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Showing posts with the label cytoskeleton

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When Biomaterials meet Biophysics meeting 2017 in Erlangen

November 07, 2024

biomaterials cytoskeleton electrical stimulation epithelial mechanics mechanobiology micrtofluidics patterning

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Maurizio Ventre: Mastering Material-Cytoskeleton crosstalk to Engineering biological tissues in vitro

December 10, 2016

cell fate cytoskeleton human mesenchymal stem cells nanofabrication nanomaterials nanotopography skin tendon tissue engineering

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Abdul Barakat: Mechanotransduction - from Cells to Connected Devives

December 07, 2016

#BioMatSem #UofGlasgow artherosklerosis cell biology cell material interface cytoskeleton flow mechanobiology mechanotransduction

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Marcus Textor: Microfabricated Hydrogel Culture Platform to Study Cell Response to Drugs

biomaterials cancer cytoskeleton extracellular matrix hydrogels mechanobiology science surface chemistry

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Alexander Bershadsky: Dynamic Cross-Talk Between Cell-Matrix Adhesion and the Cytoskeleton

cell adhesion chirality cytoskeleton mechanobiology molecular biology surface chemistry

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Matthew Dalby: Mechanotransduction

biomaterials biomineralisation bone cytoskeleton extracellular matrix human mesenchymal stem cells mechanobiology metabolomics stem cells surface chemistry tissue engineering topography

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Bob McMeeking: Mechano-sensitive feedback between intracellularsignalling, focal adhesion development and stress-fibre contractility

biomaterials cytoskeleton extracellular matrix mechanobiology modelling topography

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Donald Ingber: Mechanobiology and developmental control

biomaterials bone cytoskeleton extracellular matrix genetics mechanobiology microfluidics modelling molecular biology stem cells surface chemistry tissue engineering topography

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Martin Knight: Cell Mechanics

chondrocyte cytoskeleton extracellular matrix mechanobiology molecular biology primary cilia topography

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Joe Swift: Nuclear Lamin-A scales with tissue stiffness and enhances matrix- directed differentiation

cytoskeleton extracellular matrix mechanobiology molecular biology proteomics stem cells

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Vikram Deshpande: Bio-chemomechanical models for cell contractility and focal adhesion

cytoskeleton mechanobiology modelling

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Joachim Spatz: Geometrical and mechanical cues guide collective cell migration

biomaterials cytoskeleton extracellular matrix genetics mechanobiology molecular biology surface chemistry tissue engineering

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Henrik Jönsson: Gene regulatory networks & mechanical feedback in plant stem cell maintenance

Arabidopsis thaliana cell wall cytoskeleton mechanobiology meristem modelling stem cells

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Elliot Meyerowitz: Mechanical control of plant stem cells

Arabidopsis thaliana auxin cell wall cytoskeleton mechanobiology meristem modelling stem cells

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Popular Posts

Liliang Ouyang: Innovating Bioink Formulations for 3D Cell Culture and Tissue Engineering

Liliang Ouyang, Tsinghua University Innovating Bioink Formulations for 3D Cell Culture and Tissue Engineering 7.2.2024 CeMi External Seminar Hosted by Manuel Salmeron-Sanchez More about Liliang: https://llouyang.com/liliangouyang/ Some of the papers mentioned in the talk: L. Ouyang*, J.P. Wojciechowski, J. Tang, Y. Guo, M.M. Stevens*, Tunable Microgel-Templated Porogel (MTP) Bioink for 3D Bioprinting Applications , Advanced Healthcare Materials, 11, 2200027 (2022). L. Ouyang*, Pushing the Rheological and Mechanical Boundaries of Extrusion-based 3D Bioprinting . Trends in Biotechnology, 40, 891-902 (2022). Z. Fu, L. Ouyang*, R. Xu, Y. Yang, W. Sun*, Responsive Biomaterials for 3D Bioprinting: A Review . Materials Today 52, 112-132 (2022). Y. Fang, L. Ouyang, T. Zhang*, C. Wang, B. Lu, W. Sun, Optimizing Bifurcated Channels within an Anisotropic Scaffold for Engineering Vascularized Oriented Tissues . Advanced Healthcare Materials 9, 2000782 (2020). L. Ouyang, J.P.K. Armstrong, Y. ...

