Explaining subnational parliamentary scrutiny powers: A fuzzy-set analysis of German Landtage

While the European Union’s Lisbon Treaty has important implications for regional parliaments with legislative competences, most studies have focused on cross-country differences or examined the activities of regional parliaments at the EU level. This contribution shows the existence of substantial intra-country differences in the formal scrutiny rights of regional parliaments. We analyse how German regional parliaments (Landtage) have addressed the challenge of controlling their governments in EU affairs. Using fuzzy-set comparative qualitative analysis, we find that institutional and partisan factors (vote share in the second chamber, economic potential, and conservative governments) explain the differences found among German Landtage particularly well. Landtage with otherwise weak parliamentary prerogatives were successful in using the reform momentum to strengthen their rights in the field of EU policy. Combined with the party political salience of EU policy-making, the integration process has thus empowered formally weaker Landtage.     

The risk of body packing: a case of a fatal cocaine overdose

The process of swallowing or inserting illegal packets of drugs for the purpose of evading law enforcement officers carries risks other than criminal charges. It can be fatal. Individuals engaged in such activities are called "Body Packers" or "Mules". The most frequent cause of the death among body packers is acute drug intoxication due to rupture of the package(s) within the gastrointestinal tract. We present the first documented case of a body packer that died from cocaine intoxication following the rupture of packets of cocaine in Western Pennsylvania.     

A Concentrated Hydrochloric Acid-based Method for Complete Recovery of DNA from Bone

The successful extraction of DNA from historical or ancient animal bone is important for the analysis of discriminating genetic markers. Methods used currently rely on the digestion of bone with EDTA and proteinase K, followed by purification with phenol/chloroform and silica bed binding. We have developed a simple concentrated hydrochloric acid-based method that precludes the use of phenol/chloroform purification and can lead to a several-fold increase in DNA yield when compared to other commonly used methods. Concentrated hydrochloric acid was shown to dissolve most of the undigested bone and allowed the efficient recovery of DNA fragments <100 bases in length. This method should prove useful for the recovery of DNAs from highly degraded animal bone, such as that found in historical or ancient samples.