From a Pluralism of Grounds to Proto‐Legal Relations: Accounting for the Grounds of Obligations of Justice

In this paper I discuss critically Mathias Risse's paper “Responsibility and Global Justice.” First, I argue that for Risse's pluralist account of the grounds of justice to hold together, there is need to presuppose a monist standpoint which ultimately contributes to grounding principles of justice. Second, I point out that Risse's understanding of obligations of accountability and justification is rather narrow in that it functions as an addendum to obligations of justice. Conversely, I will suggest that the obligation of accountability plays a deeper role: The conditions that ground it feature at the same time among the grounds of obligations of justice. Accordingly, the kind of relation that gives rise to a duty among agents to account for their actions must be in place when obligations of justice obtain. Following on from these remarks I will adumbrate an alternative account of the relation which grounds (enforceable) obligations of justice.     

Do intergovernmental grants create ratchets in state and local taxes?

A large literature on the ‘flypaper effect’ examines how federal grants to states at time period t affect state spending (or taxes) at time period t. We explore the fundamentally different question of how federal grants at time period t affect state tax policy in the future. Federal grants often result in states creating new programs and hiring new employees, and when the federal funding is discontinued, these new state programs must either be discontinued or financed through increases in state own source taxes. Government programs tend to be difficult to cut, as goes Milton Friedman’s famous quote about nothing being as permanent as a temporary government program, suggesting that it is likely that temporary federal grants create permanent (future) ratchets in state taxes. Far from being purely an academic question, this argument is why South Carolina’s Governor Mark Sanford attempted to turn down federal stimulus monies for his state. We examine both the impact of federal grants on future state budgets and how federal and state grants affect future local government budgets. Our findings confirm that grants indeed result in future state and local tax increases of roughly 40 cents for every dollar in grant money received in prior years.     

Spatial and Temporal Proximity: Examining the Effects of Protests on Political Attitudes

This article utilizes data from the Latino National Survey (2006) to analyze temporal and spatial variation in the effects of the immigrant rights marches in 2006 on Latino attitudes towards trust in government and self‐efficacy. Using a unique protest dataset, we examine the effects of proximity and scale by mapping respondents’ specific geographic location against the location of the marches as well as size of the protests using Geographic Information Systems (GIS). We find that local proximity to small marches had a positive impact on feelings of efficacy, whereas large‐scale protests led to lower feelings of efficacy. The results shed light on the role localized political events can play in shaping feelings towards government, the importance of conceptions of space and time to the study of social movements, and the positive outcomes that can result from contentious politics.     

Capital Sentencing In Kentucky, 2000–2010

The current study attempts to build upon previous analyses of capital sentencing in Kentucky and other states. Using data compiled from official court records compiled by the Kentucky Department of Public Advocacy, we examined death eligible homicide cases for the years 2000–2010 for the state (N?=?359). Multivariate analysis determined that the death penalty in Kentucky was sought 3.17 times or 217 % more when the victim is female. It also found that cases featuring a black defendant and a white victim were 56 % less likely to result in a plea than cases featuring other defendant/victim racial combinations. Despite legal requirements, Kentucky fails to collect data to assess the factors that influence the seeking and imposition of the death penalty. Paper presented at the Second Annual Forum on Criminal Law Reform in the Commonwealth of Kentucky on November 15, 2013 at the University of Kentucky Law School, Lexington, KY.     

An Investigation of PCR Inhibition Using Plexor®‐Based Quantitative PCR and Short Tandem Repeat Amplification

A common problem in forensic DNA typing is PCR inhibition resulting in allele dropout and peak imbalance. In this paper, we have utilized the Plexor^® real‐time PCR quantification kit to evaluate PCR inhibition. This is performed by adding increasing concentrations of various inhibitors and evaluating changes in melt curves and PCR amplification efficiencies. Inhibitors examined included calcium, humic acid, collagen, phenol, tannic acid, hematin, melanin, urea, bile salts, EDTA, and guanidinium thiocyanate. Results were plotted and modeled using mathematical simulations. In general, we found that PCR inhibitors that bind DNA affect melt curves and C_T takeoff points while those that affect the Taq polymerase tend to affect the slope of the amplification curve. Mixed mode effects were also visible. Quantitative PCR results were then compared with subsequent STR amplification using the PowerPlex^® 16 HS System. The overall results demonstrate that real‐time PCR can be an effective method to evaluate PCR inhibition and predict its effects on subsequent STR amplifications.     

Detection of Anthrax and Other Pathogens Using a Unique Liquid Array Technology

A bead‐based liquid hybridization assay, Luminex^® 100?, was used to identify four pathogenic bacteria, Bacillus anthracis, Clostridium botulinum, Francisella tularensis subsp. tularensis, and Yersinia pestis, and several close relatives. Hybridization between PCR‐amplified target sequences and probe sequences (located within the 23S ribosomal RNA gene rrl and the genes related to the toxicity of each bacterium) was detected in single‐probe or multiple‐probe assays, depending on the organism. The lower limits of detection (LLDs) for the probes ranged from 0.1 to 10 ng. Sensitivity was improved using lambda exonuclease to digest the noncomplementary target strand. All contributors in 33 binary, ternary, and quaternary mixtures in which all components were present in a 1:1 ratio were identified with an 80% success rate. Twenty‐eight binary mixtures in which the two components were combined in various ratios were further studied. All target sequences were detected, even when the minor component was overshadowed by a tenfold excess of the major component.     

Cyclic Pentanone Peroxide: Sensitiveness and Suitability as a Model for Triacetone Triperoxide

Research to counter the threat of organic peroxides such as triacetone triperoxide (TATP) is at times hampered by their inherent extreme sensitiveness and volatility. This work describes an approach to lowering some risks associated with the handling of TATP in the laboratory through the use of an analog species, tripentanone triperoxide (TPTP). Sensitiveness has been tested via standard methods. GCMS analysis has shown that TPTP degrades via similar mechanisms to TATP under a range of conditions. Slight differences in product composition were traced to side reactions which may also affect impurities present in homemade TATP synthesis. A pilot field trial was conducted to evaluate TPTP as a substitute for TATP in explosive detection dog (EDD) scent training. The degradation studies have yielded insights into the complexities of the acidic degradation of cyclic peroxides with potential forensic application, and TPTP's inadequacy as a TATP pseudoscent is a valuable example of the limitations of such training aids.