I just watched an incredible lecture by Michael Hofman from the Peter MacCallum Cancer Centre at SNMMI. He was awarded the prestigious Saul Hertz Prize in theranostics. Saul Hertz pioneered radioisotope therapy, asking, “Can we create radioactive iodine artificially?” His work revolutionized the field. Hofman, initially in nuclear cardiology, shifted to PET/CT with Gallium-68 tracers. Realizing the need for strong clinical trial data, he established a collaborative network in Australia, advancing nuclear medicine worldwide. His PROPSMA study showed PSMA PET/CT is 40% superior to conventional imaging for prostate cancer, leading to its inclusion in global guidelines and making it one of the top-cited papers in Lancet Oncology. He emphasized the need for high-quality clinical trials to transform nuclear medicine. The TheraP study compared Lutetium-PSMA with cabazitaxel, showing better response and fewer side effects. Hofman also highlighted the exciting potential of Terbium-161 PSMA in the Violet study. Stay tuned for some standout slides from his lecture! Society of Nuclear Medicine and Molecular Imaging (SNMMI) #NuclearMedicine #SNMMI #Theranostics #MichaelHofman #SaulHertz #ProstateCancer #PSMAPET #ClinicalTrials #MedicalImaging #LuPSMA #Terbium161
Cristina Matushita’s Post
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Agree with Michael. It is just the beginning for #Theranostics 😃 Society of Nuclear Medicine and Molecular Imaging (SNMMI) #NuclearMedicine #SNMMI #Theranostics #MichaelHofman #SaulHertz #ProstateCancer #PSMAPET #ClinicalTrials #MedicalImaging #LuPSMA #Terbium161
Hello! I’m Cristina Sebastião Matushita, a board-certified Nuclear Medicine Physician by AMB/CBR and a certified Radiation Protection Supervisor by CNEN
I just watched an incredible lecture by Michael Hofman from the Peter MacCallum Cancer Centre at SNMMI. He was awarded the prestigious Saul Hertz Prize in theranostics. Saul Hertz pioneered radioisotope therapy, asking, “Can we create radioactive iodine artificially?” His work revolutionized the field. Hofman, initially in nuclear cardiology, shifted to PET/CT with Gallium-68 tracers. Realizing the need for strong clinical trial data, he established a collaborative network in Australia, advancing nuclear medicine worldwide. His PROPSMA study showed PSMA PET/CT is 40% superior to conventional imaging for prostate cancer, leading to its inclusion in global guidelines and making it one of the top-cited papers in Lancet Oncology. He emphasized the need for high-quality clinical trials to transform nuclear medicine. The TheraP study compared Lutetium-PSMA with cabazitaxel, showing better response and fewer side effects. Hofman also highlighted the exciting potential of Terbium-161 PSMA in the Violet study. Stay tuned for some standout slides from his lecture! Society of Nuclear Medicine and Molecular Imaging (SNMMI) #NuclearMedicine #SNMMI #Theranostics #MichaelHofman #SaulHertz #ProstateCancer #PSMAPET #ClinicalTrials #MedicalImaging #LuPSMA #Terbium161
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New Data on Terbium-161 (¹⁶¹Tb) PSMA Treatment Studies in Turkey The outcomes of multicenter studies on Terbium-161 (¹⁶¹Tb) PSMA treatment in Turkey continue to emerge, marking significant progress in nuclear medicine. Prof. Dr. Kezban Berberoglu, Director of the Nuclear Medicine Department at Anadolu Medical Center Hospital, recently shared findings from a treatment applied to a 53-year-old prostate cancer patient. This latest update includes imaging results from the 120th hour of the treatment process, offering deeper insights into the therapeutic potential of Terbium-161. These findings represent an essential milestone for Terbium-161 research in Turkey and reinforce the promising progress reflected in the initial results of multicenter studies. We look forward to seeing how these advancements shape the future of prostate cancer treatment. TerThera b.v. Abdullah Birak #ManisaCelalBayarÜniversitesiHafsaSultanHastanesi #AnkaraÜniversitesiCebeciTıpFakültesi #İstanbulÜniversitesiİstanbulTıpFakültesi #AnkaraBilkentŞehirHastanesi #AnadoluSağlıkMerkezi #YeditepeÜniversitesiHastaneleri #MedicalParkHastanelerGrubu #tb161 #Terbium161 #PSMATreatment #ProstateCancer #NuclearMedicine #EDHNuclear
