Plant cell mitosis hi-res stock photography and images

Mitosis (Anaphase) in onion tissue at 1000x under optical microscope. inmersion oil objetive 100x Stock Photo

RMAXHRNX–Mitosis (Anaphase) in onion tissue at 1000x under optical microscope. inmersion oil objetive 100x

mitosis in a onion root, anaphasis Stock Photo

RMCP074T–mitosis in a onion root, anaphasis

Animal and plant somatic cell mitosis Stock Photo

RF2G41D95–Animal and plant somatic cell mitosis

Onion root tip, Allium cepa, showing all stages of mitosis, longitudinal section, 20X light micrograph. Lengthwise cut root tip of an onion. Stock Photo

RF2WGCR3F–Onion root tip, Allium cepa, showing all stages of mitosis, longitudinal section, 20X light micrograph. Lengthwise cut root tip of an onion.

Abstract Science Colorful Pattern Background Stock Photo

RF2K2HTWX–Abstract Science Colorful Pattern Background

RF2K2HM9C–Abstract Science Colorful Pattern Background

Cell Division in plants (left) and in animals (right), vintage engraved illustration. Trousset encyclopedia (1886 - 1891). Stock Vector

RFEWA4CA–Cell Division in plants (left) and in animals (right), vintage engraved illustration. Trousset encyclopedia (1886 - 1891).

Diagram of Metaphase of Mitosis in a plant cell. Stock Photo

RMG156MY–Diagram of Metaphase of Mitosis in a plant cell.

RF2DHBPR2–Cell division background

mitosis in an Allium root tip Longitudinal section under a light microscope at 10 times magnification. Stock Photo

RF2F4D50T–mitosis in an Allium root tip Longitudinal section under a light microscope at 10 times magnification.

Budding. Yeast Asexual reproduction. Fungi growth. Cell division. Vector diagram. Stock Vector

RF2WG78AR–Budding. Yeast Asexual reproduction. Fungi growth. Cell division. Vector diagram.

Microphotography of root mitosis of an onion. Stock Photo

RF2C7C1W9–Microphotography of root mitosis of an onion.

Vicia Fabia root tip mitosis transverse section Stock Photo

RM2C3H92A–Vicia Fabia root tip mitosis transverse section

Centrioles in eukaryotic cell. Structure Stock Photo

RF2G3M4T0–Centrioles in eukaryotic cell. Structure

Embryonic bright green stem cells colony under a microscope 3D illustration Stock Photo

RFRHY0RJ–Embryonic bright green stem cells colony under a microscope 3D illustration

Root apical meristem showing cell divisions (mitosis). Onion root photomicrograph. Stock Photo

RF2TGN8Y9–Root apical meristem showing cell divisions (mitosis). Onion root photomicrograph.

Extreme magnification - Pelargonium, Glandular hairs and tector - section through stem at 20x Stock Photo

RMHTWN0H–Extreme magnification - Pelargonium, Glandular hairs and tector - section through stem at 20x

Dividing Cancer Cell Oncology Research Concept 3d illustration proteins with lymphocytes gene editing , t cells or cancer cells, meiosis, mitosis 3d Stock Photo

RFTAF995–Dividing Cancer Cell Oncology Research Concept 3d illustration proteins with lymphocytes gene editing , t cells or cancer cells, meiosis, mitosis 3d

Structure of stamens of flowering plants Stock Photo

RF2G6HCMG–Structure of stamens of flowering plants

Mitosis Horse Ascaris egg under the microscope, background (Ascaris lumbricoides) Stock Photo

RFCY4JH7–Mitosis Horse Ascaris egg under the microscope, background (Ascaris lumbricoides)

mitosis in a onion root, prophasis and anaphasis Stock Photo

RMCP074X–mitosis in a onion root, prophasis and anaphasis

A centriole is made of nine sets of microtubules, each in groups of three known as triplet microtubulesCell structure of centriole. Stock Photo

RF2G3M4Y2–A centriole is made of nine sets of microtubules, each in groups of three known as triplet microtubulesCell structure of centriole.

