Searchable abstracts of presentations at key conferences in endocrinology

ea0047oc12 | Spotlight on Neuroendocrine tumours | Theranostics2016

PET/CT based dosimetry for 90Y-DOTATOC treatment of neuroendocrine cancer

Sunderland John , Madsen Mark , Martin Molly , Watkins Len , O'Dorisio Tom , Menda Yusuf , Schultz Michael , Bushnell David , O'Dorisio M. Sue

Introduction: Determining the radiation dose to both the kidneys and malignant lesions from therapeutic administrations of Y-90 DOTATOC is critical for optimal management of neuroendocrine cancer patients. Here, a new dosimetric approach uses PET/CT to quantify the absolute activity of Y-90 immediately after administration to calibrate subsequent tissue clearance monitored with bremsstrahlung SPECT. The dosimetric information is used to personalize subsequent Y-90 DOTATOC dose...

ea0089b16 | Basic Science | NANETS2022

[212Pb]PSC-PEG2-TOC Therapy for NET Leads to Complete Responses in Mice Bearing SSTR2 Positive Tumors - Comparison to [177Lu]DOTATATE in a Preclinical Model

Schultz Michael K. , Liu Dijie , Li Mengshi , Cagle Brianna S. , Dai Zhiming , Lee Dongyoul , Orcutt Kelly , Sagastume Edwin , Baumhover Nicholas J. , Vance Ivy , Hedt Amos , Menda Yusuf , Johnson Frances L.

Background: Peptide-based targeted alpha-particle radiotherapy has emerged as a promising approach to cancer treatment. 203Pb/212Pb is the only elementally identical isotope pair for this application. Tyr3-Octreotide (TOC) peptide ligands targeting SSTR2 have been widely investigated preclinically and clinically. [177Lu]DOTATATE was approved by the US FDA to treat patients with gastroenteropancreatic neuroendocrine tumors. However, t...