Movement decision-making in violence prevention and peace practices

Studying parallels between movement behaviour and violent actions can help understand interdisciplinary possibilities for prevention, intervention, mediation and post-conflict healing. This article explores the role of unconscious and conscious movement decision-making in violent/peaceful interactions. Thematic analysis of interviews was conducted with trainers in dance/movement peace practices working in fourteen countries. The doctoral research sociologically analysed shared beliefs and a framework that was previously applied to work in schools, expanding its potential for new settings and peace contexts. The framework illustrates five stages of decision-making (Flow/Tension, Attention, Intention, Action and Reflection/Evaluation) based on Warren Lamb’s and Rudolph Laban’s systems of movement analysis. Flow/Tension refers to physiological responses to conflict and the regulation of tension, discomfort and breath. Attention involves the development of spatial awareness and awareness of our immediate environment. The Intention stage fosters the capacity for self-evaluation, assertively addressing needs and mitigating ethical pressure. The Action stage involves understanding impulses, commitment and non-action. Reflection/Evaluation promote reflexivity in practitioners and participants and a dynamic evaluation of peace practices. By analysing contributions of dance/movement to peacebuilding, this article introduces a much-needed focus on the body in conflict and inform interpersonal and intergroup conflict interventions by educators, therapists and peace practitioners of all fields.     

E-government gateway project and authentication： The case of Turkey

Parallel to the advancements in information and communication technologies, certain risks and security problems also arise, one of which is the authentication problem. In order to control who can have access to information sources, it is of utmost importance to develop an advanced authentication mechanism. It is through this mechanism that one can protect personal information, and prevent unauthorized access to the information or services provided. Likewise, this mechanism can block unauthorized persons to change or release information that is not public. All the work being undertaken in this field can be named as access control. The concept of authentication is among those concepts that have been studied for a long time in Turkey in the context of rapidly growing e-transformation efforts. In the process of e-transformation, the transformation circle is completed by first defining the concept of modeling business processes, followed by the formation of automation process, and lastly, providing services in electronic medium.     

Optimization and validation studies of the Mentype Argus X-8 kit for paternity cases

The use of ChrX-STRs is enormous in forensic case as these have proven to be powerful tools, mainly in deficiency paternity cases when the disputed child is female, and also some special cases involving blood relatives, incest cases, fetal typing in abortion material. The Mentype^® Argus X-8 kit is a commercial multiplex system which contains Amelogenin for gender determination as well as gonosomal STR markers (DXS8378, HPRTB, DXS7423, DXS7132, DXS10134, DXS10074, DXS10101 and DXS10135). Validation studies were being performed on blood obtained from the volunteers in Turkish population. In this study, some parameters were taken under consideration for validation like DNA extraction using different protocols, quantitated by using commercially available Invitrogen Qubit Fluorometer, reaction volume validation of Master Mix and the analysis of female/male, female/female and male/male mixtures were performed. The conditions were optimized and validated using GenAmp 9700 and reducing reaction volume from 25 μl to 12.5 μl and 6.5 μl. After reducing the total volume of the reaction, the results were same and there was no effect on peak height and quality when analyzed on ABI 310 genetic analyzer. 2 paternity cases were also performed which gave the same power of discrimination as has been mentioned in Mentype^® Argus X-8 kit.     

Internal validation of 29 autosomal SNP multiplex using a ABI 310 genetic analyser

In the last few years genetic identification and paternity testing have begun to make increasing use of autosomal SNP (Single Nucleotide Polymorphism) typing as a supplement or alternative to STR analysis. With the improvement in detection technology SNP analysis is likely to be easier and more sensitive, with the generation of new methods and multiplex systems for a growing array of SNP markers. SNPforID consortium developed 52 SNP PCR multiplex for human identification purposes detected with 23 plex and 29 plex single base extension reactions (Auto1 and 2 respectively). In this study, internal validation for the 29 SNPs of Auto2 was carried out by performing a 29 plex PCR and single base extension reaction on control samples and previously analyzed forensic casework and subsequent detection with an AB 310 Genetic Analyzer. We tested the accuracy, precision, sensitivity and reproducibility of the Auto2 multiplex with this instrument in our laboratory. We used 9947A control DNA samples of the AmpF?STR Identifiler™ kit to test the validation parameters together with non-probative DNA samples from whole blood and buccal swab samples of 29 healthy donors from different parts of Istanbul. Good results were obtained but interpretation of the peak patterns obtained on the AB 310 requires care and thorough optimization before they can be readily compard to those obtained from multiple capillary AB 31xx Analyzers. We succesfully optimized and validated the SNPforID Auto2 multiplex system for identification analyses in our laboratory.     