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Sometimes evolution comes in leaps and impacts its surrounding systems like a revolution! One such quantum leap is ongoing in Nuclear Medicine with Radioligand Therapy #RLT: hundreds of clinical trials in phase II/III potentially leading to significant improvements and outcomes for millions of patients living with many different types of cancer. 177Lu-PSMA for metastatic prostate cancer is one of the front runners of this quantum leap for RLT as an emerging pillar in Oncology. This leads to the burning question: What must happen on the last mile in clinical practice to ensure patients can benefit from this innovation at scale? BIG THANKS to The Journal of Nuclear Medicine - JNM a leading journal in the space, for picking up this burning topic with the recent position paper, allowing us to share some perspectives and reinforce the discussion. 177Lu-PSMA (R)Evolution in Cancer Care: Is It Really Happening? | Journal of Nuclear Medicine (snmjournals.org). https://lnkd.in/edRE4wH9 Ken Herrmann @EJNM Jasminka Taleska , MD, MBA Dr. Andreas Poschenrieder Giancarlo Benelli #HCSReadiness #HCSRLT #RLTAngels #Novartis #Nuclearmedicine #RLT #RadioligandTherapy
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What is Fight Cancer – Isotope Production Systems (IPS) program and how far does this solution innovate for the benefit of Society and Sustainability? Nuclear medicine plays a crucial role in modern healthcare with innovative treatments to fight cancer. The very low radiation of special short living isotopes is used to destroy targeted cancer cells without harming surrounding healthy tissue. One of these special isotopes applied is Luthethium-177 (Lu-177), which is already in successful commercial use to treat prostate cancer and prospect to win the fight against other cancers as well. With worldwide 18 million new cancer cases per year, and seeing the promising development and positive effects of nuclear medicine treatments, the future demand for special short living isotopes will require highly reliable and highly productive supply chains. with its parners Bruce Power, Isogen (a Kinectrics and Framatome company) and ITM Isotope Technologies Munich SE (ITM), Framatome designed and commissioned the world first Isotope Production System (IPS) in an operating commercial Nuclear Power Reactor. The system can produce 200,000 patient doses of Lu-177 per year. Framatome innovative solution meets the need of high volume and reliable supply of Lu-177 to fight cancer more efficiently. Learn more: https://lnkd.in/ewrc9JdM #NuclearEnergy #HealthCare #RadioTherapy #Framatome #WNE2023 #Innovation #Framatome
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What is Fight Cancer – Isotope Production Systems (IPS) program and how far does this solution innovate for the benefit of Society and Sustainability? Nuclear medicine plays a crucial role in modern healthcare with innovative treatments to fight cancer. The very low radiation of special short living isotopes is used to destroy targeted cancer cells without harming surrounding healthy tissue. One of these special isotopes applied is Luthethium-177 (Lu-177), which is already in successful commercial use to treat prostate cancer and prospect to win the fight against other cancers as well. With worldwide 18 million new cancer cases per year, and seeing the promising development and positive effects of nuclear medicine treatments, the future demand for special short living isotopes will require highly reliable and highly productive supply chains. with its parners Bruce Power, Isogen (a Kinectrics and Framatome company) and ITM Isotope Technologies Munich SE (ITM), Framatome designed and commissioned the world first Isotope Production System (IPS) in an operating commercial Nuclear Power Reactor. The system can produce 200,000 patient doses of Lu-177 per year. Framatome innovative solution meets the need of high volume and reliable supply of Lu-177 to fight cancer more efficiently. Learn more: https://lnkd.in/dw9idjJ5 #NuclearEnergy #HealthCare #RadioTherapy #Framatome #WNE2023 #Innovation #Framatome
Fight Cancer program | Framatome
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What is Fight Cancer – Isotope Production Systems (IPS) program and how far does this solution innovate for the benefit of Society and Sustainability? Nuclear medicine plays a crucial role in modern healthcare with innovative treatments to fight cancer. The very low radiation of special short living isotopes is used to destroy targeted cancer cells without harming surrounding healthy tissue. One of these special isotopes applied is Luthethium-177 (Lu-177), which is already in successful commercial use to treat prostate cancer and prospect to win the fight against other cancers as well. With worldwide 18 million new cancer cases per year, and seeing the promising development and positive effects of nuclear medicine treatments, the future demand for special short living isotopes will require highly reliable and highly productive supply chains. with its parners Bruce Power, Isogen (a Kinectrics and Framatome company) and ITM Isotope Technologies Munich SE (ITM), Framatome designed and commissioned the world first Isotope Production System (IPS) in an operating commercial Nuclear Power Reactor. The system can produce 200,000 patient doses of Lu-177 per year. Framatome innovative solution meets the need of high volume and reliable supply of Lu-177 to fight cancer more efficiently. Learn more: https://lnkd.in/eVttdyyP #NuclearEnergy #HealthCare #RadioTherapy #Framatome #WNE2023 #Innovation #Framatome