RF2BDP6NB–Organic cell, 3d rendering

RF2K2HMHG–Abstract Science Colorful Pattern Background

Sizes of cells drawn on a logarithmic scale, indicating the range of readily resolvable objects in the light and electron microscope Stock Photo

RF2G3M4JW–Sizes of cells drawn on a logarithmic scale, indicating the range of readily resolvable objects in the light and electron microscope

This is Microspore Anther Lobe view. In flowering plants microspore mother cells are formed within the pollen sacs of the anthers by mitosis, the micr Stock Vector

RFT61GF7–This is Microspore Anther Lobe view. In flowering plants microspore mother cells are formed within the pollen sacs of the anthers by mitosis, the micr

Anaphase of Mitosis in Trillium Cell Stock Photo

RMHRJG6P–Anaphase of Mitosis in Trillium Cell

RFFC0M7T–Cells mitosis micrograph

leaf stoma close up for photosynthesis. Chlorophyll is the molecule in leaves that uses the energy in sunlight to turn water and Stock Photo

RFEWYY2K–leaf stoma close up for photosynthesis. Chlorophyll is the molecule in leaves that uses the energy in sunlight to turn water and

RFEJC3AY–Cells mitosis micrograph

Biology icons collection is a vector illustration with editable stroke. Stock Vector

RF2XY145A–Biology icons collection is a vector illustration with editable stroke.

RM2C3H94M–Vicia Fabia root tip mitosis transverse section

RF2XXY3G1–Biology icons collection is a vector illustration with editable stroke.

RMFYPW56–Cells mitosis micrograph

RF2TGN89R–Root apical meristem showing cell divisions (mitosis). Onion root photomicrograph.

RMHTWN0N–Extreme magnification - Pelargonium, Glandular hairs and tector - section through stem at 20x

3D image of Carnosol skeletal formula - molecular chemical structure of phenolic diterpene isolated on white background Stock Photo

RF2JCRNCA–3D image of Carnosol skeletal formula - molecular chemical structure of phenolic diterpene isolated on white background

Abstract cell of virus or pathogenic bacterium under microscope, biofilm illustration. Stock Photo

RF2M45155–Abstract cell of virus or pathogenic bacterium under microscope, biofilm illustration.

RFCY4JHC–Mitosis Horse Ascaris egg under the microscope, background (Ascaris lumbricoides)

RMCP0750–mitosis in a onion root, prophasis and anaphasis

RF2AJW7BH–Mitosis Horse Ascaris egg under the microscope, background (Ascaris lumbricoides)

Garden onion, Bulb Onion, Common Onion (Allium cepa), cell tissue of a garden onion with dyed chromosomes, light microscopy, x 120, Germany Stock Photo

RMTR7479–Garden onion, Bulb Onion, Common Onion (Allium cepa), cell tissue of a garden onion with dyed chromosomes, light microscopy, x 120, Germany

RF2K2HMGY–Abstract Science Colorful Pattern Background

3D image of Arctiin skeletal formula - molecular chemical structure of lignan isolated on white background Stock Photo

RF2JCRM8M–3D image of Arctiin skeletal formula - molecular chemical structure of lignan isolated on white background

RMCRYHBP–MITOSIS TELOPHASE

RMHRF83A–Anaphase of Mitosis in Trillium Cell

3D image of Podophyllotoxin skeletal formula - molecular chemical structure of nonalkaloid toxin antimitotic isolated on white background Stock Photo

RF2K974AB–3D image of Podophyllotoxin skeletal formula - molecular chemical structure of nonalkaloid toxin antimitotic isolated on white background

Biology science linear icons set. Photosynthesis, Mitosis, DNA, Ecosystem, Mutation, Evolution, Ecology line vector and concept signs. Genetics Stock Vector

RF2PP8R8M–Biology science linear icons set. Photosynthesis, Mitosis, DNA, Ecosystem, Mutation, Evolution, Ecology line vector and concept signs. Genetics

Chlorophyll is the molecule in leaves that uses the energy in sunlight to turn water and carbon dioxide gas into sugar and oxyge Stock Photo

RFF46A3E–Chlorophyll is the molecule in leaves that uses the energy in sunlight to turn water and carbon dioxide gas into sugar and oxyge

Cell Division in plants (left) and in animals (right), vintage engraved illustration. Trousset encyclopedia (1886 - 1891). Stock Photo

RFC7MEH3–Cell Division in plants (left) and in animals (right), vintage engraved illustration. Trousset encyclopedia (1886 - 1891).

