Understanding the last tsar

Ferro, Nicholas, Nicholas II: The Last of the Tsars. New York and Oxford: Oxford University Press, 1993, 305 pp.

Lieven, Dominic, Nicholas II: Emperor of all the Russias. London: John Murray, 1993, 292 pp.

Radzinsky, Edvard, The Last Tsar: The Life and Death of Nicholas II New York: Doubleday, 1992, 462 pp.

Verner, Andrew, The Crisis of Russian Autocracy: Nicholas II and the 1905 Revolution. Princeton: Princeton University Press, 1990, 372 pp.     

Trying Something Old: The Impact of Shame Sanctioning on Drunk Driving and Alcohol‐Related Traffic Safety

Largely absent from US criminal sentencing since the early 1800s, shame penalties have been staging a comeback. This revival has been met by a number of debates among legal scholars, one of which centers on the potential for such penalties to reduce crime. This study addresses this debate by investigating the impact of formal shaming on drunk driving and alcohol‐related traffic safety in Ohio. In accordance with the Traffic Law Reform Act of 2004, judges have since been mandated to issue “restricted plates” to certain first‐time and all repeat DUI offenders with limited driving privileges. Results indicate a curvilinear association between punishment levels and drunk driving. Increases in the certainty and visibility of plates are associated with decreases in suspension rates, but there is a point at which increasing the punishment level no longer retains its intended impact. In addition, levels of punishment are unrelated to alcohol‐related traffic safety.     

A dedicated automated system for extraction, quantification and STR amplification of forensic evidence samples

Forensic DNA analysis is a multi-step process involving extraction of DNA, quantification of human DNA in the extract, amplification using multiplex STR systems, separation of products, and data analysis. The backlog of forensic casework is increasing worldwide. Automation is one significant way to alleviate the bottleneck of sample processing in forensic labs. The HID EVOlution™ Combination System described here is a robust, reliable sample processing platform, easily adapted to forensic laboratory workflows. Using a variety of forensic sample types including: blood stained FTA paper, cotton fabric and denim, dried blood spiked with known PCR inhibitors, saliva on cotton swabs, and semen stains, we found that yields of human DNA and STR profiles obtained with AmpFlSTR^® Idenitfiler^® kits were complete, highly reproducible, and equivalent to results obtained using the manual PrepFiler™ reagent extraction method. Automated operation was clean, and no cross-contamination was detected between extraction blanks and interspersed high DNA content samples.     

Officer-involved shootings: testing the effect of question timing on memory accuracy for stressful events

Journal of Experimental Criminology - This randomised controlled trial tested the effect of immediate versus delayed, as well as repeated, questioning on memory retrieval regarding details of...     

An Optimized DNA Analysis Workflow for the Sampling,Extraction, and Concentration of DNA obtained from Archived Latent Fingerprints

DNA profiles have been obtained from fingerprints, but there is limited knowledge regarding DNA analysis from archived latent fingerprints—touch DNA “sandwiched” between adhesive and paper. Thus, this study sought to comparatively analyze a variety of collection and analytical methods in an effort to seek an optimized workflow for this specific sample type. Untreated and treated archived latent fingerprints were utilized to compare different biological sampling techniques, swab diluents, DNA extraction systems, DNA concentration practices, and post‐amplification purification methods. Archived latent fingerprints disassembled and sampled via direct cutting, followed by DNA extracted using the QIAamp® DNA Investigator Kit, and concentration with Centri‐Sep? columns increased the odds of obtaining an STR profile. Using the recommended DNA workflow, 9 of the 10 samples provided STR profiles, which included 7–100% of the expected STR alleles and two full profiles. Thus, with carefully selected procedures, archived latent fingerprints can be a viable DNA source for criminal investigations including cold/postconviction cases.