Coordination Activities Research Articles

Exploring the cohesive and social potential of a territorial ecomuseum in eastern sicily

ABSTRACT Thinking ethnographically with the work of Alberto Magnaghi, this paper explores the tensions and nuances of constructing ‘territory’ through the making of an ecomuseum in the Simeto River Valley in southern Italy. Conceptualised by Hugues de Varine and Henri Rivière, ecomuseums are community-based processes for reconstructing the material and immaterial signs of the past to revive a shared sense of heritage. Based on our engagement in a long-term action research process, interviews, focus groups, participation in itineraries and coordination activities, we trace how a group of actors involved in the Simeto Ecomuseum (SiEco) conceptualise different relationships to the territory and articulations of heritage to nurture futures in the Simeto Valley. We explore their diverse expressions of place attachment and political consciousness throughout this process. We suggest that ecomuseums can act as sites of social cohesion, if they generate a shared understanding and care of territory. However, this is complicated by diverse relationships to physical and cultural spaces, made visible in the ways boundaries are (re)made and unmade and in the difficulties of maintaining ongoing and inclusive collective processes over time. We call for the problematisation of the meanings and actions of ‘territory’, community and inclusion in the processes of cultural heritage-making.

A national job profile for infection control nurses in public health: the development and content

Abstract Background The COVID-19 pandemic emphasized the crucial role of infection control nurses (ICNs) in public health. ICNs working in multidisciplinary infection control teams face challenges, such as new infectious disease outbreaks and vaccination hesitancy. Recognizing the complexity in this domain, Dutch ICNs in municipal public health services expressed the need for a national job profile describing their tasks and responsibilities. Methods A mixed methods approach was used to develop a job profile. National and international documents on infection control professionals were studied by desk research. Insights from Dutch infection control professionals and experts were collected through a survey (n = 171), two interactive discussion meetings (18-22 participants) and meetings with an advisory group of stakeholders, including representatives of the Dutch nurses’ association. Descriptive statistics and deductive content analysis were used to analyze the data. Results The diverse methods facilitated the development of a job profile for Dutch ICNs. The profile describes that, within infection control teams, ICNs play a key role in coordinating and monitoring infection control measures. They facilitate collaboration among (at-risk) individuals, the infection control team, and the collaborating partners. Additionally, ICNs identify emerging risks for infection control and coordinate infection prevention activities in collaboration with the infection control team. During large-scale outbreaks, ICNs take a leading role and, where appropriate, delegate tasks such as contact tracing to crisis workers. Conclusions We developed the first job profile that outlines the tasks and responsibilities of ICNs in Dutch public health services. It contributes to strengthening infectious control services to face future challenges. Findings emphasize the ICNs’ pivotal role in coordinating and monitoring infection control efforts, while enhancing collaboration, even during large outbreaks. Key messages • In close collaboration with infection control professionals a robust job profile was developed, describing the tasks and responsibilities of infection control nurses in the Netherlands. • The new job profile contributes to strengthening the position of infection control nurses working in municipal public health services and infection control teams.

Assessment of the effect of solid herbal extract of primula veris l on the physical performance of rats after chronic alcohol intoxication

The aim of this study was to evaluate the effect of solid herbal extract of Primula Veris L. and comparison drugs phenotropil and mildronate on the physical performance of female rats after chronic alcohol intoxication (CAI). CAI was modeled by replacing drinking water for 6 months with a 10 % solution of ethyl alcohol with sucrose (50 g/l). At the age of 16 months, the “Rotarod performance test”, “The horizontal rope walking test” and “Forced swim test with weight load” were performed. After CAI, rats show a deterioration in coordination and motor activity, a decrease in muscle strength and aerobic-anaerobic endurance. Solid herbal extract of Primula Veris L., phenotropil and mildronate contributed to an increase in the physical performance of animals after CAI.

Neuromuscular synergy characteristics of Tai Chi leg stirrup movements: optimal coordination patterns throughout various phases.

