Electron microscope pollen Stock Photos and Images
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Electron microscope pollen Stock Photos and Images
RMM7H0FT–POLLEN grains under an electron microscope. Photo Courtesy of Dartmouth Electron Microscope Facility.
RFHJR72D–Scanning electron micrograph of one pollen particle from Lesser Celandine flower. Nottingham, UK. April.
RMKKCM24–Scanning electron microscope (SEM) micrograph showing the edge of a cherry plum (Prunus cerasifera) tree leaf, with damage caused by an insect consuming the leaf, with pollen granules and other debris visible, at a magnification of 600x, 2016.
RMFF09FA–Pollen from a Variety of Common Plants, Colorized and Magnified 500x Pollen from a Variety of Common Plants, Colorized and Magnified
RFPX6BET–Macrophage. Coloured scanning electron micrograph (SEM) of a macrophage white blood cell. Macrophages are cells of the body's immune system. They are found in the tissues rather than in the circulating blood. Macrophages recognise foreign particles, including bacteria, pollen and dust, and phagocytose (engulf) and digest them. Magnification: x4000 when printed at 10 centimetres wide.
RMARCPMA–Scanning electron microscope image of pollen grains from Helianthus annuus (common sunflower).
RMP2DF55–. English: en:Scanning electron microscope image of Pentas lanceolata en:anther, with unacetolyzed en:pollen on the surface. . Louisa Howard, Charles Daghlian - Dartmouth Electron Microscope Facility 41 Penta anther
RFHHXPDN–Cow parsley (Anthriscus sylvestris) pollen particle magnified under scanning electron microscope (SEM)
RM2WYH96D–Polen images on SEM, Analysis of nanostructures and nanodevices, Environmental scanning electron microscopy Laboratory, ESEM, Microscope Quanta TM 250 FEG, High-resolution surface imaging, Investigation of wet and dielectric samples, Nanofluidic phenomena, Surface chemintry in various gas mixtures, CIC nanoGUNE, Nanoscience Cooperative Research Center, San Sebastian, Donostia, Gipuzkoa, Euskadi, Spain.
RMD3BGDD–(dpa) - The undated handout of the Friedrich Schiller University in Jena shows an extremely enlarged pollen. The picture was taken with a modern scanning electron microscope of the recently founded EMZ institute at the medical faculty of the Jena university.
RM2X2AXR8–Polen images on SEM, Analysis of nanostructures and nanodevices, Environmental scanning electron microscopy Laboratory, ESEM, Microscope Quanta TM 250
RFPX6BF1–Macrophage. Coloured scanning electron micrograph (SEM) of a macrophage white blood cell. Macrophages are cells of the body's immune system. They are found in the tissues rather than in the circulating blood. Macrophages recognise foreign particles, including bacteria, pollen and dust, and phagocytose (engulf) and digest them. Magnification: x4000 when printed at 10 centimetres wide.
RMRD2BDW–. Cytology. Cytology. provide an oriented field in which forces inherent in the chromosomes themselves contribute to their movement during anaphase. Electron microscope studies carried out recently by Sato (1960) on cell division in pollen mother cells of LiUum indicate that the chromosomal fibers of ^l^i^T. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Wilson, G. B. (George Bernard), 1914-; Morrison, John H. (John Herber
RFHHXPDP–Many cow parsley (Anthriscus sylvestris) pollen grains magnified under scanning electron microscope (SEM), demonstrating shape at different angles.
RM2WYDGM6–Polen images on SEM, Analysis of nanostructures and nanodevices, Environmental scanning electron microscopy Laboratory, ESEM, Microscope Quanta TM 250 FEG, High-resolution surface imaging, Investigation of wet and dielectric samples, Nanofluidic phenomena, Surface chemintry in various gas mixtures, CIC nanoGUNE, Nanoscience Cooperative Research Center, San Sebastian, Donostia, Gipuzkoa, Euskadi, Spain.
