Model ID: https://identifiers.org/morpheus/M3799 File type: Supplementary model Software: Morpheus (open source). Download from: https://morpheus.gitlab.io Full title: Contributions of Single-cell Mechanics and Cell-cell Adhesion to Multicellular Spheroid Mechanics Authors: D. Dolgitzer, E. Parajón, D. N. Robinson, P. A. Iglesias Submitter: D. Dolgitzer Curator: D. Jahn Date: 28.09.2026 Reference: This model is the original used in the publication, up to technical updates: D. Dolgitzer, E. Parajón, D. N. Robinson, P. A. Iglesias: Contributions of single-cell mechanics and cell-cell adhesion to multicellular spheroid mechanics. bioRxiv 2026.08.04.742605, 2026. Comment: This model simulates micropipette aspiration of single cells, used in ‘Contributions of single-cell mechanics and cell-cell adhesion to multicellular spheroid mechanics’ by Dolgitzer et al., 2026. It runs 10 aspirations simultaneously, and stores them into separate logs for the user to analyze independently. The cells have a target area of 800, and are scaled to behave like cells with target area of 80 under the same MPA condition.

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if(protrusion < boundary, (protrusion - pipette_enter1)*(protrusion > pipette_enter1), (protrusion - pipette_enter2)*(protrusion > pipette_enter2)) 1 1.0 optimal optimal