A Vineyard in a Law Clinic: The Practical Application of a Therapeutic Jurisprudence Philosophy in a UK Law Clinic

In late 2015, the British Red Cross approached the lead author. It was increasingly evident that given the austerity-driven political agenda of the UK government in cutting public funding to advisory services, coupled with the developing refugee crisis and its impact on countries and regions, refugees in many parts of the UK were in need of legal and non-legal assistance. University law clinics were an obvious source of support given their objectives of developing students’ understanding and engagement with community groups. As our law clinic, based in the Helena Kennedy Centre for International Justice (HKC), was developed specifically to address the needs of groups such as refugees, and given the ground-breaking work of Wexler and Winick (in Therapeutic Jurisprudence) and Gould and Perlin (on its application to clinical legal education) on providing a therapeutically positive experience for users, we sought to base our clinic aligned with Therapeutic Jurisprudence (TJ) principles. This paper examines the development and practical operation of a law clinic from a TJ perspective

A tool for measuring therapeutic jurisprudence values during empirical research

Since its inception in the 1980s, the growing body of Therapeutic Jurisprudence scholarship has continued to challenge and optimise not only our understanding of what the law "is", but also how we can leverage its agency to improve the ways in which we apply, observe and evaluate the law. By focusing on the emotional, human and psychological consequences of legal processes, Therapeutic Jurisprudence empowers practitioners to design emotionally intelligent and remedial strategies to either minimise harmful consequences or enhance restorative legal goals and outcomes. As the influence of Therapeutic Jurisprudence scholarship and its practical applications has continued to gain traction in rapid and organic growth, collaborations brokered with a wide range of social science disciplines have called for a more robust focus on validated measurement scales. To that end, there is a clear and growing need for a suite of Therapeutic Jurisprudence specific tools for empirical evaluation. As there has been no formal attempt within the Therapeutic Jurisprudence research community to begin this process, this paper breaks new ground by providing a validated tool for empirical measurement of the therapeutic quality of judicial officers' behavioural and interactional styles in problem-solving court jurisdictions. Using original empirical data recently collected at a problem-solving court in England, the paper takes the reader through the journey of statistically validating the levied scaling systems by performing Principal Component Analysis and Cronbach's Alpha. In doing so, the paper offers an original contribution to Therapeutic Jurisprudence methodology

Učinak parametara asimetričnog valjanja platine na promjene ukupnog pritiska valjka

This work shows the results of theoretical analysis of asymmetric rolling process of plates in the finishing mill of plate rolling. Its aim was to determine the influence of asymmetry velocity of working rolls on decrease of unit pressure of metal on the rolls. The lower value of the unit pressure will reduce the elastic deflection of the finishing stand and improve the cross-section shape of plate. Three-dimensional simulation of asymmetric hot rolling of S355J2G3 steel plates was done with the aid of FORGE 2008® software. The tensor polynomial interpolation was used for comparing the values of the unit pressure obtaining from symmetric and asymmetric rolling.Rad daje rezultate teorijske analize asimetričnog valjanja platine u završnom stanu. Cilj je odrediti utjecaj asimetrične brzine radnih valjaka na umanjenje jediničnog pritiska metala na valjke. Niža vrijednost jediničnog pritiska smanjiti će elastičnu deformaciju završnog stana. i poboljšati oblik presjeka platine. Trodimenzionalna simulacija asimetričnog vrućeg valjanja S355J2G3 čeličnih platina izvedena je pomoću FORGE 2008® softvera. Polinomni tenzor interpolacije rabljen je za usporedbu vrijednosti jediničnog pritiska dobijenog sa simetričnim I nesimetričnim valjanjem

Dissolving the stiff upper lip: Opportunities and challenges for the mainstreaming of therapeutic jurisprudence in the United Kingdom.

