Sentence examples for mouse ear inflammation from inspiring English sources
Compounds Ig and Im demonstrated notable in vivo suppressive activity against xylene-induced mouse ear inflammation (with 56%and5454% inhibition).
Glycyrrhetinic acid also reduced TNF- α production and NF- κB activation and suppressed mouse ear inflammation stimulated by tissue plasminogen activator.
Additionally, Piwnica et al 45 demonstrated that brimonidine tartrate displays anti-inflammatory properties by the inhibition of edema (when compared to vehicle) in in vivo mouse ear inflammation models.
Furthermore, compound IIj blocked mice ear inflammation by 75% and attenuated ear edema and damage substantially in an in vivo model of inflammation.
Additionally, compound 7a blocked mice ear inflammation by 67% and suppressed the accumulation of inflammatory cells in an in vivo mouse ear edema evaluation.
In order to be able to compare the anti-inflammatory activity of soy isoflavonoid genistein, which has already been confirmed by previous studies [9 11], to the one of genistein incorporated in HPBCD and RAMEB, inflammation was induced using the mouse ear model for inflammation and ear thickness was measured.
The 75% ethanol extract of the aerial part of E. splendens can significantly inhibit acute inflammation (mouse ear edema by croton oil-inducing) and subchronic inflammation (ear edema by phorbol ester inducing).
The topical anti-inflammatory activity was evaluated using the mouse models of acute ear inflammation induced by croton oil, arachidonic acid, capsaicin, EPP, phenol, and chronic inflammation induced by multiple application of croton oil.
These results indicate that sialidase-immunized mice suppressed P. acnes-induced ear inflammation.
Moreover, inhibition of CAMP2 by neutralizing antibodies efficiently attenuated P. acnes-induced inflammation in the mouse ear model [ 45], suggesting that CAMP2, and probably the other ones as well, are virulence factors of P. acnes.
The anti-inflammatory activity accessed in vivo using the croton oil-induced ear inflammation model in mice showed that erythema and edema were attenuated in 98% following local application.
