Bush: The Sequel

This article examines the likely foreign policy initiatives of the U.S. under the leadership of George W. Bush. The new president has outlined a fairly thorough critique of America's international behavior in the 1990s. Because a leader's public statements arguably serve to persuade various audiences and to build support for policy change, the article takes Bush's words quite seriously—along with those spoken or written by his closest foreign affairs advisors. Bush intends to abandon the so-called Clinton Doctrine and deploy national missile defenses. He is critical of American policies toward China and Russia, but has not presented bold new initiatives toward those powers. Under the rubric of "compassionate conservatism," Bush may alter U.S. relations toward the Global South in some interesting ways. The president and his advisors often purport to be realists, but the article demonstrates that their own words belie this claim as they often justify policies based on ideals rather than the pursuit of power.     

A Crowded Stage: Liabilities and Benefits of Multiparty Mediation

In today's environment, the international response to conflict often entails multiple mediators as well as other third-party actors such as peacekeeping forces, development agencies, nongovernmental organizations (NGOs), and lone operators. Such a profusion of actors has often made peacemaking efforts messy, difficult, and at times chaotic. The vicious nature of internal conflicts, however, and the high costs for the international community of failing to prevent or end war make it critical to understand these multiple third-party interventions. The principal question is: do these multiparty mediations help or hurt the cause of peace? If the answer to that question is that a multiplicity of third parties can hurt a peace process, does the solution lie in stopping multiple third-party attempts at peacemaking? On the other hand, if the answer is that multiparty mediation can help, are there ways of increasing the chances that it will?     

EU–Russian Relations and Turkey's Role as an Energy Corridor

This article analyses the impact of EU–Russian relations on Turkey's role as a corridor for the transit of energy supplies to Europe. While the European Union (EU) has inherent leverage in its collective purchase of most Russian gas exports, market power has shifted in Russia's favour. Russian efforts to build new pipelines and widen downstream access have stimulated EU interest in diversifying energy imports and transit routes. In this sense, the EU has recognised Turkey's potential value as a secure and independent route for importing non-Russian energy supplies, which may in turn have an impact on Turkey's EU accession process.     

The evaluation of five electrophoretic phenotyping systems for routine screening of bloodstains

The performance of the polymorphic marker systems group-specific component (GC), phosphoglucomutase-1 (PGM), alpha-2-HS-glycoprotein (A2HS), haptoglobin (Hp), and erythrocyte acid phosphatase (EAP) was evaluated on control bloodstains. The major factors considered were: sensitivity of the test system; stability of the marker; laboratory economics of each test; and distinguishing power (Dp) of the system. GC was considered to be the most suitable marker for routine screening because of its high stability and Dp, and the sensitivity of the immunoblotting detection method. PGM and A2HS were the next most valuable markers followed by Hp. EAP could only be considered useful when large amounts of relatively fresh bloodstain were available.     

The collaborative study on typing group-specific component by eight forensic science laboratories

This report describes a collaborative study on typing group-specific component (GC), conducted between the Central Research and Support Establishment and the forensic science laboratories of England, Wales and Northern Ireland. A population study (n=114) was performed. Fifty blood donors were selected to provide a distribution, slightly biased from normal, in favour of the GC 1F-1F and GC 1F-1S phenotypes. A protocol was devised for preparing large bloodstains. The strongest GC bands were obtained from the edge of a stain after the blood had been treated with K+/EDTA. Each laboratory received a representative portion of the large bloodstains for GC typing. Five of the eight laboratories correctly grouped all the bloodstains. No errors directly attitributable to the system were recorded in over 800 tests, indicating that GC in bloodstains can be typed reliably using the combination of isoelectric focusing in ultrathin narrow pH interval gels followed by immunofixation and silver staining.     

The microscopic pathology of the liver in fatal cocaine intoxication

The microscopic pathology of the liver in fatal cocaine intoxication was studied. Data from cases of cocaine intoxication during the years 1981-1986 were collected and analysed. Thirty cases with a negative past history for intravenous drug abuse, and in which the terminal drug testing revealed solely cocaine or its metabolites, were compared with a control group of nineteen people who had died in motor vehicle accidents, with a terminal negative blood alcohol, negative drug screen and no history of drug abuse. A comparison of liver histology was made along with gross anatomical liver weight. These findings are compared to other studies of hepatotoxicity in drug abuse.     

Concentration-time profiles of ethanol in capillary blood after ingestion of beer.

Blood ethanol profiles were determined in experiments with healthy volunteers after they had drunk beer. When 330 ml of light beer (1.8% w/v ethanol) was consumed in 5 min by four men and four women, the average peak blood-alcohol concentration (BAC) reached was 8 mg/100 ml (range 2-11). After nine men had drunk 660 ml of beer (3.0% w/v or 3.6% w/v ethanol) in 25 minutes on an empty stomach, the average peak BAC was 32 mg/100 ml (range 26-44) and 37 mg/100 ml (range 23-54) respectively. When the same two beers were consumed by another nine men together with a meal, the peak BAC was 24 mg/100 ml (range 20-29) and 28 mg/100 ml (range 20-39) respectively. The peak BAC occurred earlier when beer was ingested together with food; mean 32 min (range 30-50) compared with 41 min (range 30-70) with an empty stomach. The rate of disappearance of alcohol from blood (beta-slope) was 12 mg/100 ml/h in the fed state and 15 mg/100 ml/h when subjects were fasted. The apparent volume of distribution of ethanol (Vd) was 0.65 l/kg (SD 0.07) for the empty stomach condition but exceeded unity when beer was ingested together with food. It seems that part of the dose of alcohol when consumed with food never reaches the systemic circulation.     

Postmortem stability of DNA

High-molecular-weight DNA was recovered postmortem in sufficient quantities from various human organ tissues as well as from blood, although not all organs were equally well suitable. Good DNA stability was found in brain cortex, lymph nodes and psoas muscle over a period of three weeks postmortem. Spleen and kidney showed good DNA stability up to five days postmortem but after longer periods, rapid degradation was observed. Yields of DNA from blood were not consistent because of the non homogeneity of samples. Blood clots were rich with DNA. Generally, the amount of degraded DNA correlated directly with the duration of the postmortem period. However in some cases, DNA degradation was already prominent after a short period. However in some cases, DNA degradation was already prominent after a short period. Case histories showed that high environmental temperature at the site of death and/or infectious diseases prior to death were the main factors for rapid autolysis. Gradual disappearance to complete loss of the long fragments (15-23 kb) was observed in DNA fingerprinting using the minisatellite probe 33.15. No extra-bands were noted, thus excluding erroneous conclusions. However, evidentiary value of older samples was lower.