Sub–0.5-mm resolution allows the HR-PET to provide ¹⁸F-FITM uptake images of the mouse brain similar to those of the autoradiography, opening up new research opportunities for neurodegenerative diseases in mouse models. https://t.co/lmAobz53Td
#NuclearMedicine
Understanding #RadiopharmaceuticalTherapy in #ProstateCancer: From Mechanism to Clinical Practice.
Radiopharmaceutical therapy is rapidly reshaping the treatment landscape in advanced prostate cancer, bringing new opportunities—and new clinical questions—around patient selection, treatment sequencing, safety, mechanism of action, and future integration.
In this exclusive UroToday clinical conversation series, leading experts in #MedicalOncology, #RadiationOncology, #NuclearMedicine, and TranslationalScience explore the evolving role of radiopharmaceutical therapy across the prostate cancer continuum. Through practical, peer-to-peer discussions, this series examines today’s treatment landscape, the biological and mechanistic distinctions between emerging approaches, real-world considerations for clinical decision-making, and where the next wave of innovation may take the field.
#WatchNow > https://t.co/1TxxOAYVcG #MichaelMorris @DrRanaMcKay@ProfKHerrmann@PrafulRavi1@boothe_dustin@PhillipKooMD@nhbander@TDorffOnc@DrPhilKantoff@ConvergentRx #NealShore
Seeing is believing. CcRCC has the most complex metastatic patterns and many patients are misdiagnosed in routine clinical practice. CD70 PET is changing the landscape in China, many patients benefit from the imaging clinical trials. Need to develop CD70 therapeutic drugs!
First images from the GE Omni 128 cm Total Body PET/CT 🚀
The new scanner detected a <5 mm local recurrence of prostate cancer missed by standard PSMA PET/CT - despite 79% shorter acquisition ⏱️
Delayed imaging boosted lesion uptake and informed dose-painted salvage RT 🎯
@JournalofNucMed@PeterMacCC@declangmurphy@_ShankarSiva
https://t.co/Kiq9PHC12X
First total-body kinetics study of ¹⁸F-flurpiridaz in healthy volunteers at rest and feasibility of simplified quantitative strategies. https://t.co/Vi2YOtKoN6
#NuclearMedicine#PETscan#MolecularImaging
PCWG4 is launched: https://t.co/0IA8ltzxlG
Imaging response is expanded to include PSMA PET/CT.
In the future, patient may have 1 scan (PSMA PET with CT) rather than two scans (CT+ bone scan). All my nuclear colleagues will be happy to retire the bone scan.
@AarmstrongDuke
Pretherapy ¹²⁴I PET/CT dosimetry shows that metastatic lesions absorb higher radiation doses after thyroid hormone withdrawal than after recombinant human TSH injection. https://t.co/EZmgHnyZx7
#NuclearMedicine#ThyroidCancer#PETscan@ProfKHerrmann
177Lu-PSMA-617 Monotherapy Is Provocative but No Standard of Care for Metastatic Hormone-Sensitive Prostate Cancer
https://t.co/QCaSiuEfvG
This invited perspective discusses a patient with low-volume metastatic hormone-sensitive #ProstateCancer who declined standard ADT-based therapies and instead received first-line off-label Lu-PSMA monotherapy, achieving a partial response with minimal toxicity.
Although the case is intriguing and reflects growing interest in earlier PSMA-targeted treatment, the authors stress that it represents a single, highly selected patient and does not outweigh strong evidence supporting ADT-based doublet or triplet regimens as the proven standard of care.
They highlight key limitations—modest PSA response, short follow-up, uncertain generalizability, mechanistic uncertainties, and ethical concerns about off-label use—and emphasize that Lu-PSMA monotherapy should not be used outside clinical trials. Overall, while patients may wish to avoid ADT side effects, there is no evidence that ADT-free strategies preserve survival, and prospective studies are essential before altering current practice.
@ProfHadaschik@Silke_Gillessen
Oliver Sartor
@OncoAlert 🚨
@AOmlin@weoncologists
First in the world @GEHealthCare Omni 128cm Total Body PET just installed at @PeterMacCC ... serial number 001.
50 times the sensitivity of our existing PET scanner enabling faster scanning with less radiation and greater clarity.
Our new centre seamlessly integrates pre-clinical imaging, state-of-the-art radiopharmaceutical sciences to enable rapid translation from laboratory to clinic.
Thank-you to @ACRF_@NIFAus@UniMelb
Are you ready for radioligand therapy? Join the next #ESMOOnAir webinar part of the Therapeutic Landscapes series:
- Science, clinical trials & system readiness for RLT
- Live expert Q&A
🔗 https://t.co/JBClVPWTAa
#Oncology#Radiotheranostics#CancerCare#RLT#MedicalEducation