TABLE 1.
M (escape latency) | V (wm) | L (mf) | V (mf) | |
M (escape latency) | r = −0.661* p = 0.007 | r = −0.735* p = 0.002 | r = −0.751* p = 0.001 | |
L (cap) | r = −0.578* p = 0.024 | r = 0.901* p < 0.001 | r = 0.924* p < 0.001 | r = 0.899* p < 0.001 |
S (cap) | r = −0.659* p = 0.008 | r = 0.776* p = 0.001 | r = 0.846* p < 0.001 | r = 0.818* p < 0.001 |
V (cap) | r = −0.653* p = 0.008 | r = 0.669* p = 0.006 | r = 0.633* p = 0.011 | r = 0.547* p = 0.044 |
M (escape latency) is the mean value of the escape latencies in Morris water maze; V (wm) is the volume of white matter; L (mf) is the length of myelinated fibers within white matter; V (mf) is the volume of myelinated fibers within white matter; L (cap) is the length of capillaries within white matter; S (cap) is the length of capillaries within white matter; V (cap) is the volume of capillaries within white matter.*Significance.