Welcoming the New Kid on the Block; A Phase IIb Study of DDFPe in Large Vessel Strokes
The design for an efficient Phase IIb clinical trial in stroke to test DDFPe in patients with Large Vessel Occlusions.
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- Aug 28, 2019
Dodecafluoropentane Emulsion in Acute Ischemic Stroke: A Phase Ib/II Trial
This randomized, placebo-controlled, double-blind, dose-escalation clinical trial in acute ischemic stroke patients was designed to...
- Feb 28, 2019
NuvOx Pharma’s NanO2 Shows Positive Results in Phase Ib/II Stroke Trial
Positive results of NuvOx Pharma’s NanO2 (DDFPe) in the treatment of stroke have been published at the International Stroke Conference. A...
- Aug 8, 2016
Dodecafluoropentane Improves Neurological Function Following Anterior Ischemic Stroke
DDFPe reduces infarct volume and neurological function following anterior ischemic stroke.
- Oct 31, 2015
DDFPe Extends Window for tPA Therapy in a Rabbit Stroke Model
DDFPe significantly extends the time window for tPA therapy.
- Feb 16, 2015
DDFPe delays and reduces MRI markers of infarction in a rat stroke model
DDFPe delays and reduces MRI markers of stroke in the early hours following vascular occlusion in a rat stroke model.
- Feb 9, 2015
Multiple Applications of DDFPe Prevents Death in a Rabbit Stroke Model
Increasing the number of DDFPe applications was significant in reducing the incidence of premature death.
- Feb 1, 2015
A preliminary PET evaluation of DDFPe effects on rabbit brain hypoxia in stroke
DDFPe alleviates hypoxia in areas of ischemia.
- Dec 30, 2014
DDFPe Decreases Stroke Size and Improves Neurological Scores in a Rat Stroke Model
DDFPe treatment provides significant neuroprotection when assessed six hours post stroke.
- Oct 31, 2013
Progress in Dodecafluoropentane Emulsion as a Neuroprotective Agent in a Rabbit Stroke Model
Intravenous DDFPe decreases ischemic stroke infarct volumes. Rapid development is warranted.
- Nov 12, 2011
Dodecafluoropentane Emulsion Decreases Infarct Volume in a Rabbit Ischemic Stroke Model
Intravenous DDFPe in an animal model decreases infarct volumes and protects brain tissue from ischemia justifying further investigation.