Biosafety Measures Research Articles

Operational excellence in online food delivery service: the role of food biosafety measures

PurposeThis study explores how food biosafety measures (FBM), electronic service quality and product quality influence consumer satisfaction and loyalty in the online food delivery service (OFDS) sector. It also integrates the technology acceptance model (TAM) and the theory of planned behaviour (TPB) to form a robust framework for assessing consumer behaviours and providing insights for this sector.Design/methodology/approachData from 877 Colombian urban consumers were collected. The proposed theoretical model was tested using structural equation modelling (SEM) in the SEMinR package of the R program (an open-source programming language).FindingsThe results reveal that food biosafety measures and product quality are the most essential factors for OFDS consumers. Besides, food biosafety measures strongly affect product and e-service quality, which in turn significantly and directly impact consumer satisfaction and loyalty. This means that it is necessary to consider both visible actions strongly related to product quality and invisible actions that highlight the role of e-service quality in ensuring operational excellence.Practical implicationsTo maintain customer satisfaction and loyalty, OFDS managers should consider first working with restaurants that practice high food biosafety measures so that the order leaves the restaurant in good condition. However, OFDS should maintain these measures to ensure operational excellence from the order on the platform until delivery to the end consumer.Originality/valueThis innovative study demonstrates how FBMs directly affect perceptions of service, product quality, satisfaction and loyalty. This goes beyond traditional findings suggesting that food biosafety measures' influence is only indirect and mediated by satisfaction.

Current Scenario and Future Perspectives of Porcine Corneal Xenotransplantation.

Corneal diseases represent a significant cause of blindness worldwide, with corneal transplantation being an effective treatment to prevent vision loss. Despite substantial advances in transplantation techniques, the demand for donor corneas exceeds the available supply, particularly in developing countries. Cornea xenotransplantation has emerged as a promising strategy to address the worldwide scarcity, notably using porcine corneas. In addition to the inherent immune privilege of the cornea, the low cost of porcine breeding and the anatomical and physiological similarities between humans and pigs have made porcine corneas a viable alternative. Nonetheless, ethical concerns, specifically the risk of xenozoonotic transmission and the necessity for stringent biosafety measures, remain significant obstacles. Moreover, the success of xenotransplantation is compromised by innate and adaptive immune responses, which requires meticulous consideration and further studies. Despite these challenges, recent breakthroughs have further contributed to reducing immunogenicity while preserving the corneal architecture. Advances in genetic engineering, such as the use of CRISPR-Cas9 to eliminate critical porcine antigens, have shown promise for mitigating immune reactions. Additionally, new immunosuppressive protocols, such as have techniques like decellularization and the use of porcine-derived acellular matrices, have greatly increased graft survival in preclinical models. Future research must focus on refining immunomodulatory strategies and improving graft preparation techniques to ensure the long-term survival and safety of porcine corneal xenotransplantation in clinical trials in humans.

The Incidence of Clinical Injuries among Undergraduate Dental Students: A Prevention Protocol

Dental students are frequently exposed to percutaneous injuries (PCIs) due to the nature of their clinical work, which involves sharp instruments and close patient contact. The COVID-19 pandemic further emphasized the need for stringent biosafety measures and the use of personal protective equipment (PPE). Despite these precautions, injuries remain prevalent, highlighting the need for comprehensive education and training in biosafety and infection control. This study investigates the incidence and causes of injuries among undergraduate dental students during clinical sessions. This study was conducted at the Department of Dentistry, National and Kapodistrian University of Athens, focusing on injuries reported from 2021 to 2024. Data were collected through self-reported clinical records. The primary variables assessed included the type of injury, the instrument involved, the clinical procedure performed, and the immediate actions taken post-injury. Serological testing was conducted on students and patients to assess the risk of the transmission of bloodborne pathogens. The findings reveal a high prevalence of injuries, with needles being the most common cause (51.4%), followed by other tools such as dental probes (25.7%) and burs (8.6%). The most frequent injury type is piercing (74.2%), primarily affecting the fingers (88.6%). Periodontal treatments, restorative procedures, and endodontic treatments are the main activities leading to injuries, with 17.1% of injuries being caused by each. No statistically significant results are recorded. Despite regular medical records for most patients treated by injured students, serological testing shows significant positivity rates for HCV and HBV. Notably, most injured students demonstrate their commitment to safety by adhering to recommended post-exposure protocols, including wound cleaning, disinfecting, and serological testing. Furthermore, the impact of COVID-19 heightened the importance of personal protective equipment (PPE) and reinforced occupational health standards. Our study highlights the critical need for enhanced biosafety awareness and training among undergraduate dental students to reduce injury risks.

