Treatment of Swine Closed Head Injury with Perfluorocarbon NanO2 may assist in mitigating secondary cellular brain damage after traumatic brain injury.
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.
A Phase Ib/II clinical trial of DDFPe as a radiosenzitizer in glioblastoma Although small, this trial shows that DDFPe used as a radiosensitizer appears to be safe and may provide some survival benefit.
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...
Imaging assessment of cardioprotection mediated by DDFPe administered during myocardial infarction DDFPe treatment in rats with myocardial infarction was associated by significantly reduced ischemia-reperfusion injury.
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...
In vitro model to compare the oxygen offloading behaviour of dodecafluoropentane emulsion (DDFPe) DDFPe efficiently offloads oxygen to hypoxic environments. Link to publication
DDFPe as a Resuscitation Fluid for Hemorrhagic Shock and Traumatic Brain Injury: A Review Animal studies, for both hemorrhagic shock and TBI, show promising effects of DDFPe as a resuscitation fluid.
DDFPe reduced secondary brain injury in a Swine Model of Traumatic Brain Injury In this swine model of TBI, administration of DDFPe resulted in lower injury scores for spongiosis and ischemic neurons.
Dodecafluoropentane Improves Neurological Function Following Anterior Ischemic Stroke DDFPe reduces infarct volume and neurological function following anterior ischemic stroke.
TOLD MRI validation of reversal of tumor hypoxia in glioblastoma with a novel oxygen therapeutic MRI scans indicated that oxygen breathing with DDFPe administration improved tumor oxygenation.
DDFPe increased cerebral oxygen tension after traumatic brain injury in rats. DDFPe increased brain tissue oxygen tension following TBI in rats and should be evaluated further as a possible treatment for TBI.
Reversal of Tumor hypoxia following intravenous delivery of DDFPe DDFPe results in a significant increase in intra-tumoral oxygen tension for up to 45 minutes in our pancreatic xenograft model in mice.
Dynamic Oxygenation Measurements Using a Phosphorescent Coating Window Chamber Model Intravenous injection of DDFPe in mice with tumors increases tumor oxygen levels.
DDFPe Extends Window for tPA Therapy in a Rabbit Stroke Model DDFPe significantly extends the time window for tPA therapy.
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.
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.
A preliminary PET evaluation of DDFPe effects on rabbit brain hypoxia in stroke DDFPe alleviates hypoxia in areas of ischemia.
Radiosensitization of Hs-766T Pancreatic Tumor Xenografts in Mice Dosed with DDFPe DDFPe administration in mice with pancreatic tumor xenografts resulted in increased tumor oxygen tension lasting up to two hours.
DDFPe Decreases Stroke Size and Improves Neurological Scores in a Rat Stroke Model DDFPe treatment provides significant neuroprotection when assessed six hours post stroke.
Effects of DDFPe on cerebral microvasculature in the healthy rat. asoconstriction in cerebral pial arterioles of healthy rats.
DDFPe Elicits Cardiac Protection Against Myocardial Infarction Rats given DDFPe see a 72% reduction in myocardial infarct volume at 24 hours.
Progress in Dodecafluoropentane Emulsion as a Neuroprotective Agent in a Rabbit Stroke Model Intravenous DDFPe decreases ischemic stroke infarct volumes. Rapid development is warranted.
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.