Building a clean government in Turkey: pillars,perils, and prospects

Corruption is a serious and enduring problem in Turkey. As such, a series of sustained and synchronized actions are needed to promote integrity, and to prevent and punish corrupt practices in public life. In most recent years, subsequent cabinets have promulgated a set of laws, regulations, and measures in the name of fighting against corruption. Yet, building a clean government remains as a daunting, if not insurmountable, task for policy makers and the public at large in Turkey. The current paper begins with a brief introduction, summarizing the need for new, more effective anti-corruption policies and practices in the country. Then, it succinctly describes and assesses the main ‘pillars’ of the ‘national integrity system.’ The paper moves on to identify and evaluate the chief ‘perils,’ challenges and risks associated with efforts aiming to contribute to integrity, transparency and accountability in Turkish society. Finally, the paper discusses the ‘prospects’ for building a clean government in Turkey in the near future. Among the issues brought to the present debate are: the need for a credible commitment by the ruling elites for establishing a well-functioning integrity regime; effective coordination and collaboration among a wide range of institutional actors; developing a set of coherent principles and policies; and creating capacity to prevent, prosecute, and punish corrupt behaviors. It is also argued that building a clean government in Turkey requires a strong and sustainable coalition among the clean, the competent, and the competitive.

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Limits of Participatory Democracy in European Governance

The Lisbon Treaty (Article 11) recognises the provision on participatory democracy as a democratic principle of the European Union (EU), thus constitutionally legitimising the involvement of civil society in European governance. However, at least three issues relating to the democratic dimension of this practice remain unresolved. First, it is not possible to specify precisely how the participation of civil society relates to democracy. Second, having established representative democracy as the founding democratic principle of the EU (Article 10), the Lisbon Treaty does not allow assessing the provision on participatory democracy as an independent source for democracy. Third, the putative democratising potential of participation would not be construed independently, not only because representative democracy is defined as the founding principle of the EU but also because participation cannot be thought of as independent from the form of the consultation regime, the constitutional framework and the managerial and technocratic styles of policy‐making.     

Trichobezoar in Vagina: Assessment for Child Sexual Abuse and Diagnostic Result of Forensic Science

Vaginal discharge and bleeding in children require a through and thoughtful evaluation to diagnose the underlying problem including infections, sexual abuse, and vaginal foreign bodies. We report a 6‐year‐old girl presenting with bloody vaginal discharge, carefully evaluated for sexual abuse, and finally diagnosed as a vaginal foreign body after vaginoscopy. A rolling hair ball was extracted from the vagina and was diagnosed as trichobezoar pathologically without any endo–ecto‐mesodermal residual tissue. The hair ball was genetically detected and diagnosed to belong herself by containing no foreign structure. Child sexual abuse was ruled out by forensic interview at CAC and report of forensic science that reported genetic structure belonging to the child. Medicolegal assessment helped in final diagnosis to exclude child sexual abuse.     

Optimization and validation of 10 mitochondrial DNA SNPs using SNaPshot Kit

In some forensic cases, nuclear DNA is degraded and cannot be analyzed. In such a case mitochondrial DNA (mtDNA) is usually used in forensic cases for identification because of its special features as high number of copies per cell, maternal inheritance and high mutation rate. Single nucleotide polymorphisms (SNPs) represent the most abundant class of human polymorphisms. The aim of this study was optimization of 10 mtDNA SNPs by using SNaPshot minisequencing technique on ABI310 genetic analyser in forensic molecular genetics laboratory. At the end of this study, the optimization of minisequencing technique was done by changing some assay parameters. Also, during the optimization of 10 mtSNP loci in our laboratory.