To investigate the neuromuscular activity characteristics of Tai Chi athletes and identify optimal muscle synergy patterns. Data were collected from 12 elite Tai Chi athletes using a Vicon motion capture system, a Kistler 3D force plate, and a Noraxon surface electromyography system. Muscle synergy patterns were extracted using Non-negative Matrix Factorization. Four muscle synergy patterns were identified in each of the three phases of the leg stirrup movement, with the optimal synergy pattern for each phase determined as follows: knee lift phase: rectus femoris and vastus lateralis of the right leg; extension phase: rectus femoris, vastus lateralis, biceps femoris, and medial gastrocnemius of the right leg; recovery phase: rectus femoris, vastus lateralis, and medial gastrocnemius of the right leg. These patterns explain the muscle coordination activities for each phase. This study identified the optimal muscle synergy patterns for each phase, supporting the fluidity and force generation of the leg stirrup movement. This provides Tai Chi athletes with a more efficient way to exert strength and maintain balance.

REALIZATION OF THE FUNCTIONS OF THE PROSECUTOR’S OFFICE AS AN ELEMENT OF THE MECHANISM OF ENSURING NATIONAL SECURITY OF UKRAINE

The article is devoted to the study of the peculiarities of exercising the functions of the Prosecutor’s Office of Ukraine in the context of ensuring the national security of the State in the current conditions. Attention is focused on the procedural guidance of pre-trial investigation and support of public prosecution in court in criminal proceedings on crimes against the foundations of national security of Ukraine. The author notes that the main regulatory documents defining the main directions of the state policy in the field of national security do not mention the prosecutor’s office and its activities. At the same time, the work demonstrates that, as a key criminal justice body, the prosecutor’s office is actively involved in ensuring the national security of Ukraine within its competence. The author emphasizes the importance of the prosecutor’s office’s coordination activities in the area of combating crime, primarily crimes against the foundations of national security of Ukraine, cybercrime, corruption criminal offenses, offenses in the budgetary and economic security spheres, as well as organized crime, which have a destructive impact on the proper functioning of the national security of the State. The author provides examples of skillful use of coordination powers by the heads of individual prosecutor’s offices, which helped to orient law enforcement agencies to further effective counteraction to separatism, encroachment on the territorial integrity and inviolability of the State and other crimes against the foundations of national security of Ukraine. The author emphasizes the need to improve the mechanisms of interaction between the prosecutor’s office and other law enforcement agencies, which is crucial for a comprehensive approach to protecting national interests and citizens’ rights, which is the basis of a strong and stable state. The author substantiates the importance of timely and high-quality coverage of the work of the prosecutor’s office in the area of ensuring the national security of Ukraine using the capabilities of modern communication tools, such as the official Telegram channel of the Prosecutor General’s Office, the official pages of the Office on Facebook, Twitter and YouTube.

Cost of COVID-19 vaccine delivery in nine States in Nigeria via the U.S. Government Initiative for Global Vaccine Access

BackgroundIn 2022, the U.S. Centers for Disease Control and Prevention collaborated with implementing partners, African Field Epidemiology Network and Sydani Group, to support COVID-19 vaccination efforts in Nigeria. To characterize the costs of COVID-19 vaccination, this study evaluated financial costs per dose for activities implemented to support the intensification campaign for COVID-19 vaccination.MethodsThis retrospective evaluation collected secondary data from existing expenditure and programmatic records on resource utilization to roll out COVID-19 vaccination during 2022. The study included incremental financial costs of the activities implemented to support an intensification campaign for COVID-19 vaccination across nine states and six administrative levels in Nigeria from the perspective of the external donor (U.S. Government). Costs for vaccines and injection supplies, transport of vaccines, and any economic costs, including government in-kind contributions, were not included. All costs were converted from Nigerian Naira to 2022 U.S. Dollars (US$).ResultsThe estimated financial delivery cost of the COVID-19 vaccination intensification campaign was US$0.84 per dose (total expenditure of US$6.29 million to administer 7,461,971 doses). Most of the financial resources were used for fieldwork activities (86%), followed by monitoring and supervision activities (8%), coordination activities (5%), and training-related activities (1%). Labor (58%) and travel (37%) were the resource inputs that accounted for the majority of the cost, while shares of other resource inputs were marginal (1% for each). Most labor costs (79%) were spent on payments for mass vaccination campaign teams, including pay-for-performance incentives. By administrative level, the largest share of costs (46%) was for pay-for-performance incentives at the community, health facility, or campus levels combined, followed by local government area level (24%), community level only (15%), state level (9%), national level (3%), campus level only (1%), and health facility level only (< 1%).ConclusionsFindings from the evaluation can help to inform resources needed for vaccination activities to respond to future outbreaks and pandemics in resource-limited settings, particularly to reach new target populations not regularly included in routine childhood immunization delivery.

