Respiratory rate measurement using mobile applications in healthcare settings: a scoping review
Sallabank L, Oswald J, Willett S, Kelleher J, Haskins B.
Healthcare Technology Letters 13(1):e70035
Peer reviewedResearch and writing
I research clinical software and tools: whether the apps and AI that clinicians use actually help them. Most of my work so far is on respiratory rate, the vital sign that's often guessed rather than counted, and how a simple tap-per-breath app can fix that. Full list on ORCID.
Published
Tap-per-breath apps: a simple tool for measuring respiratory rate in paramedic practice
Sallabank L.
Australian Paramedic, Spring 2025, pp. 12 to 15
Associations between the built environment and body mass index among a residentially stable cohort of mid-older aged adults in Brisbane, Australia (2007 to 2016)
Rachele JN, Reid RA, Jamei E, Clarkson M, Bates S, Sallabank L, Loh V.
SSRN
PreprintIn progress
Using AI to bring clinical practice guidelines into everyday tools
A study of AI and Model Context Protocol (MCP) tools for clinical guidelines
Study in progressEvaluating a tap-per-breath mobile application for respiratory rate measurement in paramedicine: a pseudo-randomised controlled trial
Sallabank L, Rachele J, Oswald J, Outlaw EL, King J, Martin C, Haskins B.
Master of Research, Victoria University
Protocol, ethics approvedMapping the clinical governance structures across surf lifesaving services in Australia
Sallabank L, Carne S, Marcus S, Walker T, Douglas N, Haskins B.
Surf Life Saving Australia
ProtocolTalks
Measuring deterioration: a scoping review of tap-per-breath applications for respiratory rate assessment in clinical practice
Poster, Australasian College of Paramedicine, ACPIC26, Adelaide. Supported by an ACP education grant.
Protocol for a randomised simulation trial of tap-per-breath respiratory rate measurement
Confirmation of candidature, Victoria University
Setting the scene: making the most of your paramedicine placement
Victoria University, to more than 60 paramedicine students