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Karlicky, V., Nezval, J., Stroch, M. and Spunda, V. (2013) Response of Epidermal Blue-Green Fluorescence Emission from Barley Leaves to UV Radiation Stress. In: Stojanov, R., Ed., Global Change and Resilience: From Impacts to Responses, Global Change Research Centre, Academy of Sciences of the Czech Republic, Brno, 231-235.

has been cited by the following article:

• TITLE: Stress Response Monitoring of Photoautotrophic Higher Plant Suspension Cultures by Fluorescence Imaging for High-Throughput Toxic Compound Screening

  AUTHORS: Anna Segečová, Jan Červený, Thomas Roitsch

  KEYWORDS: Toxins, Toxicants, Ecotoxicology, PAM Chlorophyll Fluorescence

  JOURNAL NAME: Journal of Environmental Protection, Vol.8 No.6, June 27, 2017

  ABSTRACT: Photoautotrophic suspension cultures have been established from various model and crop plants and proved to be valuable and robust experimental system to assess coordinated responses of primary and secondary metabolism to metabolic and stress related signals. The use of suspension cultures combines the ease of handling microalgae in microtiter plates with the advantage of testing physiological responses of higher plants, notably in combination with the assessment of the response of photosynthetic activity by PAM chlorophyll fluorescence imaging as well as monitoring changes in secondary metabolite production and ROS formation by steady state fluorescence of plant fluorophores or introduced fluorescent probes. Photoautotrophic cultures provide various advantages as fast, highly sensitive, robust and high-through-put experimental system for screening and characterization of the impact of toxic compounds on higher plants. This opinion article discusses and critically evaluates the potential of photoautotrophic cultures of higher plants in combination with fluorescence imaging assays in microtiter plates as a complement to existing guidelines for testing the toxicity of chemicals in plants.