1 dial areas 9 and 24b terminate mainly in the lateral column.

2 cleus projects only to the ventrolateral and lateral columns.

3  a tangential manner to the ventral and then lateral columns.

4 etization-transfer signals in the dorsal and lateral columns and grey matter of the cervical cord.

5 cking glial cells and myelin was seen in the lateral column in early development, suggesting that the

6                   Mews were generated in the lateral column of the intermediate PAG and howls and his

7     Cries were generated in two regions, the lateral column of the rostral PAG and the ventrolateral

8         Midthoracic transection of the right lateral column of the spinal cord produced a persistent

9 ury, and aggrecan, which decreases, into the lateral column of the uninjured cord at T10 in separate

10 e expressed in the medial, intermediate, and lateral columns of the developing CNS, respectively, in

11 mn, rather than the dorsal, dorsolateral, or lateral columns of the PAG.

12 psule in the brain, and pyramidal tracts and lateral columns of the spinal cord.

13 sation (R(2) = 0.54, P < 0.001), whereas the lateral column signal and diagnosis subtype explained a

14 tion sensation (R = 0.58, P < 0.001) and the lateral column signal with strength (R = -0.45, P = 0.00

15 ack the lateral cortico-spinal tracts in the lateral columns, the anterior cortico-spinal tracts and

16 sive behavior and pressor responses from the lateral column vs. quiescence and depressor responses fr

17  imaging metrics in the GM and posterior and lateral column white matter tracts using region of inter