CATHERINE DAVEY

Lecturer

University of Melbourne

Australia

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Catherine Davey is a Lecturer at the University of Melbourne, Australia. Her research encompasses areas such as artificial intelligence in urologic surgery, diffusion-weighted imaging, and quantitative morphometric analysis in osteoarthritis. Additionally, she has contributed to the harmonization of Aβ-PET imaging and the development of advanced imaging protocols for joint assessment. Through her work, she aims to enhance the understanding and application of imaging techniques in various biomedical fields.

Articles (13)

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2025

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2024

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2024

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2024

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2023

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2023

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2023

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2022

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2021

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2021

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2021

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2021

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2020

Collaborators (2)

David Grayden

Professor and Clifford Chair of Neural Engineering

University of Melbourne

AUSTRALIA

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Robin M. McAllen

AUSTRALIA

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CATHERINE DAVEY

Research Interests

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Articles (13)

A Review of the Intraoperative Use of Artificial Intelligence in Urologic Surgery

Empirical Modelling Workflow for Resolution Invariant Assessment of Osteophytes

Recovering high‐quality fiber orientation distributions from a reduced number of diffusion‐weighted images using a model‐driven deep learning architecture

Inter‐scanner Aβ‐PET harmonization using barrel phantom spatial resolution matching

Image Registration in Longitudinal Bone Assessment Using Computed Tomography

Quantitative morphometric analysis in tibiofemoral joint osteoarthritis imaging: a literature review

A microCT imaging protocol for reproducible and efficient quantitative morphometric analysis (QMA) of joint structures of the in situ mouse tibio-femoral joint

SPHARM-PDM based image preprocessing pipeline for quantitative morphometric analysis (QMA) for in situ joint assessment in rabbit and rat models

Impact of axonal delay on structure development in a Linsker type network

Impact of axonal delay on structure development in a multi-layered network

Correcting for Non-stationarity in BOLD-fMRI Connectivity Analyses

Place cells in head-fixed mice navigating a floating real-world environment

A new algorithm for drift compensation in multi-unit recordings of action potentials in peripheral autonomic nerves over time

Collaborators (2)

David Grayden

Robin M. McAllen

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