Future Research by the Australian Chiropractic Profession: Analysis of Comments and Suggestions From a Nationwide Survey of Academics and Practitioners.

OBJECTIVE: The purpose of this study was to identify and compare the research priorities of Australian practicing chiropractors and academics across listed research domains and to seek their views on existing chiropractic research strategies. Concurrent objectives were to gain insight into the perspectives on characteristics of research and solicit ideas and suggestions for future research from both groups. METHODS: This study used a mixed-method research design to collect data using an online survey portal. Australian chiropractic academics (n = 220) and practicing chiropractors who were also members of a nationally representative, practice-based research network database (n = 1680) were invited to participate. Data were collected (February 19, 2019, to May 24, 2019). The free-text data were analyzed primarily via semantic coding and verbatim referential units in cases where the category was an exact match for the textual data. Content analyses of the qualitative data were presented in a tabulated and narrative manner as identified domains. Selected representative examples were provided verbatim. RESULTS: The response rate for the survey was 44% for full-time equivalent academics, 8% for casuals and part-time chiropractic academics, and 21.5% for Australian Chiropractic Research Network database chiropractic practitioners. Open-text data comprised a narrower focus on musculoskeletal (MSK) conditions and opposition or reservations by academics and some practitioners toward the research agenda of those espousing traditional concepts and terminology. Comments from both groups illustrate the strongly held views that characterize divergent factions of the chiropractic profession. Some practitioners were highly critical of the narrow focus and epistemological paradigm of Australian university-based research, while others were strongly supportive of the traditional focus of the Australian Spinal Research Foundation. Australian academics at the 4 university-based programs held the view that MSK and spinal pain, for which some evidence already exists, should be the priority of future research, building on what is known. Practitioners believed that future research should be directed toward expanded areas such as basic science, younger populations, and non-MSK conditions. Respondents were sharply divided on attitudes toward traditional chiropractic terminology, concepts, and philosophy and the utility of future research on these topics. CONCLUSION: Our qualitative findings suggest there is a division in the Australian chiropractic profession regarding research direction and priorities. This divide exists between academics and researchers and within field practitioners. This study highlights the attitudes, opinions, and perceptions of important stakeholder groups, which should be considered by decision-makers when formulating research policy, strategy, and prioritization of funding.

Research Priorities of the Australian Chiropractic Profession: A Cross-Sectional Survey of Academics and Practitioners.

OBJECTIVE: The purpose of this study was to explore the research priorities of Australian practicing chiropractors and academics across a set of research domains to determine the agreement or disagreement based on these domains. METHODS: We conducted a pilot-tested online survey focusing on the following 5 principal research domains: basic science, conditions (disorders chiropractors may encounter), patient subgroups, clinical interventions, and practice and public health/health services. Responses were sought regarding support for funding research scholarships, practice-based research networks, scientific conferences/symposia, journals, and existing research agendas. Data were collected (February 19 to May 24, 2019) from a sample of chiropractic academics (n1 = 33) representing 4 Australian programs and practicing chiropractors (n2 = 340). Collected data were ranked and analyzed to determine agreement across domains and items. RESULTS: There was agreement between the 2 groups across the majority (>90%) of domain items. The closest agreement and highest rankings were achieved for the "clinical interventions and practice" and "conditions" domains. Disagreement was observed within specific domain items, such as patient subgroups (infants), and for 1 intervention (chiropractic-specific techniques). Disagreement also occurred outside of the main domains, including research agenda support and funding. CONCLUSIONS: There was overall agreement between practicing chiropractors and academics across most research area domain items, which should help facilitate consensus-led development of any potential Australian Chiropractic research agenda. Disagreements across specific domain items, such as population subgroups, interventions, and funding require further investigation.

Building resilient medical technology supply chains with a software bill of materials.

