Institute Infrastructure Groups and Service Units Microscopy Microscopy Gallery Microscopy gallery Arabidopsis seed stained with calcofluor May 15, 2012 Arabidopsis seed stained with calcofluor The calcufluor binds to cellulose and chitin. Cellulose is part of the plants' cell wall. Stereomicroscope. © Alexander Vasilevski, Eugenia Maximova Arabidopsis flower, anther with pollen grains May 15, 2012 Arabidopsis flower, anther with pollen grains Scanning electron microscope© Julia Mjakyshina, Eugenia Maximova GUS transient expression in the sugarcane leaf roll disc tissue. May 15, 2012 GUS transient expression in the sugarcane leaf roll disc tissue. Stereo microscope. © Gauri Nerkar, Eugenia Maximova Arabidopsis pollen grain, mutant. May 15, 2012 Arabidopsis pollen grain, mutant. Scanning electron microscope.© Colin Rupprecht, Eugenia Maximova Tobacco root meristem divisions stained with orcein May 15, 2012 Tobacco root meristem divisions stained with orcein The orcein binds to chromosomes. Epi-fluorescence microscope.© Maria Ignacia Fuentes, Eugenia Maximova Arabidopsis seedling root. May 15, 2012 Arabidopsis seedling root. Dark field optics. Epi-fluorescence microscope.© Katrin Piepenburg, Eugenia Maximova Arabidopsis with etiolated hypocotyl. May 15, 2012 Arabidopsis with etiolated hypocotyl. Mitochondria in phloem cell. Transmission electron microscopy (TEM).© Clara Sanchez Rodriguez, Eugenia Maximova Nicotiana tabaccum, leaf mesophyll cells. Merged image - YFP, GFP, autofluorescence of chlorophyll. May 15, 2012 Nicotiana tabaccum, leaf mesophyll cells. Merged image - YFP, GFP, autofluorescence of chlorophyll. Confocal microscope. © Sandra Stegemann, Eugenia Maximova Medicago truncatula root stained with alexa fluor 488. May 15, 2012 Medicago truncatula root stained with alexa fluor 488. Confocal microscope. © Julia Teply, Eugenia Maximova Arabidopsis silique. May 15, 2012 Arabidopsis silique. Stained with GUS silique. Epi-fluorescence microscope. © c. Geserick, Eugenia Maximova Peperomia metallica leaf in vivo. May 15, 2012 Peperomia metallica leaf in vivo. Giantic lipid globules in mesophyll tissue cell. Transmission electron microscopy. © Eugenia Maximova Convallaria (lily of the valley) stem, merged image May 15, 2012 Convallaria (lily of the valley) stem, merged image Confocal microscope. © Eugenia Maximova Hello Grim Reaper May 15, 2012 Hello Grim Reaper Skull Xylem. Scanning electron microscope. © Lutz Neumetzler, Eugenia Maximova Arabidopsis flower stained with GUS May 15, 2012 Arabidopsis flower stained with GUS Stereomicroscope © Eugenia Maximova Arabidopsis seedling with seed May 15, 2012 Arabidopsis seedling with seed Confocal microscope. © Friedrich Kragler, Eugenia Maximova Arabidopsis pollen germination stained with aniline blue. May 15, 2012 Arabidopsis pollen germination stained with aniline blue. Epi-Fluorescence microscope. © Arun Sampathkumar Arabidopsis thaliana flower, stigma May 15, 2012 Arabidopsis thaliana flower, stigma Environmental scanning electron microscope © Martin Bringmann, Eugenia Maximova Tobacco leaf, cross section, stained with toluidine blue and lugol May 15, 2012 Tobacco leaf, cross section, stained with toluidine blue and lugol Epi-fluorescence microscope, M. 200x © Claudia Flügel Arabidopsis seed development. May 15, 2012 Arabidopsis seed development. Epi-fluorescence microscope, DIC optics. © Wen Bin Zhou, Eugenia Maximova Chlamydomonas reinhardtii May 15, 2012 Chlamydomonas reinhardtii Epi-fluorescence microscope, DIC optics. © Eugenia Maximova Arabidopsis seedling with GFP May 15, 2012 Arabidopsis seedling with GFP Spinning disc confocal microscope. © Arun Sampathkumar, Eugenia Maximova Tobacco protoplast cells expressing GFP-fused protein. Chloroplasts appear red due to the autofluorescence of chlorophyll. May 15, 2012 Tobacco protoplast cells expressing GFP-fused protein. Chloroplasts appear red due to the autofluorescence of chlorophyll. Confocal microscope.© Margolzata Ryngajllo, Eugenia Maximova Culture of Cyanobacteria May 15, 2012 Culture of Cyanobacteria Epi-fluorescence microscope. © Leonhard Krall, Dirk Steinhauser, Eugenia Maximova Paulinella chromatophora, dividing cell with sausage-shaped plastids May 15, 2012 Paulinella chromatophora, dividing cell with sausage-shaped plastids Epi-fluorescence microscope, BF optics. © Stephanie xxx, Eugenia Maximova Medicago truncatula root, vibratome cross section, stained with acid orange May 15, 2012 Medicago truncatula root, vibratome cross section, stained with acid orange Epi-fluorescence microscope, M. 200x, Ex. 545 nm. © Nicole Gaude, Eugenia Maximova