Publications by authors named "P L Hayes"

Background: Stroke has devastating consequences for survivors. Hypertension is the most important modifiable risk factor, and its management largely takes place in primary care. However, most stroke-based research does not occur in this setting.

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Base-stabilized rhodium borylene complex κ-L(CO)Rh(BMes), 2; κ-L=κ-NN'-Rh,κ-N-B-(2,5-[PrP=N(4-PrCH)]-N'(CH)); Mes=mesityl, reacts with a series of alkynes (PhC≡C-R; R=Ph, Me, COEt, H) to yield unique structures whereby the alkyne has regioselectively added across boron and the carbon atom of a CO ligand. The resulting complexes, LRh[C(O)C(Ph)C(R)B(Mes)], 3, react with additional CO to afford cycle-containing products, L(CO)Rh ), 5, that ultimately release highly functionalized organic heterocycles of the form =NPipp (Pipp=4-PrCH), 6. These oxaboroles, which were assembled from a primary hydroborane, CO, an alkyne, and an azide-generated NPipp, are structurally analogous to two of the five boron-containing therapeutics approved by the FDA.

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This research explores consumer preferences and emotional reactions to beverages made from roasted barley and examines the possibility of launching a new product line featuring Streaker barley grown in the Pacific Northwest. Utilizing hedonic scales, just-about-right scales, and check-all-that-apply questions, a sensory evaluation was conducted. The study reveals two distinct consumer clusters, each exhibiting contrasting preferences and responses to novel beverages incorporating Streaker barley.

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Background: An HIV-1 vaccine is long overdue. Although vaccine research focuses on the induction of broadly neutralising antibodies, challenging infections such as HIV-1 could require parallel induction of protective T cells. It is important to recognise that not all T cells contribute to protection equally.

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Article Synopsis
  • Recent research indicates a trade-off between silicon and carbon-based compounds in plants, with a specific focus on stress resistance and mechanical support.
  • This study examined 17 species from the Cyperaceae family, using both leaf trait measurements and advanced microscopic techniques.
  • Findings revealed that the accumulation of silicon negatively correlates with tannins and epicuticular waxes, suggesting complex strategies in plant responses to environmental stresses that previous whole-leaf analyses overlooked.
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