SToP (See, Treat, Prevent) skin sores and scabies trial: study protocol for a cluster randomised, stepped-wedge trial for skin disease control in remote Western Australia
Abstract:IntroductionSkin is important in Australian Aboriginal culture informing kinship and identity. In many remote Aboriginal communities, scabies and impetigo are very common. Untreated skin infections are painful, itchy and frequently go untreated due to under-recognition and lack of awareness of their potential serious complications. We hypothesise that the skin infection burden in remote Aboriginal communities can be reduced by implementing streamlined training and treatment pathways integrated with environment… Show more
“…The See Treat Prevent (SToP) protocol uses three intervention steps to manage skin infections, sores, and scabies infestations [ 18 ]. The three steps are seeing and identifying skin infections and/or scabies (after community dermatology model training), treating using evidence-based approaches, and preventing via local health education promotion to hand-picked community members (SBN) and adjustments to the local environment ( Figure 1 ) [ 18 ]. Clinical examination is the main diagnostic approach for scabies whilst dermoscopy scraping microscopy can also be performed [ 19 ].…”
(1) Problem: The increasing incidence and prevalence of infectious diseases in Indigenous Australians (Aboriginal groups and Torres Strait Islanders) are concerning. Indigenous Australians experience the burden of infectious diseases disproportionately when compared to non-Indigenous Australians. (2) Aim: Our report aims to describe how to apply Strengths-Based Nursing (SBN) to ameliorate the impact of the most common infectious diseases in Indigenous Australians. Specifically, we aim to describe how nurses can use SBN to partner with Indigenous Australian communities to remediate, control, and mollify the impact of the most common infectious diseases encountered by them using their limited resources. (3) Methods: Meticulous PubMed, Google Scholar, and web searches were conducted pertaining to Strengths-Based Nursing and common infectious diseases in Indigenous Australians. (4) Findings: The two groups of infectious diseases considered are sexually transmitted infections (STIs) and infectious skin diseases (including parasitic infestations). The prevalence of these infectious diseases in Indigenous Australians is deliberated on, with data when possible, or known trends and impacts. Finally, existing, evidence-based, prudent, and possible SBN approaches are discussed towards tackling these infectious diseases judiciously with available local resources, in conjunction with the support of impacted people, their families, and their communities. (5) Discussion and Conclusion: The SBN approach is a relatively new perspective/approach to clinical and nursing care. In contradistinction to the commonly utilised medical model, SBN pits strengths against deficits, available resources against professional judgment, solutions against unavailable items, and collaborations against hierarchy. In light of the current situation/data, several SBN approaches to combat STIs and skin infections in Indigenous Australians were identified and discussed for the first time in the “Results” section of this paper.
“…The See Treat Prevent (SToP) protocol uses three intervention steps to manage skin infections, sores, and scabies infestations [ 18 ]. The three steps are seeing and identifying skin infections and/or scabies (after community dermatology model training), treating using evidence-based approaches, and preventing via local health education promotion to hand-picked community members (SBN) and adjustments to the local environment ( Figure 1 ) [ 18 ]. Clinical examination is the main diagnostic approach for scabies whilst dermoscopy scraping microscopy can also be performed [ 19 ].…”
(1) Problem: The increasing incidence and prevalence of infectious diseases in Indigenous Australians (Aboriginal groups and Torres Strait Islanders) are concerning. Indigenous Australians experience the burden of infectious diseases disproportionately when compared to non-Indigenous Australians. (2) Aim: Our report aims to describe how to apply Strengths-Based Nursing (SBN) to ameliorate the impact of the most common infectious diseases in Indigenous Australians. Specifically, we aim to describe how nurses can use SBN to partner with Indigenous Australian communities to remediate, control, and mollify the impact of the most common infectious diseases encountered by them using their limited resources. (3) Methods: Meticulous PubMed, Google Scholar, and web searches were conducted pertaining to Strengths-Based Nursing and common infectious diseases in Indigenous Australians. (4) Findings: The two groups of infectious diseases considered are sexually transmitted infections (STIs) and infectious skin diseases (including parasitic infestations). The prevalence of these infectious diseases in Indigenous Australians is deliberated on, with data when possible, or known trends and impacts. Finally, existing, evidence-based, prudent, and possible SBN approaches are discussed towards tackling these infectious diseases judiciously with available local resources, in conjunction with the support of impacted people, their families, and their communities. (5) Discussion and Conclusion: The SBN approach is a relatively new perspective/approach to clinical and nursing care. In contradistinction to the commonly utilised medical model, SBN pits strengths against deficits, available resources against professional judgment, solutions against unavailable items, and collaborations against hierarchy. In light of the current situation/data, several SBN approaches to combat STIs and skin infections in Indigenous Australians were identified and discussed for the first time in the “Results” section of this paper.