RM2X2AXR4–Polen images on SEM, Analysis of nanostructures and nanodevices, Environmental scanning electron microscopy Laboratory, ESEM, Microscope Quanta TM 250
RMPFKGPC–. Cytology. Cytology. provide an oriented field in which forces inherent in the chromosomes themselves contribute to their movement during anaphase. Electron microscope studies carried out recently by Sato (1960) on cell division in pollen mother cells of LiUum indicate that the chromosomal fibers of ^l^i^T. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Wilson, G. B. (George Bernard), 1914-; Morrison, John H. (John Herber
RFPX6BEG–Macrophage. Coloured scanning electron micrograph (SEM) of a macrophage white blood cell. Macrophages are cells of the body's immune system. They are found in the tissues rather than in the circulating blood. Macrophages recognise foreign particles, including bacteria, pollen and dust, and phagocytose (engulf) and digest them. Magnification: x4000 when printed at 10 centimetres wide.
RFB6DRCM–Horse chestnut pollen grain. Coloured scanningelectron micrograph (SEM) of a pollen grain from a flowering horse chestnut tree.
![. Cytology. Cytology. Figure 6-3. Electron Micrographs Showing Spindle Fibers in (a) Pollen Mother Cell of Lilium speciosnm at Metaphase I, and (b) Meristematic Cell of Pisiim Root Tip at Somatic Anaphase. (Fig. (a), from Sato, S., 1960. "Electron Microscope Studies on the Mitotic Figure. III. Process of the Spindle Formation," Cytologic!, 25, Fig. 8, p. 126. Courtesy of Dr. S. Sato, University of Tokyo. Fig. (b), courtesy of Mr. L. V. Leak, Michigan State University.) Every physical and physiochemical force which could conceivably bring about movement of the type exhibited by chromo Stock Photo](https://c8.alamy.com/comp/RD2BE7/cytology-cytology-figure-6-3-electron-micrographs-showing-spindle-fibers-in-a-pollen-mother-cell-of-lilium-speciosnm-at-metaphase-i-and-b-meristematic-cell-of-pisiim-root-tip-at-somatic-anaphase-fig-a-from-sato-s-1960-quotelectron-microscope-studies-on-the-mitotic-figure-iii-process-of-the-spindle-formationquot-cytologic!-25-fig-8-p-126-courtesy-of-dr-s-sato-university-of-tokyo-fig-b-courtesy-of-mr-l-v-leak-michigan-state-university-every-physical-and-physiochemical-force-which-could-conceivably-bring-about-movement-of-the-type-exhibited-by-chromo-RD2BE7.jpg ". Cytology. Cytology. Figure 6-3. Electron Micrographs Showing Spindle Fibers in (a) Pollen Mother Cell of Lilium speciosnm at Metaphase I, and (b) Meristematic Cell of Pisiim Root Tip at Somatic Anaphase. (Fig. (a), from Sato, S., 1960. "Electron Microscope Studies on the Mitotic Figure. III. Process of the Spindle Formation," Cytologic!, 25, Fig. 8, p. 126. Courtesy of Dr. S. Sato, University of Tokyo. Fig. (b), courtesy of Mr. L. V. Leak, Michigan State University.) Every physical and physiochemical force which could conceivably bring about movement of the type exhibited by chromo Stock Photo")
RMRD2BE7–. Cytology. Cytology. Figure 6-3. Electron Micrographs Showing Spindle Fibers in (a) Pollen Mother Cell of Lilium speciosnm at Metaphase I, and (b) Meristematic Cell of Pisiim Root Tip at Somatic Anaphase. (Fig. (a), from Sato, S., 1960. "Electron Microscope Studies on the Mitotic Figure. III. Process of the Spindle Formation," Cytologic!, 25, Fig. 8, p. 126. Courtesy of Dr. S. Sato, University of Tokyo. Fig. (b), courtesy of Mr. L. V. Leak, Michigan State University.) Every physical and physiochemical force which could conceivably bring about movement of the type exhibited by chromo
RM2WYYAMJ–Polen images on SEM, Analysis of nanostructures and nanodevices, Environmental scanning electron microscopy Laboratory, ESEM, Microscope Quanta TM 250 FEG, High-resolution surface imaging, Investigation of wet and dielectric samples, Nanofluidic phenomena, Surface chemintry in various gas mixtures, CIC nanoGUNE, Nanoscience Cooperative Research Center, San Sebastian, Donostia, Gipuzkoa, Euskadi, Spain.
