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Department of Biophysical Microstructures

Department of Biophysical Microstructures

NZ55

  • Home
  • Team
  • Research
    • Mechanical properties of living cancer cells
    • Biomechanics in the monitoring of anti-tumour drug effect
    • ECM mechanics in cancer
    • Mechanical fingerprints of pathological changes in tissue samples
    • Force-induced single molecule/cell unbinding
    • Fenestrae in Liver Sinusoidal Endothelial Cells (LSECs)
  • Equipment
    • AFM (Bruker-JPK System)
    • AFM (Xe120, Park Systems)
    • Rheometer MRC 302 (Anton Paar)
    • Inverted optical/fluorescent microscope
    • Cell culture facility
  • Projects
    • Ongoing projects
    • Completed projects
  • Publications
    • Papers 2021 – 2030
    • Papers 2011 – 2020
    • Papers 2001 – 2010
    • Papers 1990 – 2000
    • Defended PhD theses
  • Collaborations
  • Gallery
  • Job offer
  • Contact
  • Polski
Department of Biophysical Microstructures

Department of Biophysical Microstructures

NZ55

  • Home
  • Team
  • Research
    • Mechanical properties of living cancer cells
    • Biomechanics in the monitoring of anti-tumour drug effect
    • ECM mechanics in cancer
    • Mechanical fingerprints of pathological changes in tissue samples
    • Force-induced single molecule/cell unbinding
    • Fenestrae in Liver Sinusoidal Endothelial Cells (LSECs)
  • Equipment
    • AFM (Bruker-JPK System)
    • AFM (Xe120, Park Systems)
    • Rheometer MRC 302 (Anton Paar)
    • Inverted optical/fluorescent microscope
    • Cell culture facility
  • Projects
    • Ongoing projects
    • Completed projects
  • Publications
    • Papers 2021 – 2030
    • Papers 2011 – 2020
    • Papers 2001 – 2010
    • Papers 1990 – 2000
    • Defended PhD theses
  • Collaborations
  • Gallery
  • Job offer
  • Contact
  • Polski
  • Home
  • Research

Research

  • Mechanical properties of living cancer cells
  • Biomechanics in the monitoring of anti-tumour drug effect
  • Extracellular matrix mechanics influence cancer development
  • Mechanical fingerprints of pathological changes in tissue samples
  • Force-induced single molecule/cell unbinding
  • Fenestrae in Liver Sinusoidal Endothelial Cells (LSECs)
Links:

Research network V4

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