Doctoral Theses

Sofia

Our [single-cell tracking] data clearly show that there are sub­populations of rapidly dividing cells, hiding in population-based data such as the population doubling time. Thus, by only drawing conclusions based on population data, important biological processes on individual cell levels may be neglected.

Dr. Sofia Kamlund, Lund University

  • Melanocytes, Melanocytic Nevi, and Progression to Melanoma
    University of California, San Francisco
    Andrew Scott McNeal (2020)

    HoloMonitor M4 was used to study and classify melanocyte cell morphology differences during various cell cycle stages.

    Read the article
  • Targeted Nanopreparations For Cancer Therapy
    Northeastern University, Boston Massachusetts
    Radhika Narayanaswamy (2020)

    HoloMonitor M4 was used to study and classify melanocyte cell morphology differences during various cell cycle stages.

    Read the article
  • Engineered nanomaterials in in vivo and in vitro models
    Solid State Physics, NanoLund, Lund University
    Laura Abariute (2018)

    HoloMonitor M4 was used to study cell motility and migration after exposure to III-V semiconductor nanowires.

    Read the article
  • Not all those who wander are lost: A study of cancer cells by digital holographic imaging, fluorescence and a combination thereof
    BioCARE: Biomarkers in Cancer Medicine improving Health Care, Education and Innovation, Lund University
    Sofia Kamlund (2018)

    In this thesis, cell division and cell movement of six different cell lines have been studied using digital holographic microscopy. A new way of analysing individual cells by using digital holographic microscopy alone, or in combination with fluorescence microscopy is presented.

    Read the article
  • Fibroblast Growth Factor 2 (FGF2) in cartilage injury and repair
    University of Oxford, UK
    Sumayya Nafisa Khan (2018)

    HoloMonitor M4 was used to study murine Mesenchymal Stem Cell motility, migration, and speed, while studying gap closure in a scratch assay.

    Read the article
  • Mechanosensing Using GaInP Nanowires
    Solid State Physics, NanoLund, Lund University
    Zhen Li (2018)

    HoloMonitor M4 was used to study cell motility, migration and proliferation when cultured on various nanostructured surfaces.

    Read the article
  • Transcriptional control mechanisms in the wall of the urinary bladder. Myocardin family coactivators and the transcriptomic impact of denervation.
    Cellular Biomechanics, Faculty of Medicine, Lund University
    Baoyi Zhu (2018)

    HoloMonitor M4 was used to study cell migration changes in wound healing experiments in after silencing NEXN gene in human coronary artery smooth muscle cells.

    Read the article
  • Characterization of the Novel Pericyte Receptors S1PR3 and PTGER2
    Faculty of Biosciences, Heidelberg University
    Tina Heumann (2017)
    Morphological changes were evaluated by comparing time-plots of cell volume and thickness, created by HoloMonitor M4.
    Read the article
  • Aquaporins in Infection and Inflammation
    Clinical and Experimental Medicine, Linköping University
    Angelika Holm (2016)
    By recording time-lapse videos directly within the incubator using HoloMonitor M4, volume changes of bacteria infected cells was studied.
    Read the article
  • Proteins, Polymers and Living Cells on Titanium Oxide-based Nano structured Coatings: Exploitation of Label-free Optical Sensing Methods
    Institute of Technical Physics and Material Science, Center for Energy Research, Hungarian Academy of Sciences
    Judit Nádor (2016)

    The HoloMonitor M4 was used to monitor living cells (human embryonic kidney cells and preosteoblasts) on nanostructured coatings in a novel cuvette configuration.

    Read the article