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Background: Children's pain in dentistry has undesirable short‐ and long‐term consequences; therefore, less invasive treatments merit consideration. Aim: To investigate procedural pain scores for two treatments for carious primary molars in New Zealand primary care. Design: This study was a split‐mouth randomised control trial, with secondary outcome analysis. Children (4–8 years) with proximal carious lesions on matched primary molars had one tooth treated with the Hall technique (HT) and one treated with a conventional stainless steel crown (CT); treatment type and order of treatment were randomly allocated (allocation concealment). The Wong–Baker self‐report pain scale measured pretreatment dental pain, procedural pain at each treatment and post‐operative pain. Results: Data were analysed for 103 children: 49 children had the HT first and 54 children had the CT first. Procedural pain scores did not differ by treatment type, with 71.8% and 76.7% of children reporting low pain for the HT and the CT, respectively. Fewer children reported low procedural pain for the second treatment than the first (p =.047). Most children reported low procedural pain for both treatments (58.3%), although 41.7% experienced moderate–high procedural pain with at least one treatment. Conclusions: The HT caused pain for as many children as the CT. There is an opportunity for better dental pain management in this setting. [ABSTRACT FROM AUTHOR]

Objective:Individuals’ illness perceptions predict health behaviours and influence functional outcomes. This study examined associations between a novel assessment of illness perceptions, in the form of adult’s brain drawings after traumatic brain injury (TBI) and questionnaire measures of illness perceptions, quality of life and post-concussive symptoms. Design:Population-based, prospective longitudinal study examining 245 adults with predominantly mild TBI with high risk of complications. Main outcome measures:Participants were asked to draw pictures of what they thought their brain looked like before injury and at baseline and one month post-injury. Drawing characteristics (height, width and percentage damage at one month) were examined in relation to each outcome of interest at six months. Results:Greater damage at one month was associated with more negative illness perceptions (rs = .23), poorer mental health (rs = −.21), and more total post-concussive symptoms (rs = .27 tor = .35) at six months. The extent of damage depicted reduced over time (p < .001). No associations were found between the amount of damage drawn and injury severity, nor the height or width of drawings and injury severity or illness perceptions. Conclusion:Drawings post-TBI offer a simple, cost- and time-effective way to begin discussions and improve understanding of peoples’ illness perceptions. [ABSTRACT FROM AUTHOR]

Objectives: Outcomes after mild traumatic brain injury (MTBI) vary, with slow or incomplete recovery for a significant minority. This study examines whether groups of cases with shared psychological factors but with different injury outcomes could be identified using cluster analysis. Method: This is a prospective observational study following 147 adults presenting to a hospital-based emergency department or concussion services in Christchurch, New Zealand. This study examined associations between baseline demographic, clinical, psychological variables (distress, injury beliefs and symptom burden) and outcome 6 months later. A two-step approach to cluster analysis was applied (Ward's method to identify clusters, K-means to refine results). Results: Three meaningful clusters emerged (high-adapters, medium-adapters, low-adapters). Baseline cluster-group membership was significantly associated with outcomes over time. High-adapters appeared recovered by 6-weeks and medium-adapters revealed improvements by 6-months. The low-adapters continued to endorse many symptoms, negative recovery expectations and distress, being significantly at risk for poor outcome more than 6-months after injury (OR (good outcome) = 0.12; CI = 0.03-0.53; p < 0.01). Conclusions: Cluster analysis supported the notion that groups could be identified early post-injury based on psychological factors, with group membership associated with differing outcomes over time. Implications for clinical care providers regarding therapy targets and cases that may benefit from different intensities of intervention are discussed. [ABSTRACT FROM AUTHOR]