RM2C3H921–Vicia Fabia root tip mitosis transverse section

mycelium, fungus spores, Mold spores, fungus on the leather surface, landscape of microworld, colony of fungi Stock Photo

RFWND3NC–mycelium, fungus spores, Mold spores, fungus on the leather surface, landscape of microworld, colony of fungi

3D illustration of HOMOLOGOUS CHROMOSOMES script with DNA double helix , isolated on pale green gradient. Stock Photo

RFP74FC8–3D illustration of HOMOLOGOUS CHROMOSOMES script with DNA double helix , isolated on pale green gradient.

RF2TGN7F9–Root apical meristem showing cell divisions (mitosis). Onion root photomicrograph.

RFWND47M–mycelium, fungus spores, Mold spores, fungus on the leather surface, landscape of microworld, colony of fungi

Light photomicrograph of Mitosis of onion root tip cells seen through microscope Stock Photo

RFMBJE1K–Light photomicrograph of Mitosis of onion root tip cells seen through microscope

RF2M4514R–Abstract cell of virus or pathogenic bacterium under microscope, biofilm illustration.

Mold spores, fungus on the leather surface, landscape of microworld, colony of fungi Stock Photo

RFWND3WH–Mold spores, fungus on the leather surface, landscape of microworld, colony of fungi

The cell in development and inheritance . Fig. 25. — Diagrams showing the prophases of mitosis.A. Resting cell with reticular nucleus and true nucleolus ; at c the attraction-sphere containingtwo centrosomes. B. Early prophase ; the chromatin forming a continuous spireme, nucleolus stillpresent; above, the amphiaster (a). CD. Two different types of later prophases. C. Disappear-ance of the primary spindle, divergence of the centrosomes to opposite poles of the nucleus (exam-ples, some plant-cells, cleavage-stages of many eggs). D. Persistence of the primary spindle (toform in some cases the ce Stock Photo

RM2AJGX7P–The cell in development and inheritance . Fig. 25. — Diagrams showing the prophases of mitosis.A. Resting cell with reticular nucleus and true nucleolus ; at c the attraction-sphere containingtwo centrosomes. B. Early prophase ; the chromatin forming a continuous spireme, nucleolus stillpresent; above, the amphiaster (a). CD. Two different types of later prophases. C. Disappear-ance of the primary spindle, divergence of the centrosomes to opposite poles of the nucleus (exam-ples, some plant-cells, cleavage-stages of many eggs). D. Persistence of the primary spindle (toform in some cases the ce

fungus on the leather surface, landscape of microworld, colony of fungi Stock Photo

RFWND49K–fungus on the leather surface, landscape of microworld, colony of fungi

Garden onion, Bulb Onion, Common Onion (Allium cepa), cell tissue of a garden onion with dyed chromosomes, light microscopy, x 200, Germany Stock Photo

RMTR747A–Garden onion, Bulb Onion, Common Onion (Allium cepa), cell tissue of a garden onion with dyed chromosomes, light microscopy, x 200, Germany

RF2K2HMF6–Abstract Science Colorful Pattern Background

daffodil (Narcissus spec.), mitosis in celles of the root apex of a daffodill, 1000 x Stock Photo

RMEBN6AH–daffodil (Narcissus spec.), mitosis in celles of the root apex of a daffodill, 1000 x

RMCRYHC4–MITOSIS ANAPHASE

Prophase of Mitosis in Trillium Cell Stock Photo

RMHRF8EF–Prophase of Mitosis in Trillium Cell

Chloroplast eukaryotic cell animation under the microscope. Motion. Abstract visualization of microscopic formation in a plant cell, biology science Stock Photo

RF2J4JYJC–Chloroplast eukaryotic cell animation under the microscope. Motion. Abstract visualization of microscopic formation in a plant cell, biology science