“…Health promotion activities, training of healthcare workers in early recognition and treatment of skin infections and ultimately attention to the social determinants of health are all needed to reduce this burden. The SToP trial currently underway in the Kimberley seeks to address comprehensively these to reduce skin infections and subsequent complications …”
The burden and consequences of skin infections for remote living indigenous people are high. While skin infections are recognised as an antecedent to conditions such as acute rheumatic fever in children, data are limited concerning skin infection complications such as cellulitis, abscesses and osteomyelitis in older children and adults. In a 1‐year retrospective audit of 439 patients presenting to two remote health clinics, 330/439 (75%) patients presented with a skin infection and 18 (4%) developed a complication.
“…Patients, or parent or caregiver, recruited in the study provided written informed consent. The second clinical study conducted in Kimberley, Western Australia [ 28 ] was approved by the Child and Adolescent Health Research Ethics Committee (approval number RGS0000000584) and the Western Australian Aboriginal Health Ethics Committee (approval number 819). Parents or caregivers of children recruited in the study provided written informed consent.…”
Section: Methodsmentioning
confidence: 99%
“…The school-surveillance was part of the SToP (See, Treat, Prevent) skin sores and scabies trial conducted in Kimberley, Western Australia. The study design and selection criteria of this study has been described elsewhere [ 28 ]. Inclusion criteria were children with suspected scabies according to the 2018 IACS diagnostic criteria for scabies [ 29 ].…”
Background
The suboptimal sensitivity and specificity of available diagnostic methods for scabies hampers clinical management, trials of new therapies and epidemiologic studies. Additionally, parasitologic diagnosis by microscopic examination of skin scrapings requires sample collection with a sharp scalpel blade, causing discomfort to patients and difficulty in children. Polymerase chain reaction (PCR)-based diagnostic assays, combined with non-invasive sampling methods, represent an attractive approach. In this study, we aimed to develop a real-time probe-based PCR test for scabies, test a non-invasive sampling method and evaluate its diagnostic performance in two clinical settings.
Methodology/Principal findings
High copy-number repetitive DNA elements were identified in draft Sarcoptes scabiei genome sequences and used as assay targets for diagnostic PCR. Two suitable repetitive DNA sequences, a 375 base pair microsatellite (SSR5) and a 606 base pair long tandem repeat (SSR6), were identified. Diagnostic sensitivity and specificity were tested using relevant positive and negative control materials and compared to a published assay targeting the mitochondrial cox1 gene. Both assays were positive at a 1:100 dilution of DNA from a single mite; no amplification was observed in DNA from samples from 19 patients with other skin conditions nor from house dust, sheep or dog mites, head and body lice or from six common skin bacterial and fungal species. Moderate sensitivity of the assays was achieved in a pilot study, detecting 5/7 (71.4% [95% CI: 29.0% - 96.3%]) of clinically diagnosed untreated scabies patients). Greater sensitivity was observed in samples collected by FLOQ swabs compared to skin scrapings.
Conclusions/Significance
This newly developed qPCR assay, combined with the use of an alternative non-invasive swab sampling technique offers the possibility of enhanced diagnosis of scabies. Further studies will be required to better define the diagnostic performance of these tests.
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