A comparison of inpatient suicides in Australian psychiatric and non-psychiatric hospital units between 2009 and 2018.

Hospitalisation is designed to protect patients from harm; however, patients have been reported to take their own lives during hospital admissions. While a significant healthcare concern, few studies have analysed inpatient suicides in general and psychiatric hospital units. Understanding these deaths is important for informing future prevention initiatives. Here we investigate a national sample (n = 367) of inpatient suicides in general (24%, n = 87) and psychiatric (76%, n = 278) hospital units. Patient characteristics, suicide location, timing, and suicide methods were assessed and compared. Patients who died from suicide were mostly male and admitted into psychiatric units. General hospital patients were less likely to have a known history of mental illness or previous self-harm and were often admitted for mental illness-related presentations. Suicides frequently occurred outside of the hospital by hanging. Patients in psychiatric units were more likely to be on approved leave at their death, and general patients were more likely to have absconded. These results indicate the need to identify risk factors relevant to each setting and address broader system-level factors. Removing obvious ligature points, preventing absconding, and assessing patients before episodes of leave, could contribute to preventing inpatient suicides.

Peripheral thermometry: Agreement between non-touch infrared versus traditional modes in an adult population.

AIM: To test whether infrared non-touch forehead thermometry (FNTT) obtains comparable temperature readings in adults compared with common, non-invasive thermometry methods such as axillary (DAT), oral (DOT) and infrared tympanic (ITT). DESIGN: A prospective, repeated-measures comparative diagnostic test study design was used for this study. METHODS: Data were collected from a convenience sample of 169 nursing students over 3 months (March 2019 to May 2019). Participants had their temperature measured once with each of the four thermometers. Agreement between thermometers was assessed using repeated-measures analysis of variance with Bonferroni post hoc testing. RESULTS/FINDINGS: One hundred and sixty-one participants were included in the final analysis. A repeated-measures ANOVA showed statistically significant differences between the four thermometer temperature readings. Post hoc pairwise comparisons with Bonferroni adjustment revealed infrared non-touch forehead thermometry demonstrated statistically significant higher mean temperatures compared with digital oral thermometry MD = 0.466℃ (95% CI, 0.357-0.576, p < .001) and digital axillary thermometry MD = 0.897℃ (95% CI, 0.752-1.043, p < .001), but not with infrared tympanic MD = 0.069℃ (95% CI, -0.025-0.162, p = .307). CONCLUSIONS: This study found that infrared non-touch forehead thermometry consistently produced higher temperature readings in adults compared with other common forms of peripheral thermometry. Caution should be taken when using forehead non-touch thermometer readings interchangeably with digital oral and digital axillary readings unless corrections for bias are made. More research is needed into whether infrared non-touch forehead thermometry and infrared tympanic could be used interchangeably. IMPACT STATEMENT: This study aimed to address whether non-touch forehead could be used interchangeably with other common forms of non-invasive thermometry. Our result revealed inconsistencies in temperature readings between the different thermometers. Consequently, healthcare professionals should exercise caution when monitoring temperature trends where readings have been taken by different types of peripheral thermometers. This study could impact healthcare clinicians responsible for the monitoring and recording of peripheral temperatures.