Transformative Advances in Veterinary Laboratory Practices: Evaluating the Impact of Preliminary Training in Khyber Pakhtunkhwa and Balochistan Provinces of Pakistan

Veterinary laboratories face distinct challenges in Pakistan, including inadequate infrastructure, resources, and training opportunities, especially in the Khyber Pakhtunkhwa and Balochistan regions. This study aimed to evaluate the impact of training sessions for veterinary laboratory staff to improve methods and protocols related to sample collection, storage, and transport, while ensuring strict compliance with biosafety and biosecurity guidelines. The study employed a mixed methods approach, incorporating qualitative and quantitative research techniques. Hands-on training, essential laboratory equipment, and a comprehensive training kit, including personal protective equipment (PPE), were provided to 13 laboratories within the Livestock and Dairy Development Departments of Khyber Pakhtunkhwa and Balochistan. A random sample of 152 individuals from a cohort of 314 trained personnel was selected to assess procedural changes post-training, supplemented by Training Needs Assessments (TNAs) and follow-up visits. Data collection involved a combination of open- and closed-ended questionnaires, individual interviews, and focus group discussions by trained enumerators to maintain a standardized approach. Significant improvements were observed in laboratory practices and procedures, staff competency in sample collection, necropsy techniques, labeling, storage, a chain of custody, packaging, and transport, as well as biosafety and biosecurity practices, such as effective use of PPEs, good laboratory practices, standard operating procedures, handling of sharps, and waste management. However, areas needing refinement, particularly waste management protocols, were identified. The integrated approach combining TNAs, training initiatives, and resource distribution, including laboratory equipment and PPEs, was pivotal in achieving these outcomes. This comprehensive strategy provides a basis for improving biosafety and biosecurity measures within laboratories, thereby contributing to the global effort to mitigate unauthorized access to high-risk pathogens.

Mapping the heterogeneous removal landscape of wastewater virome in effluents of different advanced wastewater treatment systems of swine farm

In advanced wastewater treatment plants on pig farms, meticulous design aims to eliminate intrinsic pollutants such as organic matter, heavy metals, and biological contaminants. In our field survey across Southern China, a notable disparity in wastewater treatment procedures among various farming facilities lies in the utilization of terminal chemical oxidation post-sedimentation tank. However, recent focus in wastewater surveillance has predominantly centered on antibiotic resistance genes, leaving the efficacy of virus removal in different effluent systems largely unexplored. To profile virus composition at the effluent, assess the virus elimination efficiency of chemical oxidation at the effluent end, and the potential environmental driver of virus abundance, we deployed a meta-transcriptomics approach to first determine the total virome in effluent specimens of terminal clean water tank system (CWT) and terminal chemical oxidation system (TCO) in Southern China pig farms, respectively. From these data, 172 viruses were identified, with a median reads per million (RPM) of 27,789 in CWT and 19,982 in TCO. Through the integration of analyses encompassing the co-occurrence patterns within viral communities, the ecology of viral diversity, and a comparative assessment of average variation degrees, we have empirically demonstrated that the procedure of TCO may perturb viral communities and diminish their abundance, particularly impacting RNA viral communities. However, despite the diminished abundance, pathogenic viruses such as PEDV and PRRSV persisted in the effluent following chemical deoxidation at a moderate RPM value, indicating a substantial in situ presence at effluent. Our environmental driver modeling, employing GLM and mantel tests, substantiated the intricate nature of virus community variation within the effluent, influenced heterogeneously by diverse factors. Notably, pond temperature emerged as the foremost determinant, while fishing farming exhibited a positive correlation with virus diversity (p < 0.05). This revelation of the cryptic persistence of virus communities in wastewater effluent expands our understanding of the varied responses of different virus categories to oxidation. Such insights transcend mere virus characterization, offering valuable implications for enhancing biosafety measures in farming practices and informing wastewater-based epidemiological surveillance.

Determining Factors in the Implementation of Biosecurity Measures by Hospital Nurses in Piura, Peru.

