61
Participants
Start Date
July 10, 2019
Primary Completion Date
October 7, 2022
Study Completion Date
October 7, 2022
Hantaan virus vaccine (HTNV) - Using TriGrid Delivery System (TDS) for Intradermal Delivery (ID)
The HTNV vaccine will be administered using the ID TriGrid™ Delivery System (TDS), which utilizes the in vivo application of electrical fields (electroporation) to enhance the intracellular delivery of agents of interest in a targeted region of tissue.
Hantaan virus vaccine (HTNV) - Using TriGrid Delivery System (TDS) for Intramuscular Delivery (IM)
The HTNV vaccine will be administered using the IM TriGrid™ Delivery System (TDS), which utilizes the in vivo application of electrical fields (electroporation) to enhance the intracellular delivery of agents of interest in a targeted region of tissue.
Puumala virus vaccine (PUUV) - Using the TriGrid Delivery System (TDS) for Intradermal Delivery (ID)
The PUUV vaccine will be administered using the ID TriGrid™ Delivery System (TDS), which utilizes the in vivo application of electrical fields (electroporation) to enhance the intracellular delivery of agents of interest in a targeted region of tissue.
Puumala virus vaccine (PUUV) - Using the TriGrid Delivery System (TDS) for Intramuscular Delivery (IM)
The PUUV DNA vaccine will be administered using the IM TriGrid™ Delivery System (TDS), which utilizes the in vivo application of electrical fields (electroporation) to enhance the intracellular delivery of agents of interest in a targeted region of tissue.
Hantaan/Puumala (HTNV/PUUV) virus vaccines - Using the TriGrid Delivery System (TDS) for Intradermal Delivery (ID)
The HTNV and PUUV vaccines will be administered using the ID TriGrid™ Delivery System (TDS), which utilizes the in vivo application of electrical fields (electroporation) to enhance the intracellular delivery of agents of interest in a targeted region of tissue.
Hantaan/Puumala (HTNV/PUUV virus vaccines - Using the TriGrid Delivery System (TDS) for Intramusular Delivery (IM)
The HTNV and PUUV vaccines will be administered using the IM TriGrid™ Delivery System (TDS), which utilizes the in vivo application of electrical fields (electroporation) to enhance the intracellular delivery of agents of interest in a targeted region of tissue.
University of Maryland, Baltimore
Collaborators (1)
National Institute of Allergy and Infectious Diseases (NIAID)
NIH
The Geneva Foundation
OTHER
US Army Medical Research Institute of Infectious Diseases
FED
Ichor Medical Systems Incorporated
INDUSTRY
U.S. Army Medical Research and Development Command
FED