Best practices in plant cytometry

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Authors

GALBRAITH David LOUREIRO Joao ANTONIADI Ioanna BAINARD Jillian BUREŠ Petr CAPAL Petr CASTRO Mariana CASTRO Silvia CERTNER Martin CERTNEROVA Dora CHUMOVA Zuzana DOLEZEL Jaroslav GIORGI Debora HUSBAND Brian C. KOLAR Filip KOUTECKY Petr KRON Paul LEITCH Ilia J. LJUNG Karin LOPES Sara LUCANOVA Magdalena LUCRETTI Sergio MA Wen MELZER Susanne MOLNAR Istvan NOVAK Ondrej POULTON Nicole SKALICKY Vladimir SLIWINSKA Elwira ŠMARDA Petr SMITH Tyler W SUN Guiling TALHINHAS Pedro TARNOK Attila TEMSCH Eva M TRAVNICEK Pavel URFUS Tomas

Year of publication 2021
Type Article in Periodical (without peer review)
MU Faculty or unit

Faculty of Science

Citation
Description Flow cytometry (FCM) and flow cytometric sorting (FCS) systems have developed as experimental tools of remarkable power and are enjoying an ever increasing impact in the general field of biology (1). Application of these tools to plant biology has developed more slowly given that the natural form of plants infrequently resembles that of the single cell suspension, prototypically the hematopoietic system that drove the original development of FCM/FCS. Nevertheless, these systems have had a profound influence at all levels of plant biology, from the study of single cells and subcellular organelles, to the behavior of populations of plants, and ultimately to the performance of ecosystems. It is safe to say their impact has not plateaued, as further applications of this unique technology are increasingly developed by innovative scientists around the world to address questions both in the basic sciences, and to increasingly confront emerging problems in the applied sector. For example, in addressing the challenges of sustainable production of sufficient food resources based on plant breeding involving ploidy based approaches (e.g., induction of polyploidy) (2) for the needs of our future global citizens, FCM, and FCS systems will play central roles in this effort.
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