An exploited vulnerability in a single software component of healthcare technology can affect patient care. The risk of including third-party software components in healthcare technologies can be managed, in part, by leveraging a software bill of materials (SBOM). Analogous to an ingredients list on food packaging, an SBOM is a list of all included software components. SBOMs provide a transparency mechanism for securing software product supply chains by enabling faster identification and remediation of vulnerabilities, towards the goal of reducing the feasibility of attacks. SBOMs have the potential to benefit all supply chain stakeholders of medical technologies without significantly increasing software production costs. Increasing transparency unlocks and enables trustworthy, resilient, and safer healthcare technologies for all.

Cybersecurity Challenges and the Academic Health Center: An Interactive Tabletop Simulation for Executives.

PROBLEM: Academic health centers (AHCs) face cybersecurity vulnerabilities that have potential costs to an institution's finances, reputation, and ability to deliver care. Yet many AHC executives may not have sufficient knowledge of the potential impact of cyberattacks on institutional missions such as clinical care, research, and education. Improved cybersecurity awareness and education are areas of opportunity for many AHCs. APPROACH: The authors developed and facilitated a tabletop cybersecurity simulation at an international conference for AHC leaders in September 2019 to raise awareness of cybersecurity issues and threats and to provide a forum for discussions of concerns specific to CEOs and C-suite-level executives. The 3.5-hour interactive simulation used an evolving, 3-phase case study describing a hypothetical cyberattack on an AHC with a ransomware demand. The approximately 70 participants, from AHCs spanning 25 states and 11 countries, worked in teams and discussed how they would react if they held roles similar to their real-life positions. The authors provide the full scenario as a resource. OUTCOMES: The exercise was well received by the participants. In the postsession debrief, many participants noted that cybersecurity preparedness had not received the level of institutional attention given to threats such as epidemics or natural disasters. Significant variance in teams' courses of action during the simulation highlighted a lack of consensus with regard to foundational decisions. Participants identified this as an area that could be remedied by the development of guidelines or protocols. NEXT STEPS: As health care cybersecurity challenges persist or grow in magnitude, AHCs will have increased opportunities to lead in the development of best practices for preparedness and response. AHCs are well positioned to work with clinicians, security professionals, regulators, law enforcement, and other stakeholders to develop tools and protocols to improve health care cybersecurity and better protect patients.

Erratum: Publisher Correction: Modernizing and designing evaluation frameworks for connected sensor technologies in medicine.

[This corrects the article DOI: 10.1038/s41746-020-0237-3.].

Modernizing and designing evaluation frameworks for connected sensor technologies in medicine.

This manuscript is focused on the use of connected sensor technologies, including wearables and other biosensors, for a wide range of health services, such as collecting digital endpoints in clinical trials and remotely monitoring patients in clinical care. The adoption of these technologies poses five risks that currently exceed our abilities to evaluate and secure these products: (1) validation, (2) security practices, (3) data rights and governance, (4) utility and usability; and (5) economic feasibility. In this manuscript we conduct a landscape analysis of emerging evaluation frameworks developed to better manage these risks, broadly in digital health. We then propose a framework specifically for connected sensor technologies. We provide a pragmatic guide for how to put this evaluation framework into practice, taking lessons from concepts in drug and nutrition labels to craft a connected sensor technology label.

The Case for a Hippocratic Oath for Connected Medical Devices: Viewpoint.

Prior to graduating from medical school, soon-to-be physicians take the Hippocratic Oath, a symbolic declaration to provide care in the best interest of patients. As the medical community increasingly deploys connected devices to deliver patient care, a critical question emerges: should the manufacturers and adopters of these connected technologies be governed by the symbolic spirit of the Hippocratic Oath? In 2016, I Am The Cavalry, a grassroots initiative from the cybersecurity research community, published the first Hippocratic Oath for Connected Medical Devices (HOCMD), containing 5 principles. Over the past three years, the HOCMD has gained broad support and influenced regulatory policy. We introduce 5 case studies of the HOCMD in practice, illustrating how the 5 principles can lead to a safer and more effective adoption of connected medical technologies.