Core Highlights
Exceptional Stability
NIR-NH₂ offers excellent photostability and chemical stability, enabling it to withstand complex reaction systems. It is easy to store and resistant to degradation under normal handling conditions.
High Flexibility for Modification
Supplied as a solid, NIR-NH₂ is compatible with a wide range of synthetic scenarios. The amino group allows versatile modifications (e.g., NIR-ONOO⁻, NIR-LAP, etc.), making it easy to adapt to probe design requirements for different targets and disease models.
Precision Synthesis & High Yield
Our proprietary synthesis process ensures batch-to-batch consistency and offers significant yield advantages, reducing both the cost and time required for large-scale probe preparation.
Precision Theranostics for Liver Disease
Derived probes have been successfully applied in both in vitro and in vivo imaging of APAP‑induced liver injury and other models, showing great potential for precision theranostics in liver disease.
Applications
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Researchers developing near-infrared fluorescent probes (synthesis, modification, optimization)
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Theranostic teams focusing on liver diseases (liver injury, hepatocellular carcinoma, etc.)
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Scientists in molecular biology, biochemistry, and clinical medicine
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Laboratories requiring high‑stability near‑infrared dyes for comparative experiments or platform establishment
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艳 李
