Promoting a Syndemic Approach for Cardiometabolic Disease Management During COVID-19: The CAPISCO International Expert Panel

Efforts in the fight against COVID-19 are achieving success in many parts of the world, although progress remains slow in other regions. We believe that a syndemic approach needs to be adopted to address this pandemic given the strong apparent interplay between COVID-19, its related complications, and the socio-structural environment. We have assembled an international, multidisciplinary group of researchers and clinical practitioners to promote a novel syndemic approach to COVID-19: the CArdiometabolic Panel of International experts on Syndemic COvid-19 (CAPISCO). This geographically diverse group aims to facilitate collaborative-networking and scientific exchanges between researchers and clinicians facing a multitude of challenges on different continents during the pandemic. In the present article we present our “manifesto”, with the intent to provide evidence-based guidance to the global medical and scientific community for better management of patients both during and after the current pandemic.

The Metaproteomics Initiative: a coordinated approach for propelling the functional characterization of microbiomes

Through connecting genomic and metabolic information, metaproteomics is an essential approach for understanding how microbiomes function in space and time. The international metaproteomics community is delighted to announce the launch of the Metaproteomics Initiative (www.metaproteomics.org), the goal of which is to promote dissemination of metaproteomics fundamentals, advancements, and applications through collaborative networking in microbiome research. The Initiative aims to be the central information hub and open meeting place where newcomers and experts interact to communicate, standardize, and accelerate experimental and bioinformatic methodologies in this field. We invite the entire microbiome community to join and discuss potential synergies at the interfaces with other disciplines, and to collectively promote innovative approaches to gain deeper insights into microbiome functions and dynamics.

Toward collaborative networking among innovation laboratories: a conceptual framework

Purpose The purpose of this paper is to suggest a conceptual framework of collaborative networking among structurally and functionally varying types of Innovation Laboratories, which will enable them to leverage upon diverse competencies of each other and thereby facilitate their clients (business organizations) throughout the innovation process. Design/methodology/approach The conceptual framework proposed herein is oriented around design science research, whereby the important constructs underpinning the development of framework are identified from existing literature. The framework is based upon two constructs, service-based categorization of extant Innovation Laboratories, and concepts of horizontal and vertical modes of inter-InnoLab collaboration (collaboration among Innovation Laboratories). The framework is subsequently developed in iterations based on experts’ views and discussions. Findings The conceptual framework presents eight different opportunities of interconnection among Innovation Laboratories including the four horizontal collaboration possibilities as network of mentors, network of process intermediaries, network of resource providers and network of network coordinators which are followed by four subsequent vertical collaboration possibilities among these horizontal collaboration networks. The proposed collaborative network of Innovation Laboratories enables undertaking of complete innovation process with four possible entry and four possible exit points for business organizations. Originality/value The conceptual framework proposed herein is first of its kind to suggest a worldwide collaborative networking among Innovation Laboratories. The applicability and usefulness of the framework is supported by the existing ad hoc type individual collaborative activities being exercised by different kinds of Innovation Laboratories as reported by Innovation Laboratory facilitators and observed in practical field.

Networking in Spanish schools: Lights and shadows

Networking is an effective school improvement method that can raise collective efficacy, student outcomes, and provide more collaborative scenarios. The forms collaboration and networking take in the Spanish education system are reviewed in this article, as well as how policy and practice are providing a framework for the development of networks. Spain is presented as an example of country that is exploring the possibilities offered by networks in education. There is an updated corpus of studies that support collaborative networking in Spanish education system. The article summaries evidence of networking in seven autonomous communities (Galicia, País Vasco, Cataluña, Madrid, Valencia, Murcia and Andalucía) where there are alliances formed to implement collaboration actions among the participants, as part of research supported by projects, regulations, programs and initiatives of diverse natures. These proposals are changing the paradigm from isolation to collaboration, an alternative way of seeing education that is growing not just in policy, but also in theory and practice, so enabling illustrative examples and advances in this field of knowledge, and allowing the reader to get closer to the polyhedral dimension that networking is adopting in this particular country. There is no doubt that the arrival of collaboration networks in Spain has sparked intense debates about its “lights and shadows”. Among the lights are the increase of school-community link; the growth of the extended education approach; the effective use of resources as well as the exchange of knowledge and experiences; and greater inclusion. On the other hand, some shadows are related to the different networks’ structures; isolation, not only by teachers as individuals, but also between schools and institutions or agents, and the pressure to increase standards in a collaborative versus competitive environment.

How can R&D programs induce unplanned R&D collaborative networks in clusters?

R&D policies are usually designed to enhance firms’ internal capabilities, but do not explicitly target R&D cooperation. In this research, we propose that R&D programs can be a suitable instrument when it comes to fostering informal collaborative networking. We focus on a regional level, the cluster, and establish that firms can use their R&D subsidies not only to become more innovative, i. e. input-output additionality, but also to develop R&D informal collaborations, i. e. behavior additionality. To test this hypothesis, relational data from a biotechnological cluster in Alicante (Spain) have been analyzed. Results from ERGM confirm that promoting internal R&D efforts prompts the formation of knowledge-based relationships at the cluster level. Policy makers should consider this unforeseen behavior when designing and evaluating non-collaborative R&D support programs. New evidence on the role of distant and diverse non-local linkages on local network dynamics is also provided.

Sustainability of social economy organizations (SEOs): An analysis of the conditions for surviving and thriving

Social economy organizations (SEOs), designed to do good for society, have been attracting significant attention as an alternative to purely profit-driven businesses. However, the sustainability of these hybrid organizations has been questioned due to the challenges in meeting the dual bottom-lines of financial performance and social purpose. This article takes a causal-process tracing (CPT) case study approach and analyzes eight SEOs to investigate the common characteristics of sustainable SEOs. The results of the analysis show that effective leadership is a sufficient (but not necessary) condition for the survival of SEOs, while leadership is a necessary (but not sufficient) condition for SEOs’ thriving. Business competitiveness is found to be necessary for SEOs’ long-term success and performance over time. Collaborative networking is a contributory condition for SEOs thriving but not a necessary condition for their survival.

Sustainability of social economy organizations (SEOs): An analysis of the conditions for surviving and thriving

Social economy organizations (SEOs), designed to do good for society, have been attracting significant attention as an alternative to purely profit-driven businesses. However, the sustainability of these hybrid organizations has been questioned due to the challenges in meeting the dual bottom-lines of financial performance and social purpose. This article takes a causal-process tracing (CPT) case study approach and analyzes eight SEOs to investigate the common characteristics of sustainable SEOs. The results of the analysis show that effective leadership is a sufficient (but not necessary) condition for the survival of SEOs, while leadership is a necessary (but not sufficient) condition for SEOs’ thriving. Business competitiveness is found to be necessary for SEOs’ long-term success and performance over time. Collaborative networking is a contributory condition for SEOs thriving but not a necessary condition for their survival.

Collaborative Networking Towards Application-Aware Networking

Application-aware networking (AAN) is a framework in which applications can discover services offered by a network and explicitly signal their flow characteristics and requirements to the network. Such framework provides network nodes with knowledge of the application flow characteristics, which enables them to apply the correct flow treatment (e.g., bind the flow to a network slice, bind the flow to a service function chaining, set appropriate quality of service marking, invoke policing and shaping rules) and provide feedback to applications accordingly. This chapter describes how an application enabled collaborative networking framework contributes to solve the encountered problems. The chapter also describes recent proposals such as the PAN (path-aware networking) framework discussed within the IRTF and the APN (application-aware networking) framework that is meant to convey application identification and its network performance in-band.