Molecular Targeting Probes - Radioactive & Nonradioactive -> Automation & Technology Development 515

515 - Three New Fully Automated [11C]Carbonylation Chemistry Platforms for Radiopharmaceutical Production via [11C]CO2 and [11C]CO. (ID 1164)

Session Name
Automation & Process Development
Speakers
Authors
Presentation Topic
Molecular Targeting Probes - Radioactive & Nonradioactive -> Automation & Technology Development
Presentation Number
515

Previous Eposter
514 - A comparison of automated quality control using the Trace-Ability Tracer-QC vs traditional quality control for F-18 Fludeoxyglucose (F-18 FDG) (ID 1165)

Next Eposters
516 - Production of Metallic Radionuclides at Sumitomo CYPRIS HM-10 Cyclotron Using an Automatic Irradiation and Dissolution Target System (ID 1159)
518 - Dry distillation of astatine-211 by electromagnetic induction (ID 1160)
519 - Fully automated one-pot radiosynthesis and dosimetry estimation for (R)-[18F]MeFAMP, a system A amino acid transport imaging agent (ID 1162)
520 - Single Subject Deep Learning-based Partial Volume Correction for PET using Simulated Data and Cycle Consistent Networks (ID 1298)
521 - Quantitative Assessment of Deep Learning-enhanced Actual Ultra-low-dose Amyloid PET/MR Imaging (ID 1297)
522 - A fully unsupervised approach to create patient-like phantoms via Convolutional neural networks (ID 1302)
523 - A no-gold-standard technique for objective evaluation of quantitative nuclear-medicine imaging methods in the presence of correlated noise (ID 1299)
524 - Optimal Feature Selection and Machine Learning for Prediction of Outcome in Parkinson’s Disease (ID 1303)
525 - Automatic classification of myocardial 18-FDG uptake patterns using deep learning (ID 1301)
526 - Machine learning based dual tracer FDG+68Ga-DOTATATE PET imaging for the diagnosis of neuroendocrine tumor (ID 1304)