Although therapeutic jurisprudence ("TJ") is increasingly well-established internationally, particularly within the United States of America ("US"), to date it remains relatively unacknowledged within the United Kingdom ("UK"). This article will explore the opportunities presented within contemporary UK society for the greater promotion, and eventual mainstreaming, of TJ. It will also consider the challenges faced during this process and how best to overcome these. Its first key area of focus will be upon the potential role of legal education in the UK in educating law students (and academics) about TJ, considering which approaches are likely to be most effective in incorporating TJ perspectives, at what stage this should occur and to what extent TJ is likely to impact on the existing curricula at a time when proposed changes relating to entry into the legal profession are heavily influencing the work of Law Schools. The article will then move on to consider the receptiveness of the UK legal profession to the TJ paradigm in light of recent attempts to move to a competency-based approach to practice and to reconceptualise professionalism to meet the challenges of increasing fragmentation and corporatisation. The third key area it will explore is the UK's recent plans to reintroduce problem-solving courts ("PSCs") into its criminal justice system. The authors will discuss the downfall of the six UK Drug Court ("DC") pilots originally established in 2005 theorising upon their failures and reflecting upon whether the current UK criminal justice system is truly able to support a fresh round of PSC initiatives. The article will end with recommendations for ways in which the international TJ community should begin the process of mainstreaming TJ within the UK. It will conclude that there are currently significant opportunities to be utilised, but that this requires significant commitment and mobilisation amongst existing TJ scholars and practitioners

Pseudomonas aeruginosa partitioning protein ParB acts as a nucleoid-associated protein binding to multiple copies of a parS-related motif

ParA and ParB homologs are involved in accurate chromosome segregation in bacteria. ParBs participate in the separation of ori domains by binding to parS palindromes, mainly localized close to oriC. In Pseudomonas aeruginosa neither ParB deficiency nor modification of all 10 parSs is lethal. However, such mutants show not only defects in chromosome segregation but also growth retardation and motility dysfunctions. Moreover, a lack of parB alters expression of over 1000 genes, suggesting that ParB could interact with the chromosome outside its canonical parS targets. Here, we show that indeed ParB binds specifically to hundreds of sites in the genome. ChIP-seq analysis revealed 420 ParB-associated regions in wild-type strain and around 1000 in a ParB-overproducing strain and in various parS mutants. The vast majority of the ParB-enriched loci contained a heptanucleotide motif corresponding to one arm of the parS palindrome. All previously postulated parSs, except parS5, interacted with ParB in vivo. Whereas the ParB binding to the four parS sites closest to oriC, parS1-4, is involved in chromosome segregation, its genome-wide interactions with hundreds of parS half-sites could affect chromosome topology, compaction and gene expression, thus allowing P. aeruginosa ParB to be classified as a nucleoid-associated protein

Rules and Exceptions: The Role of Chromosomal ParB in DNA Segregation and Other Cellular Processes

Abstract: The segregation of newly replicated chromosomes in bacterial cells is a highly coordinated spatiotemporal process. In the majority of bacterial species, a tripartite ParAB-parS system, composed of an ATPase (ParA), a DNA-binding protein (ParB), and its target(s) parS sequence(s), facilitates the initial steps of chromosome partitioning. ParB nucleates around parS(s) located in the vicinity of newly replicated oriCs to form large nucleoprotein complexes, which are subsequently relocated by ParA to distal cellular compartments. In this review, we describe the role of ParB in various processes within bacterial cells, pointing out interspecies differences. We outline recent progress in understanding the ParB nucleoprotein complex formation and its role in DNA segregation, including ori positioning and anchoring, DNA condensation, and loading of the structural maintenance of chromosome (SMC) proteins. The auxiliary roles of ParBs in the control of chromosome replication initiation and cell division, as well as the regulation of gene expression, are discussed. Moreover, we catalog ParB interacting proteins. Overall, this work highlights how different bacterial species adapt the DNA partitioning ParAB-parS system to meet their specific requirements

Analysis of the microstructure evolution during thermo-mechanical treatment of the steel plates in grade X80-X100

