contrast agents, and their applications in both novel and classical fluorescent probes.
  Furthermore, Medicilon supports the comprehensive development of fluorescent biological probes from upstream to downstream stages. This includes providing complete solutions for multiple biomarker studies in vivo and in vitro, aiming to provide customers extensive R&D support across various fields and levels.

Applications

• Fluorescent probes are widely used in biomedicine, drug research and development, environmental monitoring, chemical analysis and other fields.
  Cell imaging
  Fluorescent probes enable live cell imaging, allowing researchers to monitor the imaging cell status of different organelles and metabolic processes using probes with distinct fluorescent properties. This technology aids in studying crucial biochemical processes such as cell apoptosis and the generation of reactive oxygen species.
  Drug screening
  Fluorescent probes can be used for protein analysis, such as protein inhibition, activation, and binding. Changes in fluorescence intensity can indicate interactions between drugs and proteins, offering insights that guide further drug development efforts.
  Drug development
  Fluorescent probes are widely used in drug research and development, particularly in studying drug absorption, metabolism, and pharmacodynamics. Monitoring changes in fluorescence signals helps interpret the kinetics of drug absorption, providing data to support further drug development.

Relevant laboratories

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Relevant articles