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Determining minimum water flows that will continuously run through a natural channel downstream of a water intake (Q0) is a multidisciplinary problem. It is, however, not approached in a multidisciplinary way in most countries. This paper offers an overview of the main methods and proposes a practical and environmentally more acceptable way of determining the retained flow, namely the environmentally acceptable flow (EAF). It is proposed that until the conditions are created for use of more complex methods and/or biological response techniques, the EAF be defined by determining whether the retained flow is sufficient for sustaining and developing indigenous wildlife in the streams by ensuring of the essential living conditions for the bioindicator species. The proposed bioindicators are characteristic fish populations of a specific type of stream and stream reaches. Being the final link in the ecological food chain, fish species are reliable indicators of bioecological balance in a stream.

The present study aims to summarize different non-invasive techniques for continuous glucose monitoring (CGM) in diabetic patients using glucose-oxidase biosensors. In diabetic patients, the self-monitoring of blood glucose (BG) levels through minimally invasive techniques provides a quick method of measuring their BG concentration, unlike conventional laboratory measurements. The drawbacks of minimally invasive techniques include physical pain, anxiety and reduced patient compliance. To overcome these limitations, researchers shifted their attention towards the development of a pain-free and non-invasive glucose monitoring system, which showed encouraging results.

This study reviews the development of minimally and non-invasive method for continuous glucose level monitoring in diabetic or hyperglycemic patients. Specifically, glucose monitoring using non-invasive techniques, such as spectroscopy-based methods, polarimetry, fluorescence, electromagnetic variations, transdermal extraction-based methods and using body fluids, has been discussed. The various strategies adopted for improving the overall specificity and performance of biosensors are discussed.

In conclusion, the technology of glucose oxidase-based biosensors for glucose level monitoring is becoming a strong competitor, probably because of high specificity and selectivity, low cost and increased patient compliance. Many industries currently working in this field include Google, Novartis and Microsoft, which demonstrates the significance and strong market potential of self-monitored glucose-oxidase-based biosensors in the near future.

This review paper summarizes comprehensive strategies for continuous glucose monitoring (CGM) in diabetic patients using non-invasive glucose-oxidase biosensors. Non-invasive techniques received significant research interest because of high sensitivity and better patient compliance, unlike invasive ones. Although the results from these innovative devices require frequent calibration against direct BG data, they might be a preferable candidate for future CGM. However, the challenges associated with designing accurate level sensors to biomonitor BG data easily and painlessly needs to be addressed.

Conventional techniques for assessing and monitoring water quality have been primarily based either on the use of living material as “bio‐indicators” or on the employment of analytical measurements to provide information about the physical and chemical status of aquatic ecosystems. The former have predominantly utilised the presence of selected species to indicate the quality of waters in which they are found, whilst the latter require an adequate understanding of the toxic effects of specific physio‐chemical phenomena in order that their ecological impacts may be fully gauged. These approaches are well established but more recently attention has turned to the use of sub‐lethal effects to give a better measure of the sensitivity of populations and individuals to environmental change. Chronic exposure to toxic compounds in freshwater may allow individuals to survive but, owing to impaired growth, altered reproductive potential or behaviour modification, the population structure and dynamics may show symptoms of exposure. This paper explores whether the evaluation of sub‐lethal effects may provide the basis of techniques which are capable of providing ecologically relevant information about pollution impacts in a cost‐effective manner.

This chapter incorporates gender consciousness into critiques of the rational actor model by revisiting Carol Gilligan's account of moral development. Economics itself, led by the insights from game theory, is reexamining trust, altruism, reciprocity, and empathy. Behavioral economics further explores the implications of a more robust conception of human motivation. We argue that the most likely source for a comprehensive theory will come from the integration of behavioral economics with behavioral biology, and that this project depends on the insights from evolutionary analysis, genetics, and neuroscience. Considering the biological basis of human behavior, however, and, realistically considering the role of trust, altruism, reciprocity, and empathy in market transactions requires a reexamination of the role of gender in the construction of human society.

First, we revisit Gilligan, and argue that her articulation of relational feminism faltered, in part, because she could not identify the source of the stereotypically feminine. Second, we consider the ways in which the limitations of the rational actor model meant that law and economics could also not resolve the relational concerns that Gilligan raised. Third, we discuss the rediscovery of gender that is emerging from the gendered results of game theory trials and the new research on the biological basis of gender differences. Finally, we conclude that incorporating the insights of this new research into law and the social sciences will require a new methodology. Instead of narrow-minded focus on the incentive effects in the marginal transaction, we argue that reconsideration of stereotypically masculine and feminine traits requires an emphasis on balance.

Bioinformatics projects are currently under way at numerous universities and in industry. These projects typically involve processing large amounts of biological data and comparison of biological signals or sequences. Much of the existing work in bioinformatics software is based on such languages and platforms as Perl and Unix. This paper, proposes software architectures in Java to support biological applications allowing access of biological data using server‐side Java programs on the Internet. The architecture follows the standards of unified modeling language (UML). UML architecture diagrams are presented for the Java‐based bioinformatics applications. In addition, an overview of the Bio‐Soft project under way at The Biomedical Research Institute (BRI) of the University of Wisconsin‐Parkside is provided, which includes research and instructional software for bioinformatics applications.