In the work the results of the physical modeling of plate rolling process of HSLA steel were presented. The simulations were carried out using the Gleeble 3800 device and the anvils set for plane strain compression study. The aim of the simulation were a determination of a influence of changes in chemical composition of steel on obtained final structure and tensile strength of specimens after controlled deformation and accelerated cooling to room temperature. During investigation three grades of steels with a little different chemical composition were examined

Ultrafinegrained structure of D16 aluminium alloy after rolling in the corrugated rolls and on the longitudinal-wedge mill

The article explains the influence of number of passes on the parameters of the microstructure of D16 aluminium alloy during rolling in the corrugated rolls, and the impact of the drafts while rolling of the strips on the longitudinal wedge mill. A comparative evaluation of the grain size of the ultrafine grained structure was conducted after rolling strips in the corrugated rolls by various passes, and after rolling on the longitudinal wedge mill at deformation temperature of 320 °C. It is shown that the sheet material of D16 aluminium alloy ensures uniform formation of an ultrafine grain structure with the size of about 220 - 240 nm, which leads to increased strength properties of the alloy and preserve good ductility

Increased ParB level affects expression of stress response, adaptation and virulence operons and potentiates repression of promoters adjacent to the high affinity binding sites parS3 and parS4 in Pseudomonas aeruginosa

Similarly to its homologs in other bacteria, Pseudomonas aeruginosa partitioning protein ParB facilitates segregation of newly replicated chromosomes. Lack of ParB is not lethal but results in increased frequency of anucleate cells production, longer division time, cell elongation, altered colony morphology and defective swarming and swimming motility. Unlike in other bacteria, inactivation of parB leads to major changes of the transcriptome, suggesting that, directly or indirectly, ParB plays a role in regulation of gene expression in this organism. ParB overproduction affects growth rate, cell division and motility in a similar way as ParB deficiency. To identify primary ParB targets, here we analysed the impact of a slight increase in ParB level on P. aeruginosa transcriptome. ParB excess, which does not cause changes in growth rate and chromosome segregation, significantly alters the expression of 176 loci. Most notably, the mRNA level of genes adjacent to high affinity ParB binding sites parS1-4 close to oriC is reduced. Conversely, in cells lacking either parB or functional parS sequences the orfs adjacent to parS3 and parS4 are upregulated, indicating that direct ParB- parS3/ parS4 interactions repress the transcription in this region. In addition, increased ParB level brings about repression or activation of numerous genes including several transcriptional regulators involved in SOS response, virulence and adaptation. Overall, our data support the role of partitioning protein ParB as a transcriptional regulator in Pseudomonas aeruginosa

Recovery and Restorative Justice: Systems for Generating Social Justice

Theories underpinning restorative justice (RJ) overlap significantly with work around addiction recovery, in particular, the concept of “recovery capital”. Whilst both movements are relatively new, RJ has a longer-standing history and a greater application in practice settings, yet both are inherently 'relational theories' and should be evaluated as such. There is great value in a comparative review of the concepts, assessing how the theories and practices align, as well as how each framework may inform the other. Granfield & Cloud (2001) have shown that recovery is enhanced by establishing previously non-existent social networks through building “social capital” to access support networks and resources in the community. Similarly, Zehr & Gohar (2002:23) posit that the third pillar of any legitimate RJ practice is a social process inclusive of dialogue and engagement with those who have a “legitimate interest or stake in the offense and its resolution”. Elsewhere, Best et al. (2015) have argued that a key component of recovery theory is “community capital” and the importance of community attitudes/resources as a predictor of recovery longevity, a model that draws on Braithwaite's reintegrative shaming theory from the RJ discourse (Braithwaite, 1989). This chapter aims to advance thinking and the Volume’s objectives of challenging the RJ field by suggesting that the common implication is that the effective implementation of these principles may facilitate the generation of a virtuous cycle enhancing the wellbeing of disputants and their communities and providing sustainable pathways to effective reintegration by building capital in communities and creating a 'therapeutic landscape' for restoration and rehabilitation