RM2X2AXRC–Polen images on SEM, Analysis of nanostructures and nanodevices, Environmental scanning electron microscopy Laboratory, ESEM, Microscope Quanta TM 250
![. Cytology. Cytology. Figure 6-3. Electron Micrographs Showing Spindle Fibers in (a) Pollen Mother Cell of Lilium speciosnm at Metaphase I, and (b) Meristematic Cell of Pisiim Root Tip at Somatic Anaphase. (Fig. (a), from Sato, S., 1960. "Electron Microscope Studies on the Mitotic Figure. III. Process of the Spindle Formation," Cytologic!, 25, Fig. 8, p. 126. Courtesy of Dr. S. Sato, University of Tokyo. Fig. (b), courtesy of Mr. L. V. Leak, Michigan State University.) Every physical and physiochemical force which could conceivably bring about movement of the type exhibited by chromo Stock Photo](https://c8.alamy.com/comp/PFKGPN/cytology-cytology-figure-6-3-electron-micrographs-showing-spindle-fibers-in-a-pollen-mother-cell-of-lilium-speciosnm-at-metaphase-i-and-b-meristematic-cell-of-pisiim-root-tip-at-somatic-anaphase-fig-a-from-sato-s-1960-quotelectron-microscope-studies-on-the-mitotic-figure-iii-process-of-the-spindle-formationquot-cytologic!-25-fig-8-p-126-courtesy-of-dr-s-sato-university-of-tokyo-fig-b-courtesy-of-mr-l-v-leak-michigan-state-university-every-physical-and-physiochemical-force-which-could-conceivably-bring-about-movement-of-the-type-exhibited-by-chromo-PFKGPN.jpg ". Cytology. Cytology. Figure 6-3. Electron Micrographs Showing Spindle Fibers in (a) Pollen Mother Cell of Lilium speciosnm at Metaphase I, and (b) Meristematic Cell of Pisiim Root Tip at Somatic Anaphase. (Fig. (a), from Sato, S., 1960. "Electron Microscope Studies on the Mitotic Figure. III. Process of the Spindle Formation," Cytologic!, 25, Fig. 8, p. 126. Courtesy of Dr. S. Sato, University of Tokyo. Fig. (b), courtesy of Mr. L. V. Leak, Michigan State University.) Every physical and physiochemical force which could conceivably bring about movement of the type exhibited by chromo Stock Photo")
RMPFKGPN–. Cytology. Cytology. Figure 6-3. Electron Micrographs Showing Spindle Fibers in (a) Pollen Mother Cell of Lilium speciosnm at Metaphase I, and (b) Meristematic Cell of Pisiim Root Tip at Somatic Anaphase. (Fig. (a), from Sato, S., 1960. "Electron Microscope Studies on the Mitotic Figure. III. Process of the Spindle Formation," Cytologic!, 25, Fig. 8, p. 126. Courtesy of Dr. S. Sato, University of Tokyo. Fig. (b), courtesy of Mr. L. V. Leak, Michigan State University.) Every physical and physiochemical force which could conceivably bring about movement of the type exhibited by chromo
RM2WYR9XM–Polen images on SEM, Analysis of nanostructures and nanodevices, Environmental scanning electron microscopy Laboratory, ESEM, Microscope Quanta TM 250 FEG, High-resolution surface imaging, Investigation of wet and dielectric samples, Nanofluidic phenomena, Surface chemintry in various gas mixtures, CIC nanoGUNE, Nanoscience Cooperative Research Center, San Sebastian, Donostia, Gipuzkoa, Euskadi, Spain.
RM2X2AXR5–Polen images on SEM, Analysis of nanostructures and nanodevices, Environmental scanning electron microscopy Laboratory, ESEM, Microscope Quanta TM 250
RM2WYRJEC–Polen images on SEM, Analysis of nanostructures and nanodevices, Environmental scanning electron microscopy Laboratory, ESEM, Microscope Quanta TM 250 FEG, High-resolution surface imaging, Investigation of wet and dielectric samples, Nanofluidic phenomena, Surface chemintry in various gas mixtures, CIC nanoGUNE, Nanoscience Cooperative Research Center, San Sebastian, Donostia, Gipuzkoa, Euskadi, Spain.
Search Results for Electron microscope pollen Stock Photos and Images (125)
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