Chatbot applications in government frontline services: leveraging artificial intelligence and data governance to reduce problems and increase effectiveness

ABSTRACT Taiwan has been developing digital technology for many years. Whether it is industry or government, Taiwan’s digitalisation level is among the highest in the world. This research aims to show how the application of chatbots and AI technology affects Taiwan’s local governments, what problems have arisen from its operations so far, and what key factors provide a better understanding of the effectiveness of chatbots. Contributions to the transformation of existing digital governments can be used to strengthen governance and political participation. This article adopts a case study approach. The research findings are based on the evaluation model constructed by literature review and in-depth interviews; this ideal model examined the operational effectiveness of existing local government chatbots. Through in-depth interviews, we discovered that human-robot collaboration would be the most beneficial model for using artificial intelligence in the future. In order to maximise the benefits of human-robot collaboration, government agencies must enhance organisational members’ understanding of artificial intelligence through education and training to help cross-domain communication and coordination activities with entrusted units and through education and training to build an organisational culture that supports the organisation’s digital transformation.

The Performance of Amino‐ and Hydroxy‐Substituted Benzothiazoles in Inhibiting the Corrosion of Carbon Steel in HCl and the Molecular‐Level Mechanisms

AbstractIn the pickling process and acidizing program for oil wells, the acidic corrosion of metals is a problem that needs to be addressed. Various acid corrosion inhibitors have been studied and used to mitigate the acidic corrosion of carbon steel. In this paper, the corrosion inhibition of 2‐aminobenzothiazole (2 N‐BT), 2‐amino‐4‐hydroxybenzothiazole (2 N4O‐BT), and 2‐amino‐6‐hydroxybenzothiazole (2 N6O‐BT) on carbon steel in 0.5 mol/L HCl was investigated using electrochemical and quantum chemical methods. All three molecules exhibited corrosion inhibition effects. Compared to 2 N‐BT, 2 N4O‐BT and 2 N6O‐BT showed less sensitivity to the environmental conditions and the surface state of the metal. Among them, 0.0010 mol/L 2 N6O‐BT demonstrated the highest and most persistent corrosion inhibition, exhibiting a mixed inhibition mechanism with cathodic inhibition dominance. The adsorption of 2 N6O‐BT on the carbon steel surface was found to be non‐uniform, preferentially adsorbing at certain active sites on the surface, following Freundlich‐Langmuir thermodynamic characteristics. It showed initial strongly adsorbed points and weakly adsorbed regions. With continued adsorption of 2 N6O‐BT, the differences between strongly adsorbed points and weakly adsorbed regions decreased. The introduction of hydroxyl groups, especially in 2 N6O‐BT, extended the negative potential region and enhanced the coordination activity of the molecule, generating the orbital distribution that was advantageous to flat adsorption and the formation of feedback bonds. This provided a molecular structural basis for the excellent corrosion inhibition properties of 2 N6O‐BT.

Formalising variety: the organisation of universities’ regional engagement and third mission activities

ABSTRACT At a time when higher education institutions are increasingly expected to demonstrate societal relevance, it is pertinent to examine why specific structural configurations are chosen to carry out that task. Based on a comparative case study of three merged higher education institutions in Norway, this article examines the three new HEIs’ rationales for and attempts at constructing and maintaining their relations with external stakeholders. The findings illustrate that the type of merger, size and geographical spread of campuses all matter in this regard. Based on our results, a finer-grained set of categories is proposed for mapping the structural configurations of organisations in support of regional engagement and third mission activities. These highlight the importance of identifying positions, arenas, formal agreements and oversight and coordination activities.