Nosocomial infections are a significant cause of morbidity, mortality, and increased treatment costs in hospitals. This study aimed to analyze the factors determining the implementation of biosafety measures by the nursing staff of four hospitals in Piura via a structural equation modeling (SEM) approach. A total of 215 nurses from various hospitals in the region participated by completing an online survey. The results demonstrated that extrinsic factors (FEX) positively influence the implementation of biosafety measures (BIOM) (β = 0.319 ***), as do intrinsic factors (FINT) (β = 0.520 **). Furthermore, intrinsic factors mediate the relationship between extrinsic factors and the implementation of biosafety measures (β = 0.443 ***). In conclusion, this study provides a deeper understanding of biosafety dynamics in healthcare settings and lays the groundwork for the development of customized interventions and ongoing training programs that ensure the optimal implementation of biosafety measures in hospitals.

Navigating the Nexus of Bioethics and Geopolitics: Implications for Global Health Security and Scientific Collaboration.

Bioethics plays a pivotal role in guiding ethical decision-making within the realm of medical research and healthcare. However, the influence of geopolitics on bioethical considerations, particularly regarding bioweapons research, remains an underexplored area. This study delves into the uncharted territory of how international political interests can intersect with bioethical principles, potentially shaping collaborative efforts and global health policies related to bioweapons research. Through a hypothetical scenario involving a hypothetical pathogen, a collaborative effort between unspecified countries, we examine the implications of such cooperation on global health governance, with a specific focus on bioweapons research. Ethical dilemmas surrounding responsible research, potential risks and benefits, equitable distribution of findings, and biosafety measures are explored. This analysis underscores the importance of transparent and responsible practices in bioweapons research amidst geopolitical tensions. By striking a balance between national interests and international solidarity, we advocate for robust bioethical frameworks to navigate such collaborations for the collective well-being of humanity and to mitigate potential risks associated with bioweapons research.

Xenobiology for the Biocontainment of Synthetic Organisms: Opportunities and Challenges.

Since the development of recombinant DNA technologies, the need to establish biosafety and biosecurity measures to control genetically modified organisms has been clear. Auxotrophies, or conditional suicide switches, have been used as firewalls to avoid horizontal or vertical gene transfer, but their efficacy has important limitations. The use of xenobiological systems has been proposed as the ultimate biosafety tool to circumvent biosafety problems in genetically modified organisms. Xenobiology is a subfield of Synthetic Biology that aims to construct orthogonal biological systems based on alternative biochemistries. Establishing true orthogonality in cell-based or cell-free systems promises to improve and assure that we can progress in synthetic biology safely. Although a wide array of strategies for orthogonal genetic systems have been tested, the construction of a host harboring fully orthogonal genetic system, with all parts operating in an orchestrated, integrated, and controlled manner, still poses an extraordinary challenge for researchers. In this study, we have performed a thorough review of the current literature to present the main advances in the use of xenobiology as a strategy for biocontainment, expanding on the opportunities and challenges of this field of research.

Stress experienced by professionals from basic health units in the context of the COVID-19 pandemic

OBJECTIVE: To understand stress at work among professionals in Basic Health Units, in the context of the COVID-19 pandemic. METHOD: Qualitative, exploratory and descriptive study. Data collection took place through semi-structured interviews and systematic observation. The 20 study participants were professionals from two Basic Health Units (UBS) in a municipality in the state of Bahia. The data was analyzed using IRAMUTEQ (word cloud and similarity tree) and content analysis. RESULTS: It was found that the experience of stress is something present and striking in the daily lives of health professionals at UBS due to their proximity to users and the responsibility of taking care of their health. They tend to experience frustration, instability, physical and emotional exhaustion and suffering due to the pressures of the service and the weaknesses of the health system. Fear during the COVID-19 pandemic brought anguish experienced in the work, social and family environment due to the difficulty of carrying out daily activities. They faced situations of lack of respect and empathy, risk of contamination, work overload, physical exhaustion, discrimination and isolation. FINAL CONSIDERATIONS: The stress of UBS health professionals was linked to the experience of overload in work activities, which was intensified with the biosafety measures adopted.

