Sentences with phrase «relative cerebellar»

vs. Cerebellar Brain Percentage (r = 0.2801, p = 0.1158) in SM - negative CKCS revealed no statistically significant relationships between relative cerebellar volume and age.

Unlike humans, we found that CKCS do not appear to have age - related atrophy as there was no correlation between relative cerebellar volume and age.

Relative cerebellar volume was defined as the volume of the cerebellum divided by the total volume of brain parenchyma.

The relationship between cerebellar overcrowding and relative cerebellar volume was tested with a Pearson r correlation of Caudal Cerebellar CCF Percentage and Cerebellar Brain Percentage: The CKCS group demonstrated a positive correlation (r = 0.5204 [p = 0.0003]-RRB-, whilst the SB (r = 0.1277 [p = 0.4449]-RRB- and LD (r = 0.3016 [p = 0.1342]-RRB- group did not.

Our results support hypothesis iii) which states that in CKCS an increase in relative cerebellar volume is correlated with an increase in cerebellar crowding in the caudal CCF.

We also found in CKCS that cerebellar crowding in the caudal CCF is more sensitive to changes in relative cerebellar volume than cerebellar crowding in the rostral CCF, which is consistent with the theory that increased cerebellar volume results in the cerebellum shifting caudally and causes obliteration of dead space in the caudal CCF.

Not exact matches

«The difference in ape cerebellar volume, relative to a scaled monkey brain, is equal to 16 billion extra neurons,» says Barton.