Changes in intra- and interlimb reflexes from forelimb cutaneous afferents after staggered thoracic lateral hemisections during locomotion in cats.

In quadrupeds, such as cats, cutaneous afferents from the forepaw dorsum signal external perturbations and send inputs to spinal circuits to co-ordinate the activity in muscles of all four limbs. How these cutaneous reflex pathways from forelimb afferents are reorganized after an incomplete spinal cord injury is not clear. Using a staggered thoracic lateral hemisections paradigm, we investigated changes in intralimb and interlimb reflex pathways by electrically stimulating the left and right superficial radial nerves in seven adult cats and recording reflex responses in five forelimb and ten hindlimb muscles. After the first (right T5-T6) and second (left T10-T11) hemisections, forelimb-hindlimb co-ordination was altered and weakened. After the second hemisection, cats required balance assistance to perform quadrupedal locomotion. Short-, mid- and long-latency homonymous and crossed reflex responses in forelimb muscles and their phase modulation remained largely unaffected after staggered hemisections. The occurrence of homolateral and diagonal mid- and long-latency responses in hindlimb muscles evoked with left and right superficial radial nerve stimulation was significantly reduced at the first time point after the first hemisection, but partially recovered at the second time point with left superficial radial nerve stimulation. These responses were lost or reduced after the second hemisection. When present, all reflex responses, including homolateral and diagonal, maintained their phase-dependent modulation. Therefore, our results show a considerable loss in cutaneous reflex transmission from cervical to lumbar levels after incomplete spinal cord injury, albeit with preservation of phase modulation, probably affecting functional responses to external perturbations. KEY POINTS: Cutaneous afferent inputs co-ordinate muscle activity in the four limbs during locomotion when the forepaw dorsum contacts an obstacle. Thoracic spinal cord injury disrupts communication between spinal locomotor centres located at cervical and lumbar levels, impairing balance and limb co-ordination. We investigated cutaneous reflexes from forelimb afferents during quadrupedal locomotion by electrically stimulating the superficial radial nerve bilaterally, before and after staggered lateral thoracic hemisections in cats. We showed a loss/reduction of mid- and long-latency homolateral and diagonal reflex responses in hindlimb muscles early after the first hemisection that partially recovered with left superficial radial nerve stimulation, before being reduced after the second hemisection. Targeting cutaneous reflex pathways from forelimb afferents projecting to the four limbs could help develop therapeutic approaches aimed at restoring transmission in ascending and descending spinal pathways.

Ultrathin 2D/2D MoS2/Bi2WO6 S-scheme heterojunction for boosting photocatalytic degradation of ciprofloxacin

A series of 2D/2D MoS2/Bi2WO6 S-scheme heterojunctions consisting of ultrathin MoS2 nanosheets (MS, 1.6 nm) and ultrathin Bi2WO6 nanosheets (BWO, 1.5 nm) were developed for photocatalytic degradation of ciprofloxacin. The samples with 5 % mass ratio of MS (5 %MS/BWO) exhibits the almost complete degradation of ciprofloxacin (≈100 %) under visible light. It is evidenced that the formation of S-scheme heterojunction with close interfacial interaction facilitates the photoinduced carrier separation and the generation of surface acid sites. The activation of ciprofloxacin molecules is realized through the coordinately interaction of C-N and C=O with the surface W sites. Moreover, the OVs in BWO side is a convenient pathway for activated of O2, embodying in the generation of •O2− and •OH under visible light over photocatalyst. Such an association of charge transfer mechanism with coordination activation shows the enhanced photocatalytic performance toward ciprofloxacin. This work provides a motivation which designs an S-scheme heterojunction photocatalyst with the ability to activate the specific group in molecules to comprehend the degradation of antibiotics.

