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1 ive neurocircuitry of the dorsal horn of the lumbar cord.
2 n injury site by intrathecal delivery at the lumbar cord.
3 more prevalent in the cervical cord than the lumbar cord.
4 eriment in which FB was co-injected into the lumbar cord.
5 synaptic actions in specific segments of the lumbar cord.
6 laminae I and II and the ventral horn of the lumbar cord.
7 creased expression of the Fos protein in the lumbar cord.
8 ansferase was decreased only in cervical and lumbar cord.
9 ed into proximal regions of the cervical and lumbar cord.
10 with the locomotor activity expressed by the lumbar cord.
11  Because NRA neurons projecting to the lower lumbar cord are included, the PAG-NRA projection is like
12 of the supraspinal nuclei that innervate the lumbar cord by PD10.
13 r of flinches for 2 h and then processed the lumbar cord for Fos immunocytochemistry.
14                          Illumination of the lumbar cord in mice expressing eNpHR or Arch in ChAT(+)
15  recruitment of descending inhibition at the lumbar cord level after forepaw stimulation.
16 ost entirely separate territories within the lumbar cord (levels L3-L5).
17 neurones in a thick slice preparation of the lumbar cord of 11-19-day-old-rats, four distinct firing
18 uman fetal spinal cord were grafted into the lumbar cord of SOD1 G93A rats.
19         Fast Blue (FB) was injected into the lumbar cord on postnatal day (PD)5, 8, 15, or 20.
20 additional motor neurons in the brachial and lumbar cord regions express RALDH-2-IR.
21                                           In lumbar cord samples, injury increased the expression of
22  of potassium-stimulated acute slices of the lumbar cord showed that oxytocin-neurophysin-immunoreact
23 fter lesions of one lateral funiculus in the lumbar cord the responses evoked by stimulation of the h
24                  Motor neuron density in the lumbar cord was significantly higher in MEX group compar
25                           Using the in vitro lumbar cord, we studied the effects of dopamine and D2-l