Fight Cancer program | Framatome
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The results of multicenter studies on PSMA treatment with Terbium-161 (¹⁶¹Tb) continue to emerge in Turkey. Prof. Dr. F. Gül Gümüşer, Head of the Department of Nuclear Medicine at Manisa Celal Bayar University, shared data from a treatment applied to an 84-year-old prostate cancer patient. As part of the study, imaging results from the 4th and 24th hours of the treatment process were presented. These findings represent an important starting point for Terbium-161 research in Turkey. The initial results from multicenter studies indicate promising progress. Yasemin Parlak Ceren Sezgin TerThera b.v. #ManisaCelalBayarÜniversitesiHafsaSultanHastanesi #AnkaraÜniversitesiCebeciTıpFakültesi #İstanbulÜniversitesiİstanbulTıpFakültesi #AnkaraBilkentŞehirHastanesi #AnadoluSağlıkMerkezi #YeditepeÜniversitesiHastaneleri #MedicalParkHastanelerGrubu #edhnuclear #prostatecancer #tb161
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#NuclearMedicine and radioligand therapies #RLTs hold great potential and give hope to many people living with #cancer. Healthcare Systems #HCS need to be able to provide these innovative therapies at scale. The article discusses recent advances, challenges, and the changes needed by HCSs to establish RLT as an essential pillar in cancer care.
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Sometimes evolution comes in leaps and impacts its surrounding systems like a revolution! One such quantum leap is ongoing in Nuclear Medicine with Radioligand Therapy #RLT: hundreds of clinical trials in phase II/III potentially leading to significant improvements and outcomes for millions of patients living with many different types of cancer. 177Lu-PSMA for metastatic prostate cancer is one of the front runners of this quantum leap for RLT as an emerging pillar in Oncology. This leads to the burning question: What must happen on the last mile in clinical practice to ensure patients can benefit from this innovation at scale? BIG THANKS to The Journal of Nuclear Medicine - JNM a leading journal in the space, for picking up this burning topic with the recent position paper, allowing us to share some perspectives and reinforce the discussion. 177Lu-PSMA (R)Evolution in Cancer Care: Is It Really Happening? | Journal of Nuclear Medicine (snmjournals.org). https://lnkd.in/edRE4wH9 Ken Herrmann @EJNM Jasminka Taleska , MD, MBA Dr. Andreas Poschenrieder Giancarlo Benelli #HCSReadiness #HCSRLT #RLTAngels #Novartis #Nuclearmedicine #RLT #RadioligandTherapy
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What is Fight Cancer – Isotope Production Systems (IPS) program and how far does this solution innovate for the benefit of Society and Sustainability? Nuclear medicine plays a crucial role in modern healthcare with innovative treatments to fight cancer. The very low radiation of special short living isotopes is used to destroy targeted cancer cells without harming surrounding healthy tissue. One of these special isotopes applied is Luthethium-177 (Lu-177), which is already in successful commercial use to treat prostate cancer and prospect to win the fight against other cancers as well. With worldwide 18 million new cancer cases per year, and seeing the promising development and positive effects of nuclear medicine treatments, the future demand for special short living isotopes will require highly reliable and highly productive supply chains. with its parners Bruce Power, Isogen (a Kinectrics and Framatome company) and ITM Isotope Technologies Munich SE (ITM), Framatome designed and commissioned the world first Isotope Production System (IPS) in an operating commercial Nuclear Power Reactor. The system can produce 200,000 patient doses of Lu-177 per year. Framatome innovative solution meets the need of high volume and reliable supply of Lu-177 to fight cancer more efficiently. Learn more: https://lnkd.in/eaZiRh6U #NuclearEnergy #HealthCare #RadioTherapy #Framatome #WNE2023 #Innovation #Framatome
Fight Cancer program | Framatome
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Check this out to learn about how Nuclear Medicine helps with the fight against cancer.
Mayo Clinic on LinkedIn: Nuclear medicine can provide personalized, targeted treatment for cancer...
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