Integration of the brain jogging program in physical education on the cognitive abilities of elementary school students

Background. Developing children's cognitive since childhood is very important for parents so that children can develop optimally. There are many benefits if children have good cognitive abilities or skills, such as reasoning and solving problems they face better. Cognitive abilities are very important for children because they are a provision in living everyday life and working as adults. Purpose. Therefore, this study aimed to look into how brain jogging affected elementary school school students' cognitive capacities. Material and methods. An experimental methodology with a pretest-posttest-one-group design was employed in this investigation. The research instrument used was the Intelligenz Structure Test (IST) which was used as a memory test; the Digit Symbol Substitution Test (DSST) was used to test attention; and the Grid Concentration Test (GCT) was used to test concentration. The sample in this study were elementary school students with an average age of 10-11 years who joined six elementary schools in Sumedang Regency, Indonesia, totaling 75 people, consisting of 40 boys and 35 girls. Non-probability sampling with the purposive sampling method, or purposive sampling only, was used. That is, the location of the sample is close to the research location. Results. Based on the calculation of the hypothesis test using the Paired Sample t-test, the difference in the average pre-test and post-test data from the child's cognitive ability through the IST test obtained a P-value of 0.000. Then the DSST test obtained a P-value of 0.000, and the GCT test obtained a P-value of 0.000. Thus, there is a difference between the average pre-test and post-test scores indicated by a P-value less than 0.05. Conclusions. The results of this study prove that the brain jogging program significantly affects the cognitive abilities of elementary school children. The significant effect is because the brain jogging program focuses on several coordination activities that lead to mental processes related to abilities in the form of general recognition, which is mental and is marked by the representation of an object in a person's mental picture, whether in the form of symbols, responses, ideas or ideas, and values ​​or considerations.

Choosing where to work: an empirical study of collaborative activities’ impact on workspace choice behavior

Purpose In today’s rapidly evolving work landscape, the design of office spaces is a crucial concern for organizations. Companies are redefining offices as collaboration hubs to entice employees back to in-person work. However, the understanding of how employees choose their workspaces, especially for collaborative activities, and how this should inform office design is lacking. Workers’ collaborative activity patterns can help better understand workspace choice behavior (WCB). In two studies, this paper aims to explore which characteristics of collaborative activities to consider when reshaping offices. Design/methodology/approach Data collected in a cross-sectional study design at a research institution (n = 285) and a university (n = 352) were used for confirmatory factor analyses and regression analysis. Findings The first study shows that collaborative activities can be classified into three distinct types: coordinative activities (planned and formal), deep collaboration (planned and complex) and spontaneous communication (informal and short encounters). The second study revalidates this classification and reveals patterns impacting WCB. Frequency and location preference of spontaneous communication and work environment satisfaction are strong predictors of on-site work. Personal characteristics like gender, age, managerial position or commute time are less consequential than assumed. Practical implications The results pinpoint guidelines for office designers and leaders in shaping effective workspaces and policies. Originality/value This paper provides new insights into classifying collaborative activities and personal characteristics, activity characteristics and environmental factors influencing WCB.

Commitment to cytokinetic furrowing requires the coordinate activity of microtubules and Plk1.

At anaphase, spindle microtubules (MTs) position the cleavage furrow and trigger actomyosin assembly by localizing the small GTPase RhoA and the scaffolding protein anillin to a narrow band along the equatorial cortex [1-6]. Using vertebrate somatic cells we examined the temporal control of furrow assembly. Although its positioning commences at anaphase onset, furrow maturation is not complete until ∼10-11 min later. The maintenance of the RhoA/anillin scaffold initially requires continuous signaling from the spindle; loss of either MTs or polo-like kinase 1 (Plk1) activity prevents proper RhoA/anillin localization to the equator, thereby disrupting furrowing. However, we find that at ∼6 min post-anaphase, the cortex becomes "committed to furrowing"; loss of either MTs or Plk1 after this stage does not prevent eventual furrowing, even though at this point the contractile apparatus has not fully matured. Also at this stage, the RhoA/anillin scaffold at the equator becomes permanent. Surprisingly, concurrent loss of both MTs and Plk1 activity following the "commitment to furrowing" stage results in persistent, asymmetric "half-furrows", with only one cortical hemisphere retaining RhoA/anillin, and undergoing ingression. This phenotype is reminiscent of asymmetric furrows caused by a physical block between spindle and cortex [7-9], or by acentric spindle positioning [10-12]. The formation of these persistent "half-furrows" suggests a potential feedback mechanism between the spindle and the cortex that maintains cortical competency along the presumptive equatorial region prior to the "commitment to furrowing" stage of cytokinesis, thereby ensuring the eventual ingression of a symmetric cleavage furrow.

