In control animals, we found that PVBCs innervated both principal cell populations, but also had significant selectivity for calbindin-containing principal cells in MEClayerII.
First, in all animals, we found two main current sinks initiated prior to twitching, within the ventral and intermediate spinal cord.
In saline-treated animals, we found an experiment-wise significant strain difference in GABA-Aα2 GABA-Aα2ression in the SN/VTA.
In chronically epileptic animals, we found that the intrinsic properties of the two principal cell populations, the GABAergic perisomatic bouton numbers, and selectivity of the CCKBCs and PVBCs remained remarkably constant in MEClayerII.
When comparing E SAL and NE SAL animals we found significant differences in the expression level of 5 proteins: ATP synthase subunit alpha, fumarate hydratase, transketolase, NADH dehydrogenase [ubiquinone] flavoprotein 2 and glutathione transferase omega-1.
However, in the Caudate-Putamen (CPu) of all 3-NP treated animals we found a massive astrogliosis, revealed by increased GFAP levels, paralleled by changes of the glial glutamate transporter GLAST distribution.
In the xenografted animals, we found cells in the sinusoidal wall of the xenograft stained, with progressively increased activity, in animals 45-60 dafterftransplantlantransplant
Despite there being significant differences in the likelihood of punctuational evolution occurring among plants, fungi and animals, we found no difference in the size of the effect.
In tissue samples from 6-week-old animals, we found a quite strong signal in the atrial myocardium compared with ventricular myocardium, suggesting a predominantly atrial expression of SCN8A protein at this stage of development.
Using bone marrow chimeric animals, we found that the MHC class I-restriction of CTL was determined to be under the providence of the CD86, even when this molecule and antigen were displayed on a non-professional antigen presenting cell background.
In the tam3/tam9 animals we found an anterograde flux of 18.20+/−4.87 mito/min (average+/−s.d).d