Beyond convenience: understanding the nexus of food biosafety, service quality, and brand image in online food delivery services

ABSTRACT This study aims to present an integrative model assessing the impact of Food Biosafety Measures (FBM), e-Service Quality (e-SQ), and Product Quality (PQ) on Online Food Delivery Service (OFDS) brand image, e-consumer satisfaction (e-CS), and e-loyalty (e-LO), grounded in Expectation-Disconfirmation Theory (EDT). Employing a cross-sectional survey design, the study analyzed responses from 911 users in Bogotá and Medellín through structural equation modeling (PLS-SEM). A multigroup analysis assessed differences across these two cities. The study found that FBM significantly enhances e-CS but does not directly impact brand image, suggesting other factors, such as e-SQ and PQ, play essential roles. E-SQ and PQ robustly influence brand image, which modestly affects both e-CS and e-LO. The study confirms that e-CS significantly fosters e-LO, with FBM indirectly influencing e-LO via e-CS. For OFDS managers and policymakers, emphasizing food biosecurity, service, and product quality is vital for enhancing consumer satisfaction and fostering loyalty. Geographical nuances revealed through multigroup analysis indicate the importance of region-specific strategies for service quality and market expansion. This research fills a gap in the OFDS literature by empirically validating non-food quality attributes in generating e-CS and, indirectly, e-LO. It highlights the complexity of brand image construction and provides a framework for OFDS brands to augment consumer satisfaction and loyalty in a dynamically evolving sector.

Enhancing Biosafety and Biosecurity: Quality Management in High-Containment Laboratories

Quality Management in high-containment laboratories plays a pivotal role in ensuring the safe handling of biological agents and toxins, thereby mitigating potential biorisks. This paper provides a comprehensive exploration of the key aspects of Quality Management Systems (QMS) tailored to the unique challenges of high-containment laboratories. It delves into the significance of QMS in enhancing biosafety and biosecurity measures, safeguarding laboratory personnel, the community, and the environment. The paper also discusses the integration of international standards, risk management strategies, and the role of top management in fostering a culture of safety. Through this examination, it becomes evident that a robust QMS not only ensures compliance but also promotes continual improvement and innovation in high-containment laboratory operations, ultimately advancing the field of biosafety and biosecurity.

Exploring the experience of a hospital care strategy during the COVID-19 pandemic: A qualitative study

Introduction: At the hospital level, the SARS-CoV-2 pandemic required biosafety measures which negatively affected person-centered care. Objective: Describe patients, relatives, and healthcare teams’ experience with virtual and face-to-face accompaniment strategy in hospital care during the COVID-19 pandemic. Methods: A qualitative study with a phenomenological approach was carried out, where 32 semi-structured interviews were conducted (10 patients, 10 relatives and 12 professionals). The information was analyzed following Colaizzi’s method, considering three moments: before, during and after the strategy. Results: It was found that the experience before the implementation was permeated by negative perceptions regarding the care process; during the implementation, the experience changed mostly as a positive and restorative experience; and after the implementation, the strategy was rated as useful and effective. Discussion: The findings obtained in this study are similar to those reported in the literature. The restriction of visits in hospital services produced psychological symptoms, stress and affectation in the family and social area in all people. In health personnel, there was evidence of workload and emotional affectation. Likewise, it confirms that the implementation of accompaniment strategies has a positive effect on the restoration of family-patient-health personnel communication and the care of psychosocial needs. Conclusion: In a pandemic situation, it is feasible to maintain the person-centered care in the hospital guaranteeing warmth, well-being, and effective communication between patients, relatives and healthcare teams.

Review on the biosafety measures for the prevention and control of SARS-CoV-2 infections in healthcare settings

The novel corona virus, Severe Acute Respiratory Syndrome Corona Virus 2 (SARS‐CoV‐2) is a deadly respiratory disease. The major causes of the rise of new variants of SARS-CoV-2 are genetic mutations and recombination. The club-shaped spike (S) projections of glycoprotein on the virus's envelope has interaction with the host cell’s ACE2 (Angiotensin-Converting Enzyme 2) receptors to enable the entrance of infectious virus particles. With-Corona’ is possible only when antiviral and vaccination are available. Disease prevention and control is based on new biosafety technologies and guidelines which improve ways to safely handle microbiological material. Corona pandemic is a serious biosafety event. Thus, biosafety is being valued worldwide and applied in medical field. This review presents the current biosafety standards of the COVID-19 pandemic in a comprehensive manner from a fragmented or wide variety of biosafety guidelines and articles available.

SARS-CoV-2 in Captive Nonhuman Primates, Spain, 2020-2023.