Designing Efficient 2D Photocatalysts through Coordination Activation Mediated Surface Engineering

AbstractTwo‐dimensional (2D) semiconductors with unique structures and surface physicochemical characteristics have been extensively employed for efficient photocatalysis. Recently, surface coordination activation interactions have obtained attention in promoting photocatalytic efficiency as they establish bridges between reactants and photocatalysts. Accordingly, a burgeoning trend in the design of 2D photocatalysts is regulating the surface active centers for coordinating with reactants. These attempts have developed various effective strategies to optimize the 2D photocatalysts and provide in‐depth insights into the structure‐function relationship for heterogeneous photocatalysis. Herein, we summarize recent advances in surface engineering in designing efficient 2D photocatalysts, focusing on coordination activation. We emphasize the advantages of coordination activation as a versatile medium for engineering the surface of photocatalysts. In particular, the discussion includes various strategies for surface engineering and the structure‐function relationship in photocatalysis. This work systematically concludes the significance and future challenges of coordination activation in the surface functionalization of 2D photocatalysis, shedding light on the design of next‐generation photocatalysts.

Altered firing output of VIP interneurons and early dysfunctions in CA1 hippocampal circuits in the 3xTg mouse model of Alzheimer's disease.

Alzheimer's disease (AD) leads to progressive memory decline, and alterations in hippocampal function are among the earliest pathological features observed in human and animal studies. GABAergic interneurons (INs) within the hippocampus coordinate network activity, among which type 3 interneuron-specific (I-S3) cells expressing vasoactive intestinal polypeptide and calretinin play a crucial role. These cells provide primarily disinhibition to principal excitatory cells (PCs) in the hippocampal CA1 region, regulating incoming inputs and memory formation. However, it remains unclear whether AD pathology induces changes in the activity of I-S3 cells, impacting the hippocampal network motifs. Here, using young adult 3xTg-AD mice, we found that while the density and morphology of I-S3 cells remain unaffected, there were significant changes in their firing output. Specifically, I-S3 cells displayed elongated action potentials and decreased firing rates, which was associated with a reduced inhibition of CA1 INs and their higher recruitment during spatial decision-making and object exploration tasks. Furthermore, the activation of CA1 PCs was also impacted, signifying early disruptions in CA1 network functionality. These findings suggest that altered firing patterns of I-S3 cells might initiate early-stage dysfunction in hippocampal CA1 circuits, potentially influencing the progression of AD pathology.

An integral approach to plasma-wall interaction modelling for EU-DEMO

Abstract The integral approach to plasma-wall interaction (PWI) modelling for DEMO is presented, which is a part of EUROfusion Theory and Advanced Simulation Coordination (E-TASC) activities that were established to advance the understanding and predictive capabilities for modelling of existing and future fusion devices using a modern advanced computing approach. In view of DEMO design, the aim of PWI modelling activities is to assess safety-relevant information regarding erosion of plasma-facing components (PFC), including its impact on plasma contamination, dust production, fuel inventory, and material response to transient events. This is achieved using a set of powerful and validated computer codes that deal with particular PWI aspects and interact with each other by means of relevant data exchange. Steady state erosion of tungsten PFC and subsequent transport and re-deposition of eroded material are simulated with the ERO2.0 code using a DEMO plasma background produced by dedicated SOLPS-ITER simulations. Dust transport simulations in steady state plasma also rely on the respective SOLPS-ITER solution and are performed with the MIGRAINe code. On the way to improved simulations of tungsten erosion in the divertor of DEMO, relevant high density sheath models are being developed based on Particle-in-Cell (PIC) simulations with the state-of-the-art BIT code family. PIC codes of the SPICE code family, in turn, provide relevant information on multi-emissive sheath physics, such as semi-empirical scaling laws for field-assisted thermionic emission. These scalings laws are essential for simulations of material melting under transient heat loads that are performed with the recently developed MEMENTO code, the successor of MEMOS-U. Fuel retention simulations assess tritium retention in tungsten and structural materials and permeation to coolant accounting for neutron damage, in particular for divertor monoblocks of different sizes, using the FESTIM code, and for the first wall, in particular in view of tritium self-sufficiency, using the TESSIM code. Respective code-code dependencies and interactions, as well as modelling results achieved to date are discussed in the contribution.

