Sentence examples for fibre active from inspiring English sources

The Fibre Active Scintillator Target (FAST) experiment at the Paul Scherrer Institute was designed to measure the μ+ lifetime to 4 ps precision and thereby to determine the Fermi coupling constant, GF, to 1 part per million (ppm).

The Fibre Active Scintillator Target (FAST) experiment is a novel imaging particle detector currently operating in a high-intensity π+ beam at the Paul Scherrer Institute (PSI), Villigen, Switzerland.

The Fibre Active Scintillator Target (FAST) experiment at the Paul Scherrer Institute (PSI) is designed for a high-precision measurement of the μ+ lifetime, in the order of a few parts per million.

These results demonstrate that Eph receptor activation by ephrins can partially restore spine pruning in the Purkinje cell proximal dendritic domains of tetrodotoxin-treated cerebella in the absence of climbing fibre activity, suggesting that ephrin/Eph signalling contributes to the spine inhibitory effect mediated by active climbing fibres.

The most striking correlation was between potency in the 60 cell line screen and hollow fibre activity; 56% of compounds with mean 50% growth inhibition below 10 7.5 M were active in more than 6 intraperitoneal fibres whereas only 4% of compounds with a potency of 10 4 M achieved the same level of hollow fibre activity (P< 0.0001).

Our fibre was active on 4 March 2014, having given the go-ahead to move on 11 October 2013.

Frequencies and amplitudes of SEA were measured after rectification of the EMG in CG rats (normal muscle fibres plus fibres with latent MTrPs) and EG rats (fibres with active MTrPs at three different stages of recovery).

The CFRP composites consisted of high strength carbon fibres as active elements, epoxy resin as a matrix and sensing electrodes.

Hence, previous study has produced an ideal wound dressing incorporating calcium alginate fibres and active Manuka honey [ 11].

In order to understand the electrophysiological features in muscle fibres with active MTrPs, we aimed to classify and analyse the electrical potentials in SEA under resting conditions and at different stages of recovery after MTrP modelling.

This process would have little effect on single sources of NO, where diffusional dispersion would dominate, but would impinge strongly where there are multiple sources within a tissue volume, such as when a plexus of nerve fibres are active (Philippides et al., 2005) or when NO is generated in the microvascular network.