The calcufluor binds to cellulose and chitin. Cellulose is part of the plants' cell wall. Stereomicroscope. © Alexander Vasilevski, Eugenia Maximova
Scanning electron microscope© Julia Mjakyshina, Eugenia Maximova
Stereo microscope. © Gauri Nerkar, Eugenia Maximova
Scanning electron microscope.© Colin Rupprecht, Eugenia Maximova
The orcein binds to chromosomes. Epi-fluorescence microscope.© Maria Ignacia Fuentes, Eugenia Maximova
Dark field optics. Epi-fluorescence microscope.© Katrin Piepenburg, Eugenia Maximova
Mitochondria in phloem cell. Transmission electron microscopy (TEM).© Clara Sanchez Rodriguez, Eugenia Maximova
Confocal microscope. © Sandra Stegemann, Eugenia Maximova
Confocal microscope. © Julia Teply, Eugenia Maximova
Stained with GUS silique. Epi-fluorescence microscope. © c. Geserick, Eugenia Maximova
Giantic lipid globules in mesophyll tissue cell. Transmission electron microscopy. © Eugenia Maximova
Confocal microscope. © Eugenia Maximova
Skull Xylem. Scanning electron microscope. © Lutz Neumetzler, Eugenia Maximova
Stereomicroscope © Eugenia Maximova
Confocal microscope. © Friedrich Kragler, Eugenia Maximova
Epi-Fluorescence microscope. © Arun Sampathkumar
Environmental scanning electron microscope © Martin Bringmann, Eugenia Maximova
Epi-fluorescence microscope, M. 200x © Claudia Flügel
Epi-fluorescence microscope, DIC optics. © Wen Bin Zhou, Eugenia Maximova
Epi-fluorescence microscope, DIC optics. © Eugenia Maximova
Spinning disc confocal microscope. © Arun Sampathkumar, Eugenia Maximova
Confocal microscope.© Margolzata Ryngajllo, Eugenia Maximova
Epi-fluorescence microscope. © Leonhard Krall, Dirk Steinhauser, Eugenia Maximova
Epi-fluorescence microscope, BF optics. © Stephanie xxx, Eugenia Maximova
Epi-fluorescence microscope, M. 200x, Ex. 545 nm. © Nicole Gaude, Eugenia Maximova
