a critical role in the pathophysiology of intimal hyperplasialeadsto restenosis.13 Balloon angioplasty
which can pierce tissues and inject drugs and genes into cells , including both research systems and clinical devicesto preventrestenosis following balloon angioplasty
a vascular homeostatic moleculepreventsballoon angioplasty
divided opinion on the optimum form of treatment.17 - 19Death at surgery for coarctation ... the associated small risk of spinal cord damage and consequent irreversible paraplegiahas ledto balloon angioplasty
The less invasive nature of nonsurgical repair using transcatheter therapieshas ledto balloon angioplasty
Rapamycin ... is also used as a slow releasing coating in conjunction with coronary stentsto preventrestenosis following balloon angioplasty
thrombin - mediated events not only occurring early but also extending beyond the first 24 hours in this model(passive) is ... influenced byballoon angioplasty
that the chemotherapy drug Paclitaxel can be usedto preventrestenosis following balloon angioplasty
Further progress ... Gruentziginventedthe balloon angioplasty
Workshop in Austin , TexasTent caterpillars and their parasitesUCSD gene therapyto preventrestenosis following balloon angioplasty
Tent caterpillars and their parasitesUCSD gene therapyto preventrestenosis following balloon angioplasty
No complicationsresultedfrom balloon angioplasty
the artery from reclosing ( restenosisto preventthe artery from reclosing ( restenosis
arterial restenosis , biliary endoscopy , and percutaneous discectomy to our communityto preventarterial restenosis , biliary endoscopy , and percutaneous discectomy to our community
in short or long term failure ( restenosissometimes resultsin short or long term failure ( restenosis
at the time of in - stent restenosisledat the time of in - stent restenosis
in vessel traumamay resultin vessel trauma
dissections in blood vessel walls(passive) are caused bydissections in blood vessel walls
the artery from re - closingto preventthe artery from re - closing
restenosis , both extra - and intra - craniallyto preventrestenosis , both extra - and intra - cranially
to a continuous and effective resolution of cerebral vasospasm observed by sustainedledto a continuous and effective resolution of cerebral vasospasm observed by sustained
acute occlusion(passive) caused byacute occlusion
severe vascular injurycausessevere vascular injury
in a 45 % mean decrease in velocity to a normal level following treatment ( p < 0.001 ) , which was sustainedresultedin a 45 % mean decrease in velocity to a normal level following treatment ( p < 0.001 ) , which was sustained
in ruptures in a blood vessel ... and is generally limited to larger blood vesselscan resultin ruptures in a blood vessel ... and is generally limited to larger blood vessels
reclosure of the blood vesselto preventreclosure of the blood vessel
dissections and stretching of the vesselcausesdissections and stretching of the vessel
in a significant reduction of recurrences in patients with in - stent restenosis.8resultedin a significant reduction of recurrences in patients with in - stent restenosis.8
re - closure of the blood vessel , or during / after other surgeriesto preventre - closure of the blood vessel , or during / after other surgeries
an extreme overdilation of the blood vesselcausedan extreme overdilation of the blood vessel
e.g. , flaps or dissections(passive) caused bye.g. , flaps or dissections
the site of injury(passive) caused bythe site of injury
the areas of irritation(passive) caused bythe areas of irritation
a space in a blocked artery by inserting and inflating a tiny ballooncreatesa space in a blocked artery by inserting and inflating a tiny balloon
to arterial dissection or catastrophic vascular rupturecan leadto arterial dissection or catastrophic vascular rupture
to migration and adherence of SMC in to the intima of the blood vesselleadsto migration and adherence of SMC in to the intima of the blood vessel
blood clotting in your arteriescan preventblood clotting in your arteries
deep arterial injury(passive) caused bydeep arterial injury
in early or late reocclusion or restenosis of the IRA , occurrences that may be prevented by the mechanical scaffolding properties of coronary stents.56–59may resultin early or late reocclusion or restenosis of the IRA , occurrences that may be prevented by the mechanical scaffolding properties of coronary stents.56–59
trauma to the vein ... potentially exposing the muscle layer to blood ... which can cause clottingmay causetrauma to the vein ... potentially exposing the muscle layer to blood ... which can cause clotting
to clear away a blockage in his arteriesdesignedto clear away a blockage in his arteries
arterial dissection and necessitate another procedure to implant a stentcan causearterial dissection and necessitate another procedure to implant a stent
a local environment that favors vasospasm and contributes to constrictive remodelingcreatesa local environment that favors vasospasm and contributes to constrictive remodeling
significant epithelial damage , including small edge dissections of intracoronary plaquecausessignificant epithelial damage , including small edge dissections of intracoronary plaque
to treat atherosclerotic lesions in the peripheral arteriesdesignedto treat atherosclerotic lesions in the peripheral arteries
in an excellent final result ( 21 % residual stenosis , MLD=2.6 mm ) ( cresultedin an excellent final result ( 21 % residual stenosis , MLD=2.6 mm ) ( c
to incomplete lesion dilation prior to stent deploymentleadsto incomplete lesion dilation prior to stent deployment
early and persistent activation of the NPY growth - promoting receptor system in injured rat carotid arteries as well as peptide accumulation in plateletscausesearly and persistent activation of the NPY growth - promoting receptor system in injured rat carotid arteries as well as peptide accumulation in platelets