Bell and Banner: Armenian Revolutionaries at the End of the Ottoman Empire
Abstract : This study begins by addressing the political, social, and economic conditions in the Ottoman Empire in the seventeenth and eighteenth centuries in order to provide the historical context for the emergence of Armenian revolutionaries. It then details the attempts at reforming the empire by the Tanzimat and Hamidian regimes, the effect these reforms had on social and economic conditions for provincial Ottoman Armenians, and the steps those within the empire but especially among the Armenian diaspora took to adopt revolutionary tactics in attempting to alleviate conditions in the Armenian fatherland. Specific attention will be paid to the programs and activities of the major parties that have comprised the Armenian Revolutionary Movement: The Dashnaktsutiun, the Hunchaks, and the Armenakans. This study then reviews revolutionary activity amidst the rise of the Committee of Union and Progress, particularly the Dashnaktsutiun who were most active during this period, in an effort to complete a survey of Armenian revolutionary activity. Finally, it concludes with general observations regarding the process by which some Armenians, who had at one point been considered the Ottoman Empire's loyal millet, decided to arm themselves first in self-defense in pursuit of autonomy and then to engage in terrorism as an acceptable tactic in carrying out their strategy.
A prelude to genocide: CUP population policies and provincial insecurity, 1908–14
The status of Armenians in the Ottoman Empire as, at best, second-class subjects had resulted in years of discrimination and persecution. Armenian peasants were vulnerable to economic extortion or ...
Two distinct mechanisms for bilirubin glucuronide transport by rat bile canalicular membrane vesicles. Demonstration of defective ATP-dependent transport in rats (TR-) with inherited conjugated hyperbilirubinemia.
Bilirubin is conjugated with glucuronic acid in hepatocytes and subsequently secreted in bile. The major conjugate is bilirubin diglucuronide. Using sealed vesicles which are primarily derived from the canalicular (CMV) and sinusoidal (SMV) membrane vesicle domains of the plasma membrane of hepatocytes, we demonstrated that bilirubin glucuronides are transported by CMV by both ATP- and membrane potential-dependent transport systems. In CMV from normal rats, these processes are additive. In CMV from TR- rats, which have an autosomal recessively inherited defect in biliary secretion of nonbile acid organic anions, ATP-dependent transport of bilirubin diglucuronide was absent whereas the membrane potential driven system was retained. Other canalicular ATP-dependent transport systems, which were previously described for organic cations and bile acids, are functionally retained in TR- rats. Our study indicates that bilirubin glucuronides are primarily secreted into the bile canaliculus by an ATP-dependent mechanism which is defective in an animal model of the human Dubin-Johnson syndrome.