Equipment
Equipment
Produce preclinical or clinical radiopharmaceuticals on a fully automated platform. Trasis radiosynthesizer
- [18F]FET – primary brain tumors
- [11C]Methionine – primary brain tumors – low-grade glioma
- [18F]DCFPyl- prostate cancer – PSMA
- [18F]FAZA – hypoxic tumor microenvironment –predicting radiation response
- [18F]Fcholine – metastatic prostate cancer, hepatocellular carcinoma
- [18F]FDOPA – LAT1-overexpressing tumors; CNS tumors, dopamine turnover
- [18F]FLT – head-and-neck tumors, cell proliferation
- [18F]FMISO – tumor hypoxia status
The list is not meant to be all-inclusive. Trasis is an open platform, thus, we can produce customized research radiopharmaceuticals.
The Elixys Flex/Chem system is an open research platform capable of producing a variety of preclinical and clinical research imaging agents. Because the Flex/Chem is an open platform the tracer capabilities of this system are expansive and the user is encouraged to consult the Core Director for inquiries regarding imaging agent study requests.
- This module provides fully automated purification and formulation functionality that is integrated into the main ELIXYS software
Gamma detection window of 100-4,000 kEv [almost any research isotope (18F, 11C, 99mTc, 125I, 68Ga, 89Zr, 64Cu, etc.)]
Belt-driven/robotic arm automated system with a shielded internal sample balance
- The machine will tare and weigh empty or full vials and will decay-correct to a specified time
- Data is stored as an excel spreadsheet. Will provide raw counts and also convert to %ID/g or %ID/mL
in vitro radiopharmaceutical binding assays
in vitro radiopharmaceutical accumulation assays
ex vivo tissue biodistribution assays
ex vivo arterial input function
ex vivo metabolite assays
- Eckert & Ziegler (E&Z) Modular Lab is a completely automated synthesis system for routine production of wide variety of [11C]carbon-labeled compounds based on the generation of gas-phase [11C]methyl iodide or [11C]methyl triflate synthesis.
Click here for a full equipment list across all School of Medicine Research Cores