RF2PP8N76–Biology science linear icons set. Photosynthesis, Mitosis, DNA, Ecosystem, Mutation, Evolution, Ecology line vector and concept signs. Genetics

RFF46A3F–Chlorophyll is the molecule in leaves that uses the energy in sunlight to turn water and carbon dioxide gas into sugar and oxyge

. Morphology of gymnosperms. Gymnosperms; Plant morphology. CYCADALES 141 It is generally accepted that the cycads are wind-pollinated. Pearson (47), however, observed insects dusted with the pollen of Encephalartos villosus, and believes it is probable that they effect. Figs. 155-159.—Dioon edule'; the germination of the microspore; fig. 155, the nucleus in early prophase o£ the first mitosis, exine and inline sharply differentiated (August 14, 1905); fig. 156, the shedding stage (September 1906); fig. 157,'beginning of the pollen tube; /, tube nucleus; g, generative cell; p, prothallial cell Stock Photo

RMPG2KBC–. Morphology of gymnosperms. Gymnosperms; Plant morphology. CYCADALES 141 It is generally accepted that the cycads are wind-pollinated. Pearson (47), however, observed insects dusted with the pollen of Encephalartos villosus, and believes it is probable that they effect. Figs. 155-159.—Dioon edule'; the germination of the microspore; fig. 155, the nucleus in early prophase o£ the first mitosis, exine and inline sharply differentiated (August 14, 1905); fig. 156, the shedding stage (September 1906); fig. 157,'beginning of the pollen tube; /, tube nucleus; g, generative cell; p, prothallial cell

RM2C3H93W–Vicia Fabia root tip mitosis transverse section

RF2GJG548–Abstract Science Colorful Pattern Background

Root apical meristem showing cell divisions (mitosis) and raphides. Onion root photomicrograph. Stock Photo

RF2TGN7YY–Root apical meristem showing cell divisions (mitosis) and raphides. Onion root photomicrograph.

RFEB9F66–Light photomicrograph of Mitosis of onion root tip cells seen through microscope

RF2M4515F–Abstract cell of virus or pathogenic bacterium under microscope, biofilm illustration.

. Principles of modern biology. Biology. L. TELOPHASES Fig. 3-1. Mitosis in a typical plant cell. DAUGHTER CELLS. 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.. Marsland, Douglas, 1899-. New York, Holt, Rinehart and Winston Stock Photo

RMRDYX19–. Principles of modern biology. Biology. L. TELOPHASES Fig. 3-1. Mitosis in a typical plant cell. DAUGHTER CELLS. 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.. Marsland, Douglas, 1899-. New York, Holt, Rinehart and Winston

RFWND43G–Mold spores, fungus on the leather surface, landscape of microworld, colony of fungi

RF2K2HMHK–Abstract Science Colorful Pattern Background

daffodil (Narcissus spec.), mitosis in celles of the root apex of a daffodill, 400 x Stock Photo

RMEBN66M–daffodil (Narcissus spec.), mitosis in celles of the root apex of a daffodill, 400 x

RMCRYHBD–MITOSIS METAPHASE

RMHRF839–Prophase of Mitosis in Trillium Cell

reproduction of fungi, fungus growing, growth of the fungus Stock Photo

RF2A6YAW5–reproduction of fungi, fungus growing, growth of the fungus

Biology science linear icons set. Photosynthesis, Mitosis, DNA, Ecosystem, Mutation, Evolution, Ecology vector symbols and line concept signs Stock Vector

RF2PP87YF–Biology science linear icons set. Photosynthesis, Mitosis, DNA, Ecosystem, Mutation, Evolution, Ecology vector symbols and line concept signs

RFF46A3T–Chlorophyll is the molecule in leaves that uses the energy in sunlight to turn water and carbon dioxide gas into sugar and oxyge