Joe Swift: Nuclear Lamin-A scales with tissue stiffness and enhances matrix- directed differentiation

1st of April 2015, Chichley Hall Joe Swift talked about work he did in the lab of Dennis Discher on the use of proteomics to untangle the influences that lamin mutations have on cell mechanics. Lamins are a group of proteins that line the inner aspect of the nuclear membrane. They belong to the intermediate filament family of proteins and form part of the mechanical linkage between the cytoskeleton and the DNA spooled up within the chromosomes mechanically to the cytoskeleton and thus the outside world. These proteins are responsive to the mechanical environment and the relative amount of lamin-A (a subtype) that is present within the nucleus scales with the mechanical properties of the tissue: the stiffer a tissue, the more lamin-A is present. Mutations to lamin-A that cause a range of hereditary diseases (termed laminopathies) lead to changes in the mechanical properties of nuclei, making them less resilient to the application of external forces. Jo...

2026 International Society for Mechanobiology meeting in Glasgow at SynSci

The ISMB held their biennial meeting as part of IOP's SynSci 2026 Conference in Glasgow Link to programme I attended some of the talks & will add Sketchnotes, where I am allowed to by the speaker, over the next weeks. Due to the hugely attractive alternative parallel sessions and my singular nature, I am sorry not to have been able to attend more. Monday 13.7.2026 Plenary Session Ardem Patapoutian , Howard Hughes Medical Institute, Scripps Research May the Force be with you! Piezo channels in mechanosensory biology Claire Walsh , University College London The human organ atlas as a resource for open biomedical research Patricia Osseweijer , Delft University of Technology Innovation for global justice Tuesday 14.7.2026 am Advanced Tools for Multiscale Mechanobiology Chwee Teck Lim , NUS, Mechanobiology Institute, National, University of Singapore Decoding the Mechanoresilience of Circulating Tumor Cells (link not yet live, contacted & prepped) Giuliano S...

Guillaume Salbreux: From active surfaces to evo-devo-mechanobiology

Guillaume Salbreux University of Geneva From active surfaces to evo-devo-mechanobiology Part of the Theory of Living Matter Seminar Series 19.3.25 Papers mentioned in the talk: Khoromskaia D, Salbreux G. Active morphogenesis of patterned epithelial shells . Elife 2023 Jan;12():. 10.7554/eLife.75878. 75878. Sumi, A., Hayes, P., D'Angelo, A., Colombelli, J., Salbreux, G., Dierkes, K., & Solon, J. Adherens Junction Length during Tissue Contraction Is Controlled by the Mechanosensitive Activity of Actomyosin and Junctional Recycling . Dev Cell. 2018;47(4):453-463.e3. Curran S, Strandkvist C, Bathmann J, de Gennes M, Kabla A, Salbreux G, Baum B. Myosin II Controls Junction Fluctuations to Guide Epithelial Tissue Ordering . Dev Cell. 2017;43(4):480-492.e6.

Keith Muir: The PISCES Trials & Stem Cell Treatment for Stroke

Prof Keith Muir University of Glasgow , Institute for Cardiovascular and Medical Sciences Papers relevant to this talk: Muir, K.W. , Sinden, J., Miljan, E. and Dunn, L. (2011) Intracranial delivery of stem cells . Translational Stroke Research, 2(3), pp. 266-271. Kalladka, D. and Muir, K.W. (2011) Stem cell therapy in stroke: designing clinical trials. Neurochemistry International, 59(3), pp. 367-370. Sinden, J.D. and Muir, K.W. (2012) Stem cells in stroke treatment: the promise and the challenges . International Journal of Stroke, 7(5), pp. 426-434. Savitz, S. I. et al. (2014) Stem cells as an emerging paradigm in Stroke 3: enhancing the development of clinical trials . Stroke, 45(2), pp. 634-639. Kalladka, D. et al. (2016) Human neural stem cells in patients with chronic ischaemic stroke (PISCES): a phase 1, first-in-man study. Lancet, 388(10046), pp. 787-796. Muir, K. W. (2017) Clinical trial design for stem cell therapies in stroke: What have...

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Mathis Riehle: Family & dog - bake, whittle & draw. Research nerve repair & biomaterials, teach biology & bioengineering U of Glasgow. Views are my own - errors are mine - he/him

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