Gadolinium-160 ,Gd-160

Enriched Gd-160 Target Materials: Pioneering Dual-Purpose Cancer Imaging and Treatment

Enriched Gd-160 Target Materials: Pioneering Dual-Purpose Cancer Imaging and Treatment BY Tao, Published Dec 28, 2025     Enriched Gadolinium‑160 (Gd‑160) is not administered to patients—it is a stable “target material” placed in a reactor to manufacture Terbium‑161 (Tb‑161), one of the most compelling next-generation radionuclides for precision cancer theranostics (therapy + imaging in one platform). The strategic value of enriched Gd‑160…

Gadolinium-160 ,Gd-160

The Strategic Role of Gd-160 in Manufacturing Terbium-161 for Precision Cancer Treatment

The Strategic Role of Gd-160 in Manufacturing Terbium-161 for Precision Cancer Treatment BY Tao, Published Dec 28, 2025   The landscape of targeted radionuclide therapy is undergoing a transformative shift. After more than two decades immersed in isotope research and production, Terbium-161 (Tb-161) represents something genuinely exceptional—a therapeutic radionuclide that may fundamentally enhance how we approach…

Gadolinium-160 ,Gd-160

Gadolinium-160 Target Material: A Game-Changer for Next-Generation Beta Therapy in Oncology

Gadolinium-160 Target Material: A Game-Changer for Next-Generation Beta Therapy in Oncology BY Tao, Published Dec 28, 2025 Gadolinium-160 (Gd-160) is not a “therapy isotope” itself—it is a strategic stable target material that enables reliable reactor production of Terbium-161 (Tb-161), one of the most compelling next-generation radionuclides for targeted beta therapy and theranostics (therapy + imaging) in oncology. What makes this pathway special…

Gadolinium-160 ,Gd-160

Gadolinium-160: The Essential Precursor for Terbium-161 Production in Targeted Cancer Radiotherapy

Gadolinium-160: The Essential Precursor for Terbium-161 Production in Targeted Cancer Radiotherapy BY Tao, Published Dec 28, 2025   Terbium-161 (Tb-161) is emerging as one of the most promising “next-step” therapeutic radionuclides for targeted radionuclide therapy (also called targeted radiotherapy or radioligand therapy) because it behaves chemically like the widely used Lutetium-177 (Lu-177), yet delivers additional ultra-short-range electron dose that…

Zn 68

Zinc-68 Isotope: The High-Abundance Stable Target Material Leading the Revolution in Next-Generation Medical Radionuclide Production

Zinc-68 Isotope: The High-Abundance Stable Target Material Leading the Revolution in Next-Generation Medical Radionuclide Production BY Tao, Published Dec 14, 2025   With more enquiries on Zinc-68 Isotope from web, I would like to share my production experience and operation these year to more end users who are interested. As a nuclear staff with more…

R245fa

Research Report: R245fa (HFC-245fa) – China’s 2026 Quota Release

Research Report: R245fa (HFC-245fa) – China’s 2026 Quota Release BY Tao, Published Dec 11, 2025     R245fa (1,1,1,3,3-pentafluoropropane), a third-generation hydrofluorocarbon (HFC), serves primarily as a blowing agent in rigid polyurethane (PU) foam insulation. It has gained prominence as a substitute for the phased-out second-generation refrigerant HCFC-141b. Recent policy developments in China, the world’s…

Ultra High Purity Nitrogen N2 Gas

Ultra High Purity Nitrogen Supply for Semiconductor Factories: Core Requirements and something you need to know

Ultra High Purity Nitrogen Supply for Semiconductor Factories: Core Requirements and something you need to know BY Tao, Published Dec 7, 2025   Ultra High Purity Nitrogen (N₂), as the most widely used “electronic specialty gas” in semiconductor manufacturing, is widely applied throughout the entire process, including wafer cleaning, photolithography, etching, deposition, packaging, and testing, due…

Trifluoromethanesulfonic Anhydride Tf2O CAS: 358-23-6

Trifluormethanesulfonic Anhydride(Tf2O): Essential Catalyst for Peptide Protection and Tamiflu-Like Drug Development

Trifluormethanesulfonic Anhydride(Tf2O): Essential Catalyst for Peptide Protection and Tamiflu-Like Drug Development BY Tao, Published Dec 3, 2025   Introduction: The Hidden Engine of Modern Pharmaceuticals In my thirty years navigating the complex landscape of fluorochemistry, I have witnessed the evolution of pharmaceutical synthesis from a process of trial-and-error to an era of atomic precision. Among…