Publications by authors named "N Koo Ng"

Objectives: This study aims to explore patients' and clinicians' understanding and experiences of refractory disease (RD) and persistent physical and emotional symptoms (PPES) in patients with inflammatory arthritis (IA), namely rheumatoid arthritis or polyarticular juvenile idiopathic arthritis from their perspectives through interviews and/or focus groups.

Design: A qualitative study was conducted, following a pragmatic epistemology approach with framework analysis employed.

Methods: Semi-structured interviews or focus groups with IA patients (n = 25) and multi-disciplinary rheumatology HCPs (n = 32) were conducted at one time point to obtain participants respective understanding and experiences of managing RD/PPES, and its impact on the patient-professional relationship.

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Background: Hepatocellular carcinoma (HCC) is one of the leading causes of cancer death in the United States and globally. The Asian American, Native Hawaiian, and Pacific Islander (AANHPI) population has often been studied as one homogenous cohort despite its heterogeneity. We aim to understand differences in treatment modality and mortality among AANHPI patients with early-stage HCC.

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This study aimed to explore Singaporean fathers' perceived influence over their children's eating habits. A descriptive qualitative study design was used. Convenience sampling was used to recruit fathers of children aged 3-21 years old from a general paediatric outpatient clinic in a tertiary public hospital.

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Purpose: To develop and pilot-test a novel training programme for nurses in acute care settings to improve their decision-making support skills, knowledge, attitudes, and confidence in conducting advance care planning (ACP).

Methods: A single-group repeated measures design was employed. This study was conducted in two phases.

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Fine-mode particulate matter (PM) is a highly detrimental air pollutant, regulated without regard for chemical composition and a chief component of wildfire smoke. As wildfire activity increases with climate change, its growing continental influence necessitates multidisciplinary research to examine smoke's evolving chemical composition far downwind and connect chemical composition-based source apportionment to potential health effects. Leveraging advanced real-time speciated PM measurements, including an aerosol chemical speciation monitor in conjunction with source apportionment and health risk assessments, we quantified the stark pollution enhancements during peak Canadian wildfire smoke transport to New York City over June 6-9, 2023.

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