Publications by authors named "E Garin"
Article Synopsis
- - Bluetongue (BT) and Epizootic Hemorrhagic Disease (EHD) are important animal diseases impacting cattle and sheep, caused by viruses transmitted by biting midges, with recent outbreaks noted in France during the summer of 2023.
- - Genomic analysis revealed three viruses involved in the outbreaks: EHDV-8, which matches strains found in southern Europe since 2021, and two different strains of BTV, including a novel BTV-8 strain and an established BTV-4 strain.
- - The 2023 outbreaks indicate unusual dynamics in the circulation and emergence of these viruses in France, prompting further investigation into the epidemiological factors contributing to their spread.
Purpose: Pre-treatment [Tc]TcMAA-based radioembolization treatment planning using multicompartment dosimetry involves the definition of the tumor and normal tissue compartments and calculation of the prescribed absorbed doses. The aim was to compare the real-world utility of anatomic and [Tc]TcMAA-based segmentation of tumor and normal tissue compartments.
Materials And Methods: Included patients had HCC treated by glass [Y]yttrium microspheres, ≥ 1 tumor, ≥ 3 cm diameter and [Tc]TcMAA SPECT/CT imaging before treatment.
Background: Evaluating transarterial radioembolization (TARE) in patients with metastatic colorectal carcinoma of the liver who have progressed on first-line chemotherapy (EPOCH) demonstrated superior outcomes using yttrium-90 glass microspheres plus chemotherapy (TARE/Chemo) vs chemotherapy (Chemo) to treat colorectal liver metastases. Additional exploratory analyses were undertaken to assess the impact of TARE/Chemo on efficacy, safety, time to subsequent therapy, time to deterioration in quality of life (QoL), and identify criteria for improved patient selection.
Methods: Time to deterioration in QoL was analyzed for the primary study population.
Unlabelled: The dosimetry evaluation for the selective internal radiation therapy is currently performed assuming a uniform activity distribution, which is in contrast with literature findings. A 2D microscopic model of the perfused liver was developed to evaluate the effect of two different Y microspheres distributions: i) homogeneous partitioning with the microspheres equally distributed in the perfused liver, and ii) tumor-clustered partitioning where the microspheres distribution is inferred from the patient specific images.
Methods: Two subjects diagnosed with liver cancer were included in this study.
Interim analysis of the DOSISPHERE-01 study demonstrated a strong improvement in response and overall survival (OS) on using Y-loaded glass microspheres with personalized dosimetry compared with standard dosimetry in patients with nonoperable locally advanced hepatocellular carcinoma. This report sought to provide a long-term analysis of OS. In this phase II study (ClinicalTrials.
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