Coordination by the Prosecutor of the Activities of State Bodies to Protect the Property Interests of the State

The article analyzes violations of laws detected by prosecutors that arise in the activities of state bodies authorized to carry out functions for the management, disposal and protection of state property, and suggests a mechanism for their resolution. Special attention is paid to the mechanism of interaction of the prosecutor with other state bodies, ways to increase the effectiveness of activities to protect the property interests of the state, in connection with which, based on the analysis of empirical material, in order to ensure consistency in the activities of authorized state bodies and strengthen the status of the prosecutor in the framework of protecting the property interests of the state, it is proposed to consolidate in the Federal Law of January 17, 1992. No. 2202-1 “On the Prosecutor’s Office of the Russian Federation” defines a new function of the prosecutor’s office in this area — “coordination of the activities of state bodies to protect the interests of the state in the field of property relations”, defining the concept of this legal definition, as well as formulations characterizing the subject, subjects and object of coordination activities. It is concluded that the implementation of this function in practice will contribute to the synchronization of the activities of all state bodies involved in protecting the property interests of the state and increase the efficiency of work on the recovery of property of public legal entities.

Distributed agency in smart homecare interactions: A conversation analytic case study

The agent of action in Human-Computer Interaction is, as the hyphenated name of the field suggests, usually conceptualized as an contrastive binary of either human or computer. This study, informed by ethnomethodology and conversation analysis, instead describes the interactional achievement of distributed agency in a ‘smart homecare’ setting where a homecare worker and a disabled person coordinate shared activities using a virtual assistant. We focus on the tacit criteria, attributions, and discourses of agency embedded in the interactional details of their everyday homecare routine. The analyses reveal how collaboration in everyday care tasks involves the distributed agency of all participants, irrespective of their ostensible ‘humanness’. Our findings (a) provide a critical perspective on the technological imaginary of expensive, high-tech robotic replacements for human care work; (b) advocate low-tech strategies for adapting consumer technology for smart homecare systems; and (c) suggest alternative approaches to agency in assistive technology design, grounded in detailed observation of the interactional infrastructure of real homecare settings.

Институт проектного офиса в организациях с бимодальным управлением

Today a lot of attention is paid to project management. This is due both to the special importance of supporting strategic advantage (rapid changes, an objective reduction in the life cycle of modern products and an increase in dependence on customer needs can critically devalue the assets and potential of the organization), and to the need to find solutions to problems without disrupting the overall functioning and taking into account the risks associated with resistance to change. In management practice, projects are often equated with programs and interpreted as a set of pre-planned activities, which requires maintaining the "top" management, providing resources for the implementation of these activities. Meanwhile, the key in projects is budgeting tasks, results of operations, and not activities, individual operations. At the same time, within the framework of the tasks set, the set of their constituent operations should not be administered. If this condition is not met, then there will be no positive effects of the project associated with novelty (discoveries), changes, development. Another innovation of the 21st century for managing the development of organized systems is bimodal management. This article discusses the features of project management in private and public organizations when they use modern bimodal management, as well as the problems of functioning of a special project support structure — the project office. The author's approach to projects as a partnership is proposed, in contrast to a special organization of resource management and operations with a bias towards coordination and control activities, in principle alien to the idea of projects as activities of personally interested persons outside the framework of official or functional duties and powers. The article shows the restrictive conditions of the project method and proposals for overcoming them in the field of public administration.