1) Furthermore, precuneus connectivity was found to be significantly stronger in minimally conscious patients as compared with unconscious patients.

2) We believe that the precuneus contains a kinesthetic map that permits an awareness of body positioning in space while people navigate through their surroundings.

3) In addition, the left precuneus and the right fusiform were activated in multiplication calculation.

4) Specifically, we saw activation in the precuneus, a parietal lobe region very close to where the kinesthetic representation of the legs resides.

5) Activation was also seen at the right precuneus and posterior thalamus with stimulation, extending into the superior vermis.

6) Atrophy was more than 15% greater in the bilateral entorhinal, right more than left lateral temporal, right parietal cortex, and bilateral precuneus areas.

7) Whether you are waltzing or simply walking a straight line, the precuneus helps to plot your path and does so from a body-centered or "egocentric" perspective.

8) However, relative to the personal risk identification task, the environmental risk identification task resulted in greater transient activity in the posterior cingulate cortex and precuneus.

9) Compared to normal controls, it found that the hippocampus, temporal pole, frontal lobe, temporal lobe, thalamus and precuneus exhibited more significant functional connectivity with the PCC in TLE.