Killing Nationalism with Liberalism? Austria–Hungary and the Serbian Constitution of 1869

Based on material from the Hungarian archives hitherto unpublished in English, this article examines the contribution Austro–Hungarian diplomacy made to the approval, by the Ottoman government, of a new constitution for its vassal-state Serbia in 1869. The episode reflects the emergence of a Hungarian influence on the Habsburg Monarchy's policy towards Russia, the Ottoman Balkans, and especially Serbia in the years immediately following the Ausgleich of 1867. Hungarian Minister-President Count Gyula Andrássy, through the new Austro–Hungarian consul in Belgrade, Benjámin Kállay, lobbied Vienna to support the new constitution. He did so in the hope that a more liberal political system in Serbia would impede the Serbian government's tendency to foment nationalist unrest within the Habsburg Monarchy and distract Belgrade from its policy of territorial expansion at the expense of the Ottoman Empire.     

Dealigned or Still Salient? Religious-Secular Divisions in Chilean Presidential Elections

With countries like Chile facing secularisation, some research predicts religious-secular cleavages will ‘dealign’, while other research suggests these cleavages will persist so long as religious-secular divisions are reflected among presidential candidates. Using surveys of first-round voting intentions in the five most recent presidential elections in Chile, the analysis shows that religious-secular divisions in voting appear when candidates are divided clearly along religious-secular lines (and not when divisions among candidates are blurred). These findings suggest researchers need to account for the impact candidates' positions have on the appearance of religious-secular divisions before declaring that dealignment has occurred.     

Image analysis of gunshot residue on entry wounds. II--A statistical estimation of firing range.

A statistical investigation of the relationship between firing range and the amount and distribution of gunshot residue (GSR), used automated image analysis (IA) to quantify GSR deposit resulting from firings into pig skin, from distances ranging between contact and 45 cm. Overall, for a Ruger .22 semi-automatic rifle using CCI solid point, high velocity ammunition, the total area of GSR deposit on the skin sections decreased in a non-linear fashion with firing range. More specifically there were significant differences in the amount of GSR deposited from shots fired at contact compared with shots fired from distances between 2.5 and 45 cm; and between shots fired from a distance of 20 cm or less, with shots fired at a distance of 30 cm or more. In addition, GSR particles were heavily concentrated in the wound tract only for contact and close range shots at 2.5 cm, while the particle distribution was more uniform between the wound tract and the skin surfaces for shots fired from distances greater than 2.5 cm. Consequently, for future scientific investigations of gunshot fatalities, once standards have been established for the weapon and ammunition type in question, image analysis quantification of GSR deposited in and around the gunshot wound may be capable of providing a reliable, statistical basis for estimating firing range.     

Race and Ethnicity: Responsible Use from Epidemiological and Public Health Perspectives

While the concepts of race and ethnicity have been abused historically, they are potentially invaluable in epidemiology and public health. Epidemiology relies upon variables that help differentiate populations by health status, thereby refining public health and health care policy, and offering insights for medical science. Race and ethnicity are powerful tools for doing this. The prerequisite for their responsible use is a society committed to reducing inequalities and inequities in health status. When this condition is met, it is irresponsible not to utilize these concepts.     

低氧和氧化应激中 NO介导培养神经元损伤机理的实验研究

目的探讨低氧、氧化应激中一氧化氮（NO）和氧自由基之间关系及其对培养神经元的损伤机理。方法对培养的新生大鼠神经细胞分别进行低氧、H2O2氧化应激处理和超氧化物歧化酶（SOD）抗氧化应激处理,用比色法等检测培养上清液中NO、丙二醛（MDA）、乳酸脱氢酶（LDH）和SOD含量变化指标。结果与对照组比较,低氧组和H2O2组的NO、LDH、MDA含量均显著增高,SOD含量显著降低,NO与SOD含量变化呈负相关关系。预先给予终浓度为200U/ml的SOD处理,可使神经细胞的NO、LDH和MDA释放量明显减少。各组间NO含量与LDH、MDA含量呈正相关关系。结论低氧、氧化应激促使神经元NO产生增多,NO有增加氧自由基对神经细胞的损伤作用。SOD具有清除氧自由基和减轻NO对神经元的损伤作用。