The United States Department of Energy Continues to Play a Key Role in Isotope Production by Making Significant Upgrades to its Facilities and Expanding its Collaborations
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https://cern.zoom.us/j/95193567359?pwd=TzdPQWsyWXlSTy9RNXFoa1FhL2xqQT09
Meeting ID: 951 9356 7359
Abstract:
Radionuclides play a major role in research applications, in environmental studies and in industrial applications as sources as well as in nuclear medicine imaging and therapy. The United States Department of Energy (DOE) isotope program has a long history of utilizing its unique national laboratory facilities and expertise to develop and supply radionuclides that are in high demand and commercially unavailable. They were the original inventors of the Mo-99/Tc-99m generator and many other radionuclides including I-131, Sr-90/Y-90, C-14, F-18 FDG, Pb-212/Bi-212 just to name a few. It further has increased and strengthened its ties with Universities to enhance the supply of isotopes to stakeholders and is continuing to develop unique collaborations to increase the library of radionuclides available. It has consistently upgraded facilities and capabilities to provide both novel radionuclides for researchers as well as upgrading its quality systems to provide routine reliable quality radioisotopes for medical and commercial applications.
DOE is actively developing novel production and purification methods for radioisotopes for use in a variety of applications. Current efforts have focused on developing methods to produce therapeutic radioisotopes particularly alpha emitters with high purity and thus minimal to no impurities as well as high specific activity theragnostics which can be attached to biomolecules or targeting vectors that selectively distribute within diseased tissues, thus delivering toxic radioactivity to diseased tissue while minimizing or sparing damage to healthy or normal cells.
Furthermore, DOE has upgraded its production facilities and capabilities to meet increased demand and to allow for assessment of novel production methods. While simultaneously increasing its testing facilities and quality programs to meet the regulations required for radioisotopes of use in clinical trials and in approved drug formulations. This presentation will present an overview of the program and its facilities highlighting upgrades it has made at its various facilities to meet the needs of its various stakeholder.
IOC
Dr. Cathy Cutler
ABAKWAM KENNEDY
ADAM MOHAMMED
Adriano Pamain
Ahmed Abdelhady
Ahmed Ayad
Akorede Kalejaiye
Albert Djomegni
Amani Ebrahim
Anna-Mia Swart
Annel Brand
Ansh Patel Patel
Asmaa Aboulhorma
Aulan Lucrèce ZAHOUNDO
Awadallah Mekki
Babou DIOP
Badr-eddine Ngair
Benise Niyikiza
BOUBAKARI MAIMOUNATOU
Bouibiss Marouane
Charles Ndegwa
Christine Darve
Christogonus Sunday
Derick Ogendi
Dieudonné NGA ONGODO
Doomnull Attah Unwuchola
Eslam Zenhom
Esossolim Cyrille Haliya
Esra Khaleel
Eucharia Okoro
fabien ebode onyie
Faisal Sayed
Flavio Odoi-Yorke
Fulgence Payot AKPONI
GAEDZE KUDJO HERMAN AKAGLA
George Gitau
George Zimba
haddad abdelhamid
Hadhemi Nfissi
Hamza Abouabid
Ibrahim Muhammad
Ibrahima DIAW
Jamal Al Zain
James Ogachi
JEAN D'AMOUR KAMANZI
Jesutofunmi Fajemisin
Jonah Nagura
Joshua Lartey
JULIUS KIILU
Justina Achuka
KAYODE DADA
Ken Odongo
Kepnang Pebeu Maxime Fabrice
KHADIJA EL ANOUZ
Kikunga Ivan
Kondwani Mwale
Kossi Kety
Léonie DAGOUDO
Maha Hsouna
Mai Bilkheet
Meriem Djouala
Mesfin Asfaw Afrassa
MICHAEL OYELAKIN
Mohamed Amine Ouahid
Mohamed Saleck Heyine
Mohamed Zaazoua
Mohammed Abdelrazek
Mounia Laassiri
Mourad HIDAOUI
Neo Namane
Nihal Brahimi
Ninon Raïssa AMOUSSOU
Njeri Mburu
Noura Nassar
Ny Ando RALITERA
Ny Toky Rakotoarisoa
Opere Peter
Oumaima Ed-Dimny
Pierre Celestin Uwitonze
Rado Fanantenana RAZAKAMIANDRA
Roaa Omer
Rosmaelle Kouemo
SAHEED OYENIRAN
Sammy Otiende
Sanae Ezzarqtouni
Sofia FARRES
SOPHIE DIANE NTYAM EVINA
Soumaya Manai
Souwedou Silla DJIBRIL DRAMANE
Stacyann Nelson
Stephanie Chinenye Okosa
STEPHEN NYARANGA
Steve Guy Muanza
Temitope Adenuga
Toivo Samuel Mabote
Uli Raich
Veronica Njaramba
Vinna Hallowe
Yassine El Ghazali