Telix Spins Off Rhine Pharma™ to Expand Global Access to Radiopharmaceuticals

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MELBOURNE, Australia, Oct. 22, 2024 /PRNewswire/ -- Telix Pharmaceuticals Limited (ASX: TLX, Telix, the Company) today announces the spin-off of Rhine Pharma[1], which has the mission of expanding global access to innovative radiopharmaceuticals for cancer imaging and treatment using two generator-produced isotopes, technetium-99m (99mTc) and rhenium-188 (188Re).

(PRNewsfoto/Telix Pharmaceuticals Limited)
(PRNewsfoto/Telix Pharmaceuticals Limited)

 

(PRNewsfoto/Telix Pharmaceuticals Limited)
(PRNewsfoto/Telix Pharmaceuticals Limited)

Rhine Pharma was formed following a collaboration between Telix and Heidelberg University Hospital (UKHD), which aimed to develop a PSMA[2]-targeting small molecule that could be labelled with either 99mTc for SPECT[3] imaging, or 188Re for radioligand therapy. The collaboration successfully created a potential next-generation theranostic compound, RHN001[4], which Rhine Pharma is now advancing into a novel Phase I/IIa theranostic clinical study (the 'RHINO Trial'), exploring the safety profile and efficacy of both 99mTc-RHN001 and 188Re-RHN001 in patients with advanced prostate cancer.

Because 99mTc and 188Re can each be produced using on-site generators, they enable a highly-differentiated solution for regions with limited radiopharmaceutical manufacturing infrastructure or dispersed populations. 99mTc enables imaging of patients with widely available SPECT scanners, while 188Re has demonstrated potential as a therapeutic isotope, thanks to its high-energy beta emission that maximises damage to tumour cells. Its short half-life (16.9 hours) also has the potential to simplify patient workflows in busy treatment centres with high patient demand or limited nuclear waste management capabilities.

Radiopharmaceuticals based on more common therapeutic radioisotopes (on market or in development) such as lutetium-177 (177Lu) and actinium-225 (225Ac), are typically centrally manufactured in facilities that require significant investment and infrastructure to operate, such as reactors or cyclotrons. By contrast, a generator is a convenient system for on-site production of some commonly-used radionuclides.

Richard Valeix, Chief Executive Officer, Therapeutics, Telix, said, "Rhine Pharma is an example of identifying an access-to-medicine challenge and then working to fix it. While radiopharmaceuticals can be a powerful way to image and treat cancer, manufacturing doses and getting them to patients can be complex and costly, particularly in emerging markets or geographically dispersed populations. Using generators for production could reduce costs and simplify the supply chain. This means the combination of 188Re and 99mTc has potential for addressing unmet needs in cancer treatment for more people, in more countries."