Background-Determining cerebral infarction volume is an important part of preclinical studies to determine the benefit of potential therapies on stroke outcome. A well-known problem in determining the actual infarction volume of rodent models is the presence of edema. Because of this, algorithms must be utilized to obtain the edema-adjusted (E A)-infarct volume. Different methods based on 2,3,5-triphenyltetrazolium hydrochloride (TTC) staining have been published describing algorithms to determine the E A-infarct volume
This chapter will discuss the variability in infarct size after ischaemic stroke in rat models of st...
<p>Infarct volume was measured at 9 weeks after PT, and estimated by integration of the lesioned are...
In this study various techniques with different periods of ischaemia have been used in order to desc...
<p>Stroke volume is a key determinant of infarct severity and an important metric treatments e...
Lesion volume measurements with magnetic resonance imaging are widely used to assess outcome in rode...
A method for the volumetric assessment of early cerebral infarction, together with its statistical a...
Stroke lesion-volume estimates derived from calculated water apparent diffusion coefficient (ADC) ma...
BACKGROUND AND PURPOSE: Brain edema is a life-threatening consequence of stroke and leads to an exte...
The Levine rat prepartion, the gerbil stroke model, and appropriate control an-imals were used to de...
Brain computed tomography perfusion imaging in acute stroke may help guide therapy. However, the per...
The Levine rat prepartion, the gerbil stroke model, and appropriate control animals were used to det...
Objectives : Serial changes of focal ischemic lesions as seen on magnetic resonance (MR) images and...
SUMMARY We have evaluated the use of 2, 3, 5-triphenyltetrazolium chloride (TTC) as an histopatho-lo...
ABSTRACT: BACKGROUND: There is a growing interest in developing non-invasive imaging techniques perm...
Reliable, repeatable, and time-efficient noninvasive measure-ment of infarct size in mice with PET w...
This chapter will discuss the variability in infarct size after ischaemic stroke in rat models of st...
<p>Infarct volume was measured at 9 weeks after PT, and estimated by integration of the lesioned are...
In this study various techniques with different periods of ischaemia have been used in order to desc...
<p>Stroke volume is a key determinant of infarct severity and an important metric treatments e...
Lesion volume measurements with magnetic resonance imaging are widely used to assess outcome in rode...
A method for the volumetric assessment of early cerebral infarction, together with its statistical a...
Stroke lesion-volume estimates derived from calculated water apparent diffusion coefficient (ADC) ma...
BACKGROUND AND PURPOSE: Brain edema is a life-threatening consequence of stroke and leads to an exte...
The Levine rat prepartion, the gerbil stroke model, and appropriate control an-imals were used to de...
Brain computed tomography perfusion imaging in acute stroke may help guide therapy. However, the per...
The Levine rat prepartion, the gerbil stroke model, and appropriate control animals were used to det...
Objectives : Serial changes of focal ischemic lesions as seen on magnetic resonance (MR) images and...
SUMMARY We have evaluated the use of 2, 3, 5-triphenyltetrazolium chloride (TTC) as an histopatho-lo...
ABSTRACT: BACKGROUND: There is a growing interest in developing non-invasive imaging techniques perm...
Reliable, repeatable, and time-efficient noninvasive measure-ment of infarct size in mice with PET w...
This chapter will discuss the variability in infarct size after ischaemic stroke in rat models of st...
<p>Infarct volume was measured at 9 weeks after PT, and estimated by integration of the lesioned are...
In this study various techniques with different periods of ischaemia have been used in order to desc...