We conducted a serologic and molecular study to assess exposure of captive nonhuman primates (NHPs) to SARS-CoV-2 in Spain during the 2020-2023 COVID-19 pandemic. We found limited exposure of NHPs to SARS-CoV-2. Biosafety measures must be strictly maintained to avoid SARS-CoV-2 reverse-zoonotic transmission in the human-NHP interface.

Phylogenetic Group and Virulence Gene Profile of Bovine Mastitis Escherichia coli Isolates from North West Cameroon

Escherichia coli, a facultative anaerobic bacterium existing in symbiosis in the gut of warm-blooded animals, has several strains some of which are pathogenic. Its virulence and pathogenicity have been associated with one of several phylogenetic groups. We examined bovine mastitis E. coli strains to identify phylogenetic groups and virulence genes in order to understand the public health implications of consuming unpasteurised milk. Thirty-seven E. coli isolates previously recovered from mastitis milk and identified by biochemical methods were confirmed by PCR and sequencing. The phylogenetic groups associated with mastitis were determined by the Clermont quadruplex PCR method. We also investigated 23 virulence genes in the isolates. All 37 isolates were confirmed to be E. coli. The phylogenetic groups detected were: A (37.8%), B1 (37.8%), F (8.1%), D (2.7%) and E (2.7%). We detected 11 of the 23 virulence genes investigated, and thirty-six (97.3%) isolates harboured at least one virulence gene. The genes detected were fimH (91.9%), traT (62.2%), ehlyA and stx2 (37.8% each), eaeA (35.1%), stx1 (29.7%), f17 (16.7%), kspMII (13.5%), iucD (10.8%), malX (8.1%) and hlyA (8.1%). Nine virulence gene combinations were identified in phylogroups A and B. The detection of iucD and malX were significantly associated with E. coli that belonged to phylogenetic group F. Most E. coli strains in this study are related to intestinal E. coli pathotypes, based on the phylogroups and virulence genes suggesting a public health threat. Hence, biosafety measures are recommended in handling raw milk, while consuming unpasteurized milk should be discouraged.

Knowledge, attitudes and practices in biosafety and biosecurity in medical biology laboratories in Togo, 2021

IntroductionFaced with the emergence of pandemics and the omnipresence of gaps in the process of controlling elements likely to impact the implementation of biosafety and biosecurity measures, the evaluation of the related determinants becomes an urgent necessity.MethodsThe subject addressed in this study was primarily aimed at exploring the current situation of knowledge, attitudes and practices of biosafety and biosecurity as well as the associated factors in medical biology laboratories in Togo in 2021. A cross-sectional study with an analytical focus among laboratory professionals was conducted using a structured questionnaire. Statistical tests were performed using Epi Info 7.2.3.0 (2019) and Stata 13 (2013) software.ResultsOf the 322 participants, 49.1% had good knowledge while 62.4% and 77.6% had good attitudes and practices respectively. In 23.4% (25/107) of the laboratories, the staff surveyed ate their meals in the manipulation room, of which 80.0% (20/25) were in the public sector. Although the results showed that respondents who had received prior training in this area had higher score on the knowledge component (p = 0.03), this intervention had no direct effect on the attitude (p = 0.91) or practice (p = 0.84) scores. Trained participants were significantly more likely to have good knowledge. Regional disparity was noted on the knowledge and practice components and several gaps were identified.DiscussionBiosafety and biosecurity remain a challenge in medical biology laboratories in Togo. Based on the gaps identified, training, substantial improvement of the working environment, and provision of resources to achieve optimal and sustainable biosafety and biosecurity practices in Togo are required.

Factor associated with an increased rate of HBV infection in healthcare professionals

Hepatitis B can be transmitted through accidents with sharps and in the case of infection, it can increase the chances of the infected professional developing diseases such as carcinomas, cirrhosis and even leading to death. It is essential that healthcare professionals have knowledge about the means of disease transmission and understanding of accidents. The objectives of the study were to understand the factors related to the increase in HBV infection in healthcare professionals, describe the profile of accidents with biological materials in healthcare professionals, present the knowledge of healthcare professionals in relation to hepatitis B and describe the biosafety measures adopted by health professionals in relation to HBV. This was an integrative review. A search for scientific articles was carried out in indexed databases, following exclusion and inclusion criteria, using the PRISMA flowchart. 15 articles were evaluated that demonstrated low vaccination coverage, inadequate use of personal protective equipment and lack of knowledge about the infection, making it essential to monitor biosafety measures to guarantee a safe work environment

