Sentence examples for tea increased from inspiring English sources

Immediately (i.e. 5 min) after consumption, tea increased valence but reduced arousal, as compared to the placebo.

Exports of chilled roast beef to France grew 56.4%, while tea increased 15.7%, and cakes were up 34.7%, exports worth 21.2 million pounds ($35.1 million 19.88 million pounds ($33 million) and 8.7 million pounds to the U.K. ($14.4 million) respectively.

In the presence of 16.7 mmol/l glucose TEA increased insulin secretion by 148±64%, n = 3, Fig. 4H.

In all studies combined, consumption of tea increased FMD vs. control by 2.6% of arterial dilation (95% CI: 1.8 3.3%; P-value <0.001), which is a relative improvement of approximately 40% compared to the average FMD of 6.3% under placebo (for cross-over trials) or baseline (for parallel trials) conditions (Figure 3).

Green tea increased the AUC significantly (2460 ± 145  μg h/kg) compared to the control group.

Canuel et al. [ 27] postulated that tea increased mercury due to enterohepatic circulation and increased release of Hg from liver.

Green tea increases the pressure in your eye within 30 minutes of drinking it, and the effects can last beyond an hour and a half of drinking the tea.

All compost teas increased the growth and mineral content of pakchoi, although the extent differed and was associated with the presence of mineral N and gibberellin (GA4) in the teas.

Most notably, α-TEA increased intratumoral interferon (IFN -γ levels but decreased IFN -γeukin (Ilevelsevels, suggesting a shift toward a T cell-mediated T helper type 1 (TH1) response.

α-TEA increased the frequencies of activated CD4+ and CD8+ T cells, resulted in higher CD4+-to-Treg and CD8+-to-Treg ratios in the tumor microenvironment and induced tumor-specific cytotoxicity.

In this report, we demonstrate that α-TEA increased the frequencies of activated CD4+ and CD8+ T cells in the tumor microenvironment, induced a tumor-specific cytotoxic lymphocyte response and resulted in higher CD4+-to-Treg and CD8+-to-Treg ratios, as well as that the α-TEA-mediated antitumor effect was dependent on the T cell response.