59 resultados para Treason
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The commission was charged with indicting those individuals who had committed acts of treason during the War of 1812. The commission appointed Thomas Scott, William Dummer Powell and William Campbell to preside over the proceedings. The grand jury met at Ancaster, Ont. over 18 days in May and June of 1814 to hear the testimony of those charged with treason as well as any pertinent witnesses. On June 21, 1814 the commission indicted 15 individuals and ordered them to be hanged and quartered. This commission came to be commonly known as the Ancaster Bloody Assize of 1814.
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Printed for Russell, Cutler and Co.
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This article examines a common petition presented in the English parliament of 1425 requesting that those imprisoned for long periods for the crimes of treason, felony and Lollardy might be brought to trial. On the basis of palaeographical and orthographical evidence, this petition is demonstrated to be written by Richard Osbarn, clerk of the chamber of the London Guildhall between 1400 and 1437. The implications of this discovery throw new light on the way petitions were formulated, suggesting that the scribes of petitions played a greater role than previously thought, and in some cases identified with the complaint itself.
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In anoxia, mitochondria change from being ATP producers to potentially powerful ATP consumers. This change occurs, because the mitochondrial F1F0-ATPase begins to hydrolyze ATP to avoid the collapse of the proton motive force. Species that can survive prolonged periods of O2 lack must limit such ATP use; otherwise, this process would dominate glycolytic metabolism and threaten ATP delivery to essential ATP-consuming processes of the cell (e.g., ion-motive ATPases). There are two ways to limit ATP hydrolysis by the F1F0-ATPase, namely (i) reduction of the proton conductance of the mitochondrial inner membrane and (ii) inhibition of the enzyme. We assessed these two possibilities by using intact mitochondria isolated from the skeletal muscle of anoxia-tolerant frogs. Our results show that proton conductance is unaltered between normoxia and anoxia. However, ATP use by the F1F0-ATPase is limited in anoxia by a profound inhibition of the enzyme. Even so, ATP use by the F1F0-ATPase might account for ≈9% of the ATP turnover in anoxic frog skeletal muscle.
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A list of Pennsylvania Tories.
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Initials; manuscript marginal notes.
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Mode of access: Internet.
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Mode of access: Internet.
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Mode of access: Internet.