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A Rapid and Low-Cost Nonlithographic Method to Fabricate Biomedical Microdevices for Blood Flow Analysis.

, , , , , , and . Micromachines, 6 (1): 121-135 (2015)

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Analysis of a Simple Method to Change the Wettability of the PDMS Surface for Biomicrofluidic Applications., , , , , , , and . BIODEVICES, page 116-120. SCITEPRESS, (2023)Low cost microfluidic device for partial cell separation: Micromilling approach., , , , , , and . ICIT, page 3347-3350. IEEE, (2015)Cell-free layer analysis in a polydimethysiloxane microchannel: a global approach., , , , , and . Int. J. Medical Eng. Informatics, 8 (3): 196-209 (2016)Optimal Inspection Trajectories for 3D Printed Objects., , and . PAAMS, volume 13616 of Lecture Notes in Computer Science, page 358-370. Springer, (2022)A federated machine learning approach to detect international revenue share fraud on the 5G edge., , , , , , , , , and . SAC, page 1432-1439. ACM, (2022)Dynamic Flow Behaviour of a Blood Analogue Fluid in Microchannels for Microcirculation Studies., , , , , , , , , and . BIODEVICES, page 175-181. SCITEPRESS, (2021)A Rapid and Low-Cost Nonlithographic Method to Fabricate Biomedical Microdevices for Blood Flow Analysis., , , , , , and . Micromachines, 6 (1): 121-135 (2015)Particulate Blood Analogues Reproducing the Erythrocytes Cell-Free Layer in a Microfluidic Device Containing a Hyperbolic Contraction., , , , and . Micromachines, 7 (1): 4 (2016)