Sentence examples for rat brain resulted from inspiring English sources

Unilateral injection of MPP+ into the median forebrain bundle of rat brain resulted in a significant loss of nigral DA neurons, assessed by tyrosine hydroxylase (TH) immunostaining.

Perivascular or i.p. administration of ethanol (100, 250 mg/dl) to the intact rat brain resulted in concentration-dependent venular vasospasm, rolling and adherence of leukocytes to venular walls and rupture of postcapillary venules with focal hemorrhages.

In ischemic rat brain, results of double-fluorescent immunostaining showed that higher nuclear β-catenin Ser37 levels were correlated well with higher Bax levels in cortical neurons (indicated by arrows, Figure 8c) in the Ipsi of rats subjected to 2 h of pMCAo.

Conclusions: The mechanism for maternal rat brain injury resulting from seizure activity may be, at least in part, associated with alteration in the function of excitatory amino acid receptors.

It was then assumed that injecting streptozotocin, a glucosaminenitrosourea toxic to pancreatic β cells, into rat brain would result in the same pattern.

The most convincing evidence for the involvement of miRNAs in alcohol-related gene expression was presented by Pietrzykowski and colleagues (2008), who showed that alcohol upregulates expression of microRNA 9 (miR-9) in rat brain, which results in miR-9 dependent miR-9 dependentof BK channel variants with high sensitivity to alcohol.

It was demonstrated that 2 weeks following a unilateral infusion of rotenone into the rat brain, dopamine depletion resulted in lower brain levels and higher elimination rates of DOPAC and HVA for the diseased cerebral hemisphere.

Rat brain irradiation results in a temporary decreased P-gp function.

IGF-1 injection into rat embryonic brain results in a 28% increase in DNA content postnatally as a consequence of increased DNA synthesis and entry into S phase.

It was also found that injury inflicted on rat brain by heme injection resulted in increased interleukine concentration in CSF [ 75].

Fig. 7 Transverse section of a rat brain showing the result of the optimal pulse.