1 tes displaying acetylcholinesterase-positive motor end plates.

2 , and there are morphological changes at the motor end-plates.

3 NMJ), in areas surrounding the nuclei of the motor end plate, and in perisynaptic Schwann cells, and

4 tate levels of mRNA for AChR subunits at the motor end-plates by in situ hybridization.

5 positions in the nicotinic receptor from the motor end plate decreases unitary conductance up to 80%.

6 hotobleaching experiments carried out a frog motor end-plates demonstrated lack of lateral intermixin

7                                              Motor end plates denervated by axonal retraction of dyin

8 m channels is associated with the phenotype "motor end plate disease," which is characterized by a pr

9 or loss of voltage-gated Na+ channels at the motor end plate in both patients with MG and in rats wit

10                       Reelin is required for motor end-plate maturation and proper nerve-muscle conne

11                       Compared with WT mice, motor end-plates of mdx mice demonstrated less continuou

12 returned; rather, it resulted from a lack of motor end plate reinnervation.

13           Furthermore, BDNF deletion reduces motor end plate volume without affecting neuromuscular j

14                            Smaller axons and motor end plates were also demonstrated in SM, using NAD

15                         Axons terminating in motor end plates within SM bundles were immunoreactive t