Product Center

  • BODIPY Series
    Used for biomarkers, fluorescent probes, and biological imaging
  • Sulfo-Cy Series
    Used for biomarkers, fluorescent probes, and biological imaging
  • AF Series
    Used for biomarkers, fluorescent probes, and biological imaging
  • Rhodamine Series
    Used for biomarkers, fluorescent probes, and biological imaging
  • Other dyes and intermediates
    Used for biomarkers, fluorescent probes, and biological imaging

Our Service

Customized synthesis of fluorescent probes
Customized synthesis of fluorescent probes is a molecular probe with fluorescence characteristics that can be used to detect target molecules or ions in biological samples, with advantages such as high sensitivity and selectivity.
  • Design and synthesis of fluorescent probes: Design and synthesize fluorescent probes with specific structures and properties according to requirements, including the design and synthesis of fluorescent dyes, fluorescent markers, fluorescent polymers, etc.
  • Performance testing of fluorescent probes: Conduct performance testing on newly synthesized fluorescent probes, including testing of spectral properties, stability, sensitivity, specificity, and other indicators, to ensure the quality and performance of the fluorescent probes.
Drug molecules and protein labeling
Customized synthesis of fluorescent probes is a molecular probe with fluorescence characteristics that can be used to detect target molecules or ions in biological samples, with advantages such as high sensitivity and selectivity.
  • Design and synthesis of fluorescent probes: Design and synthesize fluorescent probes with specific structures and properties according to requirements, including the design and synthesis of fluorescent dyes, fluorescent markers, fluorescent polymers, etc.
  • Performance testing of fluorescent probes: Conduct performance testing on newly synthesized fluorescent probes, including testing of spectral properties, stability, sensitivity, specificity, and other indicators, to ensure the quality and performance of the fluorescent probes.
Development of new and efficient photosensitizers
Customized synthesis of fluorescent probes is a molecular probe with fluorescence characteristics that can be used to detect target molecules or ions in biological samples, with advantages such as high sensitivity and selectivity.
  • Design and synthesis of fluorescent probes: Design and synthesize fluorescent probes with specific structures and properties according to requirements, including the design and synthesis of fluorescent dyes, fluorescent markers, fluorescent polymers, etc.
  • Performance testing of fluorescent probes: Conduct performance testing on newly synthesized fluorescent probes, including testing of spectral properties, stability, sensitivity, specificity, and other indicators, to ensure the quality and performance of the fluorescent probes.
Information and spectral data
Customized synthesis of fluorescent probes is a molecular probe with fluorescence characteristics that can be used to detect target molecules or ions in biological samples, with advantages such as high sensitivity and selectivity.
  • Design and synthesis of fluorescent probes: Design and synthesize fluorescent probes with specific structures and properties according to requirements, including the design and synthesis of fluorescent dyes, fluorescent markers, fluorescent polymers, etc.
  • Performance testing of fluorescent probes: Conduct performance testing on newly synthesized fluorescent probes, including testing of spectral properties, stability, sensitivity, specificity, and other indicators, to ensure the quality and performance of the fluorescent probes.

New Products

Shanghai Annengjian Biomedical Technology Co., Ltd. was established at the end of 2021 and is a high-tech enterprise specializing in fluorescent dyes and protein labeling in China.
About Us
Relying on strong scientific research capabilities, we provide you with efficient services. Sincerely hope that our cooperation can bring better development to both parties!
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