Sentence examples for tight stability from inspiring English sources

If Led Zeppelin's drummer, John Bonham, were substituted for Moon on "Won't Get Fooled Again," the song would lose its passionate propulsion, its wild excess; if Moon sat in for Bonham on "Good Times Bad Times," the tight stability of that piece would instantly evaporate.

Gloucester's tight budget and small squad mean stability will be the watchword next term.

However already at lower concentrations there were significant increases in permeability that could reflect paracellular leakage due to decreased tight junction stability.

Study of various tissues from six 12 25 GW fetuses (2a, 2b, 5b, 7a, 9, 10) showed a tight intertissue stability in each of them.

Claudin proteins are essential for tight junction stability and loss of specific claudin isoforms is associated with barrier dysfunction during C. rodentium infection [ 16, 36- 38].

Previous work by us and others indicates that GC-C may be important in regulating intestinal barrier function as its deletion correlates with loss of epithelial tight junction stability in the bowel [ 16, 36].

Another permeability marker, [C]sucrose, was used to assess the paracellular permeability in the PBEC BBB model, and to study the potential effect of [In]DTPA-MWNTs on the tight junction stability.

Genes that play an important role in tight junction stability, including Tjp2, Csnk2a1, Pard6g (Par6a), Llgl1 (Mgl1), were all over-represented in the high lactation performance QSi5 mice, whereas genes associated with tight junction permeability, namely Ppp2r1a (PP2andand Rhoa, were over-represented in the low performance CBA mice.

It is indicated that the composite protective film formed on Li metal surface in 0.1 M AlCl3 and 0.1 M pyrrole containing electrolyte is dense and tight with high stability in the electrolyte, and gives rise to a low interface resistance and a greatly improved cycling efficiency of the lithium metal electrode.

Clone A1 was identified as a suitable parent for creation of inducible cell lines because of the tight inducibility and stability of its GFP expression.

The observation of tight mutant load stability, both across tissues and with time, in all tested fetuses, suggests that mtDNA segregation is mainly governed by random genetic drift in somatic tissues throughout the entire period of human embryofetal development.