1 plays a behavioral opponency consistent with neural inhibition.

2 reted BMP2 and BMP7 ligands can also mediate neural inhibition and epidermal induction.

3 l slowing of neural processing and decreased neural inhibition, both of which likely interfere with t

4 d using fan-out connectivities together with neural inhibition can explain the broad range of experim

5 te key aspects of OS progression and sensory neural inhibition disrupts CGRP signaling within the sar

6 e find that anxiety (associated with reduced neural inhibition) impairs selection among options and a

7  the GABA agonist midazolam (which increases neural inhibition) improves selection, whereas retrieval

8 magnetic stimulation could lead to immediate neural inhibition in ganglion neurons from Aplysia calif

9                                      Precise neural inhibition in thalamocortical circuits is require

10 s (GABA(A)Rs) has emerged as a novel form of neural inhibition in the CNS.

11                    The functional pattern of neural inhibition in the midbrain forms an exquisitely s

12 oduced signal reductions (perhaps reflecting neural inhibition) in areas showing contralaterally driv

13                                              Neural inhibition is key to choosing our words.

14                                          The neural inhibition is not seen with GATA-1a, although bot

15 c inactivation of PVT neurons diminishes SF1 neural inhibition of feeding.

16 iption of the basic properties of this rapid neural inhibition that could play an important role in f

17     This flexibility is thought to depend on neural inhibition, through suppression of inappropriate

18                                              Neural inhibition within the thalamus is integral in sha