文献检索，用中文搜 PubMed

Suppr 超能文献

核心技术专利：CN118964589B侵权必究

核心技术专利：CN118964589B侵权必究

Snyder K A, Moffett S B

Department of Zoology, Washington State University, Pullman 99164.

Comp Biochem Physiol A Comp Physiol. 1990;96(3):407-14. doi: 10.1016/0300-9629(90)90104-z.

When one pedal ganglion is removed, snails first crawl using the unoperated side of the foot, but in 4-8 weeks the operated side exhibits an anterior-to-posterior gradient of recovery. 2. A ganglion bud bridges the site of the missing ganglion and axons project from intact central ganglia into the foot. 3. Rhythmic activity in right and left pedal nerve pairs is correlated during locomotion in the regenerated snails. 4. The oscillator in the remaining pedal ganglion drives bilaterally coordinated activity. Regenerated projections from the cerebral ganglia through the bud to the remaining pedal ganglion suffice to initiate locomotion.

当切除一个足神经节时，蜗牛最初会用足部未手术的一侧爬行，但在4至8周内，手术侧会呈现出从前向后的恢复梯度。2. 一个神经节芽连接缺失神经节的部位，轴突从完整的中枢神经节投射到足部。3. 在再生蜗牛的运动过程中，左右足神经对的节律性活动是相关的。4. 剩余足神经节中的振荡器驱动双侧协调活动。从脑神经节通过芽到剩余足神经节的再生投射足以启动运动。

Snyder K A, Moffett S B

Department of Zoology, Washington State University, Pullman 99164.

Comp Biochem Physiol A Comp Physiol. 1990;96(3):407-14. doi: 10.1016/0300-9629(90)90104-z.

When one pedal ganglion is removed, snails first crawl using the unoperated side of the foot, but in 4-8 weeks the operated side exhibits an anterior-to-posterior gradient of recovery. 2. A ganglion bud bridges the site of the missing ganglion and axons project from intact central ganglia into the foot. 3. Rhythmic activity in right and left pedal nerve pairs is correlated during locomotion in the regenerated snails. 4. The oscillator in the remaining pedal ganglion drives bilaterally coordinated activity. Regenerated projections from the cerebral ganglia through the bud to the remaining pedal ganglion suffice to initiate locomotion.

当切除一个足神经节时，蜗牛最初会用足部未手术的一侧爬行，但在4至8周内，手术侧会呈现出从前向后的恢复梯度。2. 一个神经节芽连接缺失神经节的部位，轴突从完整的中枢神经节投射到足部。3. 在再生蜗牛的运动过程中，左右足神经对的节律性活动是相关的。4. 剩余足神经节中的振荡器驱动双侧协调活动。从脑神经节通过芽到剩余足神经节的再生投射足以启动运动。