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Frontiers in Physiology|May 16, 2022
Image-Based Experimental Measurement Techniques to Characterize Velocity Fields in Blood MicroflowsAndy Vinh Le, Marianne FenechMethodsx|April 3, 2023
Micro-particle image velocimetry for blood flow in thick round glass micro-channels: Channel fabrication and velocity profile characterizationCamille Chartrand, Andy Vinh Le, Marianne FenechMicrovascular Research|February 6, 2026
Dose-dependent effects of diamide and glutaraldehyde on red blood cell deformability, viscosity, and morphologyTatiana Turcitu, Kyle Champagne, Andy Vinh Le, et al.Microvascular Research|February 5, 2023
Semi-automated red blood cell core detection in blood micro-flowMarianne Fenech, Andy Vinh Le, Maya Salame, et al.Micromachines|November 25, 2023
Comparison of PDMS and NOA Microfluidic Chips: Deformation, Roughness, Hydrophilicity and Flow PerformanceTatiana Turcitu, Curtis J K Armstrong, Niko Lee-Yow, et al.Australian Educational Researcher|October 17, 2022
Quality early childhood education through self, workplace, or regulatory support: exploring the efficacy of professional registration for early childhood teachers in AustraliaMarianne Fenech, Helen WattData in Brief|January 8, 2026
In vitro blood flow dataset in circular microchannels: High-speed videomicroscopy, micro-piv, and cell-free layer measurementsMaya Salame, Marianne FenechPlos One|January 2, 2026
A two-phase core-plasma model for microvascular blood flow: Comparative analysis of hemodynamic modelsMaya Salame, Marianne FenechMicrovascular Research|August 22, 2025
Key contributors to cell-free layer formation: An experimental investigation of hematocrit and shear rate gradientMaya Salame, Marianne FenechJournal of Visualized Experiments : Jove|May 7, 2013
Micro-particle image velocimetry for velocity profile measurements of micro blood flowsKatie L Pitts, Marianne FenechPageof 3