Publication detail

Time-lapse Quantitative Phase Imaging for the Study of Cell Migration

KŘÍŽOVÁ, A. NOVÁKOVÁ, Z. ŠURÁŇOVÁ, M. JŮZOVÁ, V.

Original Title

Time-lapse Quantitative Phase Imaging for the Study of Cell Migration

Type

presentation, poster

Language

English

Original Abstract

Quantitative Phase Imaging (QPI) is a powerful label-free technique widely used to study the dynamic processes of living cells in real-time. QPI in time-lapse microscopy offers several benefits, including high sensitivity, low phototoxicity, high spatial and temporal resolution, and quantitative measurements of cellular morphology and mechanical properties. In this presentation, we will discuss using of QPI to study cell migration, a fundamental biological process that is critical for tissue development and repair. We will demonstrate how QPI can provide detailed insights into the dynamics of cell migration, including the speed of cell movement, the direction of migration, and the evaluation of the migrastatic drugs, or the way of migration in extracellular matrices. Additionally, we will show how QPI can be used to quantify cellular parameters such as cell dry mass, area, perimeter, migration index, or Euclidean distance. Our results demonstrate the potential of QPI in time-lapse microscopy as a powerful tool for studying cell migration and other dynamic processes in living cells.

Keywords

Quantitative Phase Imaging;

Authors

KŘÍŽOVÁ, A.; NOVÁKOVÁ, Z.; ŠURÁŇOVÁ, M.; JŮZOVÁ, V.

Released

2. 4. 2023

Pages from

1

Pages to

1

Pages count

1

BibTex

@misc{BUT183399,
  author="Aneta {Křížová} and Zuzana {Nováková} and Markéta {Šuráňová} and Veronika {Jůzová}",
  title="Time-lapse Quantitative Phase Imaging for the Study of Cell Migration",
  year="2023",
  pages="1--1",
  note="presentation, poster"
}