Max-Planck-Institut für molekulare Pflanzenphysiologie | Forschung | Zentrale Infrastrukturgruppen | Eugenia Maximova

Mikroskopie-Galerie

Arabidopsis flower, anther with pollen grains 15. Mai 2012 Arabidopsis flower, anther with pollen grains Scanning electron microscope © Julia Mjakyshina, Eugenia Maximova	GUS transient expression in the sugarcane leaf roll disc tissue. 15. Mai 2012 GUS transient expression in the sugarcane leaf roll disc tissue. Stereo microscope. © Gauri Nerkar, Eugenia Maximova	Convallaria (lily of the valley) stem, merged image 15. Mai 2012 Convallaria (lily of the valley) stem, merged image Confocal microscope. © Eugenia Maximova	Arabidopsis flower stained with GUS 15. Mai 2012 Arabidopsis flower stained with GUS Stereomicroscope © Eugenia Maximova
Arabidopsis seed stained with calcofluor 15. Mai 2012 Arabidopsis seed stained with calcofluor The calcufluor binds to cellulose and chitin. Cellulose is part of the plants' cell ... [mehr] The calcufluor binds to cellulose and chitin. Cellulose is part of the plants' cell wall. Stereomicroscope. © Alexander Vasilevski, Eugenia Maximova [weniger]	Arabidopsis pollen germination stained with aniline blue. 15. Mai 2012 Arabidopsis pollen germination stained with aniline blue. Epi-Fluorescence microscope. © Arun Sampathkumar	Nicotiana benthamiana flower, stigma 15. Mai 2012 Nicotiana benthamiana flower, stigma Environmental scanning electron microscope © Martin Bringmann, Eugenia ... [mehr] Environmental scanning electron microscope © Martin Bringmann, Eugenia Maximova [weniger]	Tobacco leaf, cross section, stained with toluidine blue and lugol 15. Mai 2012 Tobacco leaf, cross section, stained with toluidine blue and lugol Epi-fluorescence microscope, M. 200x © Claudia Flügel
Arabidopsis seed development. 15. Mai 2012 Arabidopsis seed development. Epi-fluorescence microscope, DIC optics. © Wen Bin Zhou, Eugenia Maximova	Chlamydomonas reinhardtii 15. Mai 2012 Chlamydomonas reinhardtii Epi-fluorescence microscope, DIC optics. © Eugenia Maximova	Tobacco protoplast cells expressing GFP-fused protein. Chloroplasts appear red due to the autofluorescence of chlorophyll. 15. Mai 2012 Tobacco protoplast cells expressing GFP-fused protein. Chloroplasts appear red due to the autofluorescence of chlorophyll. Confocal microscope. © Margolzata Ryngajllo, Eugenia Maximova	Arabidopsis pollen grain, mutant. 15. Mai 2012 Arabidopsis pollen grain, mutant. Scanning electron microscope. © Colin Rupprecht, Eugenia Maximova
Culture of Cyanobacteria 15. Mai 2012 Culture of Cyanobacteria Epi-fluorescence microscope. © Leonhard Krall, Dirk Steinhauser, Eugenia ... [mehr] Epi-fluorescence microscope. © Leonhard Krall, Dirk Steinhauser, Eugenia Maximova [weniger]	Arabidopsis seedling with seed 15. Mai 2012 Arabidopsis seedling with seed Confocal microscope. © Friedrich Kragler, Eugenia Maximova	Medicago truncatula root , vibratome cross section, stained with acid orange 15. Mai 2012 Medicago truncatula root , vibratome cross section, stained with acid orange Epi-fluorescence microscope, M. 200x, Ex. 545 nm. © Nicole Gaude, Eugenia ... [mehr] Epi-fluorescence microscope, M. 200x, Ex. 545 nm. © Nicole Gaude, Eugenia Maximova [weniger]	Tobacco root meristem divisions stained with orcein 15. Mai 2012 Tobacco root meristem divisions stained with orcein The orcein binds to chromosomes. Epi-fluorescence microscope. © Maria Ignacia ... [mehr] The orcein binds to chromosomes. Epi-fluorescence microscope. © Maria Ignacia Fuentes, Eugenia Maximova [weniger]
Arabidopsis seedling root. 15. Mai 2012 Arabidopsis seedling root. Dark field optics. Epi-fluorescence microscope. © Katrin Piepenburg, Eugenia ... [mehr] Dark field optics. Epi-fluorescence microscope. © Katrin Piepenburg, Eugenia Maximova [weniger]