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This systematic review aims to examine integrating innovative work behavior through transformational leadership in the Saudi healthcare sector. A thorough literature research was carried out to address this problem.

A total of 50 papers reporting research on innovative work behavior, healthcare organizational performance and transformational leadership were included in the review.

As employees are motivated and developed, their innovative work behaviors are boosted, which improves organizational performance. It can be concluded that innovative work behavior and transformational leadership are correlated. The capacity of a healthcare company to create and execute benefits to the employees may assure service delivery efficiency in employees' performance.

This systematic review will allow contemporary advancements, efficient health status monitoring and reliable solutions that aid optimal, equal and effective treatment in Saudi’s healthcare industry.

In an innovative workplace, workers may pitch fresh ideas to their management. Hence, employees see their employer as more transformational.

The field of implementation science has emerged as a response to the challenges experienced in translating evidence-based practice and research findings to healthcare settings. Whilst the field has grown considerably in recent years, comparatively, there is a conspicuous lack of attention paid to the work of pre-implementation, that is, how we effectively engage with organisations to support the translation of research into practice. Securing the engagement and commitment of healthcare organisations and staff is key in quality improvement and organisational research. In this paper the authors draw attention to the pre-implementation phase, that is, the development of an amenable context to support implementation research.

Drawing from examples across an interdisciplinary group of health systems researchers working across a range of healthcare organisations, the authors present a reflective narrative viewpoint. They identify the principal challenges experienced during the course of their work, describe strategies deployed to effectively mitigate these challenges and offer a series of recommendations to researchers based on their collective experiences of engaging in collaborations with healthcare organisations for research and implementation. This reflective piece will contribute to the narrative evidence base by documenting the challenges, experiences and learning emerging from the authors’ work as university researchers seeking to engage and collaborate with healthcare organisations.

The RELATE model is presented to guide researchers through six key steps and sample strategies in working to secure organisational buy-in and creating a context amenable to implementation and research. The six stages of the RELATE model are: (1) Recognising and navigating the organisation's complexity; (2) Enhancing understanding of organisational priorities and aligning intervention; (3) Leveraging common values and communicating to key individuals the value of implementation research; (4) Aligning and positioning intervention to illustrate synergies with other initiatives; (5) Building and maintaining credibility and trust in the research team; and (6) Evolving the intervention through listening and learning.

The authors hope this guidance will stimulate thinking and planning and indeed that it will encourage other research teams to reflect and share their experiences and strategies for successful engagement of organisations, thus developing a knowledge base to strengthen implementation efforts and increase efficacy in this important enterprise.

Researchers must relate to the world’s everyday reality of the healthcare managers and administrators and enable them to relate to the potential of the research world in enhancing practice if we are to succeed in bringing the evidence to practice in a timely and efficient manner. Climates receptive to implementation must be developed incrementally over time and require actors to navigate messy and potentially unfamiliar organisational contexts. In this paper, the often invisible and lamentably underreported work of how we begin to work with healthcare organisations has been addressed. The authors hope this guidance will stimulate thinking and planning and indeed that it will encourage other research teams to reflect and share their experiences and strategies for successful engagement of organisations, thus developing a knowledge base to strengthen implementation efforts and increase efficacy in this important enterprise.

This study sought to understand the physical, educational and operational needs faced by healthcare workers (HCWs) (including physicians, nurses and allied health workers) during the COVID-19 pandemic.

A descriptive cross-sectional design was undertaken. HCWs working in hospitals, health centers, testing and quarantine areas in the Kingdom of Bahrain were invited to complete the online survey questionnaire developed by authors containing three domains: physical, educational, and perceived knowledge, and operational needs.

A convenient sample (N = 627) of volunteered participants responded to the online survey. The biggest challenges that HCWs were exposed to are physical needs (experiencing dry hands, difficulty breathing while on a mask, feeling hot and sweaty, and less fluid and food intake) which were reported as the higher level, followed by operational needs (limited communication due to Personal Protective Equipment - PPE - use, longer working hours, and preparation time to get ready for duty). Other challenges pertained to education and knowledge (the presence of multiple sources of information confused them during the care practices). Females faced more challenges than males, and Bahraini HCWs handled challenges more than non-Bahrainis. A negative relationship was found between age and years of experience with the challenges of the HCWs.

During the COVID-19 pandemic, health systems face rapidly increasing demands. HCWs face several challenges while providing patient care, particularly physical needs. This study provides adequate data for healthcare administrators to maintain a safe working environment during pandemics.

The goal of this article is to provide an overview of healthcare entrepreneurship, both in terms of its current trends and future directions.

The article engages in a systematic review of extant research on healthcare entrepreneurship using the scientific procedures and rationales for systematic literature reviews (SPAR-4-SLR) as the review protocol and bibliometrics or scientometrics analysis as the review method.

Healthcare entrepreneurship research has fared reasonably well in terms of publication productivity and impact, with diverse contributions coming from authors, institutions and countries, as well as a range of monetary and non-monetary support from funders and journals. The (eight) major themes of healthcare entrepreneurship research revolve around innovation and leadership, disruption and technology, entrepreneurship models, education and empowerment, systems and services, orientations and opportunities, choices and freedom and policy and impact.

The article establishes healthcare entrepreneurship as a promising field of academic research and professional practice that leverages the power of entrepreneurship to advance the state of healthcare.

The article offers a seminal state of the art of healthcare entrepreneurship research.

Blockchain technology enhances information management in healthcare supply chains by securing healthcare information and providing medical resource traceability. However, there is no decision framework to support blockchain implementation for managing information, especially in emerging economies’ healthcare supply chains. This paper develops a hierarchical decision model for implementing blockchain technology for information management in emerging economies’ healthcare supply chains.

This study uses 20 health supply chain experts in Ghana to rank 17 decision criteria for implementing blockchain for healthcare information management using the best-worst method (BWM) multi-criteria decision technique.

The results show that “security” and “privacy,” “infrastructural facility” and “presence of training facilities” are the top three critical factors impacting blockchain adoption in the health supply chain for healthcare information management. Other sub-factors are prioritized.

To implement blockchain effectively to enhance information management in the healthcare supply chain, health institutions, blockchain technology providers and state authorities should concentrate on the highly critical factors extracted from the study.

This is the first study that develops a hierarchical decision model for implementing blockchain technology in emerging economies' health supply chains.