Delivering trust: how food safety performance drives loyalty across the online ordering journey

PurposeThis research delineates the interdependencies between e-service quality (e-SQ), product quality (PQ) and food biosafety measures (FBM) in shaping consumer satisfaction and loyalty within the online food delivery services (OFDS) landscape. Anchored by the technology acceptance model (TAM) and the theory of planned behavior (TPB), the study integrates these frameworks to examine how perceived service efficiency, reliability, product appeal and biosafety protocols contribute to overall consumer trust and repurchase intentions.Design/methodology/approachSurveys were conducted on several 100 online food delivery app users, ages 20 to 64, in major cities in Colombia, which provided data for structural equation modeling analysis.FindingsThe analysis revealed that reliable, responsive service and appealing food presentation significantly influence consumer perceptions of behind-the-scenes safety protocols during delivery. Strict standards around mitigating contamination risks and verifiable handling at each point further engender trust in the platform and intentions to repurchase among users. The data cement proper food security as pivotal for customer retention.Practical implicationsQuantitatively confirming biosafety’s rising centrality provides an impetus for platforms to integrate and promote integrity, safety and traceability protection as a competitive differentiator.Originality/valueThe study’s originality lies in its comprehensive exploration of the OFDS quality attributes and their direct impact on consumer loyalty. Besides, it offers valuable insights for both academic and practical implications in enhancing service delivery and marketing strategies.

TRACKING OF MICROORGANISMS ON THE SURFACE AND IN SERVERS A THE PUBLIC HOSPITAL IN PALMAS-TO

Hospital infection (HI) is a public health problem in Brazil. Resistant bacteria increase the risk of superinfections and raise the number of deaths, factors that may be associated with failures in antiseptic and environmental disinfection processes, favoring cross-contamination. This study investigated the presence of microorganisms on hospital surfaces, on employees' hands and nostrils, and analyzed retrospective infections suspected of hospital infection at a Public Hospital in Palmas, TO. The results revealed the predominant presence of microorganisms of the genus Staphylococcus. The analysis indicated shortcomings in antiseptic and disinfection procedures, highlighting the urgent need for more rigorous biosafety measures. The research emphasizes the importance of appropriate antimicrobial protocols to prevent and treat Healthcare-Associated Infections (HAIs) and underscores the need for awareness and training of healthcare professionals. The study also points to the growing antimicrobial resistance and frequent identification of multidrug-resistant strains. These findings have significant implications for improving patient safety in hospital settings and provide a solid foundation for the development of effective strategies for the prevention and control of nosocomial infections, aiming to reduce the incidence of HI and enhance the quality of healthcare.

Human-animal entanglements in bushmeat trading in Sierra Leone: An ethnographic assessment of a potential zoonotic interface.

'Bushmeat' markets are often portrayed as chaotic spaces where exotic wild animals are sold. They are hypothesized to be important sites for zoonotic disease transmission, given the prolonged and intense nature of the cross-species encounters that occur within them. Whilst such markets have received some attention from researchers, rich qualitative descriptions of everyday practices in these markets are rare. Depictions of wild animal markets as sites for potential viral amplification often rely on exoticizing assumptions and narratives rather than actual evidence, and in some cases are based more on ideology than on science. We provide an in-depth ethnographic account of two bushmeat markets in Bo, Sierra Leone. Our analysis goes beyond common assumptions that zoonotic risk is located solely in the knowledge and behaviours of traders. Our account sheds light on the modes of touch, closeness and contact that shape this hypothesised zoonotic interface, outlining the possible risks to different people who use and spend time in the market. We found that inadequate infrastructure and sanitation facilities created risks of zoonotic disease transmission for diverse actors including traders, customers, children, and the wider public. Butchering and trading practices frequently resulted in people directly and indirectly encountering animal fluids. We also discuss how public health management of these markets focused on individual behaviours rather than on improving conditions. Urgent sanitary reform and infrastructure upgrades in these sites that support the economic needs of traders could encourage voluntary compliance with biosafety measures amongst traders seeking to balance responsibilities to family and public health. Our study reveals the value of moving beyond exoticized narratives about bushmeat markets to yield situated insights for reducing risk at this interface.