Gives reports and surveys of selected current research and developments in systems and cybernetics including: Information society, Innovations, Human resources, Information technology reports, Cybernetics and automation, New technological initiatives, Bioinformatics.

This paper seeks to develop experimental laboratory biological techniques for approximation of existing road networks, optimizing transport links, and designing alternative optimal solutions to current transport problems. It studies how slime mould of Physarum polycephalum approximate highway networks of Brazil.

The 21 most populous urban areas in Brazil are considered and represented with source of nutrients placed in the positions of slime mould growing substrate corresponding to the areas. At the beginning of each experiment slime mould is inoculated in São Paulo area. Slime mould exhibits foraging behavior and spans sources of nutrients (which represent urban areas) with a network of protoplasmic tubes (which approximate vehicular transport networks). The structure of transport networks developed by slime mould are analyzed and compared with families of known proximity graphs. The paper also imitates slime‐mould response to simulated disaster.

It was found that the plasmodium of P. polycephalum develops a minimal approximation of a transport network spanning urban areas. Physarum‐developed network matches man‐made highway network very well. The high degree of similarity is preserved even when high‐demand constraints are placed on repeatability of links in the experiments. Physarum approximates almost all major transport links. In response to a sudden disaster, gradually spreading from its epicenter, the Physarum transport networks react by abandoning transport links affected by disaster zone, enhancement of those unaffected directly by the disaster, massive sprouting from the epicenter, and increase of scouting activity in the regions distant to the epicenter of the disaster.

Experimental methods and computer analysis techniques presented in the paper lay a foundation of novel biological laboratory approaches to imitation and prognostication of socio‐economical developments.

By taking conventionalist view of the evolution of biotechnology, we suggest that the process by which entrepreneurs determined what made biotechnology valuable and figured out how to organize around such an economic logic was contested. The shape that biotechnology has ultimately taken emerged from the resolution of these contests. Convention theory – as elaborated in Boltanski and Thévenot's (2006) On Justification ¹ – argues that our economy is shaped by participants affecting the rules of economic action. Whereas most economists would argue that the assignment of value underpins any system of exchange, conventionalists suggest that this value is not only given by the principles of optimization but instead can be derived from many possible spheres such as civic duty, attainment of fame, proof of technologic performance, and demonstration of creativity. More specifically, Boltanski and Thévenot (2006, p. 43) claim that the establishment of a particular logic “comes about as a part of a coordinated process that relies on two supports: a common identification of market goods, whose exchange defines the course of action, and a common evaluation of these objects in terms of prices that make it possible to adjust various actions.” Simply put, economic logics embody principles of economic coordination or conventions that guide interpretation of the technology and its value.

Criminology both as a field of study and as a practice draws on a broad range of disciplines from the social, behavioural, human, natural and medical sciences. However, over recent times, the natural and medical sciences have been dismissed, overlooked and even ridiculed, largely since the rise of critical criminology and related contemporary conflict and social harm approaches from the 1960s onwards. This has led to a chasm emerging between the study of criminology and the practice of criminology such as within a policing context. This paper aims to provide a review of an emerging forensic biological method, that of neuroscience, within a criminological context, to illustrate the importance of criminology embracing and reawakening its natural and medical science roots.

The paper draws on a conceptual design to realign criminology with the full range of disciplines used to inform its theory and application.

Through illustrating the role of forensic neuroscience, the paper reawakens the scientific method and inquiry of criminology reflecting the importance of the discipline being, and remaining, multi- and trans-disciplinary in nature. The paper, while reflecting on the limitations of scientific method and inquiry, outlines the strengths this approach to criminology engenders, promoting and delivering a scientific-based research agenda that aims to support industry partners in the prevention, disruption and reduction of crime, disorder and threats to public security.

Firstly, it is important for criminology as a field of study to (re)engage with its scientific method and inquiry. Secondly, criminology, by engaging in robust scientific method and inquiry, has a significant contribution to make to professional practice and the work of industry professionals. Thirdly, while there are limitations to such scientific method and inquiry, it should not lead to this component of criminology being discarded. Fourthly, there is a need for contemporary research in the area of scientific method and inquiry and its application to criminological contexts, including that of police practice. Finally, by engaging in scientific method and inquiry that is evidence based, a chasm between the field of study and the practice associated with criminology can be addressed.

This paper addresses the gap between criminology as a field of study and as a practice by reengaging with scientific method and inquiry, illustrating the need and value of criminology being and remaining multi- and trans-disciplinary, ensuring professions underpinned by criminology are supported in their practice.

Biopolitics is not altogether a felicitous term used to describe the approach of those political scientists who use biological concepts, with neo-Darwinian evolutionary theory at the center, and biological research techniques to study, explain, predict, and sometimes even to prescribe political phenomena.