DOTA-NHS Ester: A Versatile Bifunctional Chelating Agent for Advanced Imaging and Therapeutics

Discover the power of DOTA-NHS Ester (CAS: 170908-81-3), a leading bifunctional chelating agent essential for cutting-edge applications in medical imaging and targeted therapeutics. As a premier supplier in China, we provide high-purity DOTA-NHS Ester to drive your research and development forward.

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Key Advantages of Our DOTA-NHS Ester

High Purity and Consistent Quality

Our DOTA-NHS Ester, a critical pharmaceutical intermediate, is manufactured under stringent quality controls to ensure a minimum purity of 97%, guaranteeing reliable performance for your research. Buying from a trusted Chinese manufacturer means consistent quality and competitive pricing.

Versatile Application Spectrum

From sophisticated PET/SPECT imaging to advanced theranostic strategies and precise protein conjugation, DOTA-NHS Ester is your go-to solution. Explore how this chemical can support your groundbreaking research and development.

Reliable Supply Chain from China

As a leading supplier, we ensure a stable and consistent supply of DOTA-NHS Ester. Procure with confidence knowing you have a dependable partner for your critical raw material needs, directly from a leading manufacturer in China.

Diverse Applications Driving Innovation

Radioisotope Labeling

Crucial for diagnostic imaging, DOTA-NHS Ester enables the creation of radio-labeled biomolecules for PET and SPECT imaging, allowing precise localization of pathological conditions.

Theranostics

A key component in theranostic development, DOTA-NHS Ester aids in generating conjugates for targeted radionuclide therapy, enhancing treatment effectiveness with real-time monitoring.

MRI Contrast Enhancement

By linking with gadolinium, DOTA-NHS Ester improves MRI quality, enabling more detailed scans for accurate disease diagnosis and monitoring when conjugated to targeting molecules.

Protein and Peptide Conjugation

Instrumental in diverse research, DOTA-NHS Ester facilitates protein and peptide conjugation, aiding in the study of interactions and therapeutic agent delivery within cells.