RF2A6YATY–reproduction of fungi, fungus growing, growth of the fungus

RF2J4M7EG–Chloroplast eukaryotic cell animation under the microscope. Motion. Abstract visualization of microscopic formation in a plant cell, biology science

antibiotic kills the mildew, action of medicine Stock Photo

RFWXWBR4–antibiotic kills the mildew, action of medicine

. A text-book of mycology and plant pathology . Plant diseases; Fungi in agriculture; Plant diseases; Fungi. PATHOLOGIC PLANT ANATOMY 373 149). Four nuclei in one cell is the most we have seen, but it is prob- able that larger numbers occur. It would seem from the studies of Erwin F. Smith, which, however, are incomplete, that most of the cell divisions in crown gall are by mitosis. Frequently, however, there have been found nuclei variously lobed and in process of amitotic division, and this is probably the way in which several nuclei are formed in one cell (Fig. 149).. Fig. 149.—Nuclear divi Stock Photo

RMPG44JM–. A text-book of mycology and plant pathology . Plant diseases; Fungi in agriculture; Plant diseases; Fungi. PATHOLOGIC PLANT ANATOMY 373 149). Four nuclei in one cell is the most we have seen, but it is prob- able that larger numbers occur. It would seem from the studies of Erwin F. Smith, which, however, are incomplete, that most of the cell divisions in crown gall are by mitosis. Frequently, however, there have been found nuclei variously lobed and in process of amitotic division, and this is probably the way in which several nuclei are formed in one cell (Fig. 149).. Fig. 149.—Nuclear divi

RF2TGN8HX–Root apical meristem showing cell divisions (mitosis) and raphides. Onion root photomicrograph.

fungus, fungus on the leather surface, landscape of microworld, reproduction of fungi, fungus growing Stock Photo

RFWPH514–fungus, fungus on the leather surface, landscape of microworld, reproduction of fungi, fungus growing

RF2GDX73H–Abstract Science Colorful Pattern Background

RF2M45151–Abstract cell of virus or pathogenic bacterium under microscope, biofilm illustration.

. Morphology of angiosperms (Morphology of spermatophytes. Part II). Angiosperms; Plant morphology. THE FEMALE GAMETOPHYTE 73 reduced number of chromosomes, and this is true whether a row of two, three, or four megaspores is to be produced, or the mother-cell is to develop directly into the embryo-sac, as in Lilium. In such forms as Lilium the second mitosis also corre- sponds in all essential details with the second division that is to result in a row of four megaspores. The third mitosis differs. Please note that these images are extracted from scanned page images that may have been digitall Stock Photo

RMRDXW5M–. Morphology of angiosperms (Morphology of spermatophytes. Part II). Angiosperms; Plant morphology. THE FEMALE GAMETOPHYTE 73 reduced number of chromosomes, and this is true whether a row of two, three, or four megaspores is to be produced, or the mother-cell is to develop directly into the embryo-sac, as in Lilium. In such forms as Lilium the second mitosis also corre- sponds in all essential details with the second division that is to result in a row of four megaspores. The third mitosis differs. Please note that these images are extracted from scanned page images that may have been digitall

RF2K2HTXH–Abstract Science Colorful Pattern Background

RMEBN6AG–daffodil (Narcissus spec.), mitosis in celles of the root apex of a daffodill, 1000 x

RMCRYHBY–MITOSIS ANAPHASE

Telophase of Mitosis in Trillium Cell Stock Photo

RMHRF8ET–Telophase of Mitosis in Trillium Cell

RFF46A3B–Chlorophyll is the molecule in leaves that uses the energy in sunlight to turn water and carbon dioxide gas into sugar and oxyge

New simple form of life. Design. Visualization of the origins of life. Stock Photo

RF2X8P3G2–New simple form of life. Design. Visualization of the origins of life.

. Morphology of gymnosperms. Gymnosperms; Plant morphology. 286 287. Figs. 285-288.—Cryptomeria japonica: development of the endosperm; fig. 285, longitudinal section of upper portion of endosperm showing multinucleate condition and also that the walls are incomplete; May 26, 1902; X23S; fig. 286, telophase of the mitosis which is to result in the formation of a binucleate cell like those shown in fig. 288; May 29, 1903; XijOoo; fig. 287, a later stage in the same mitosis, the two daughter nuclei completely inclosed by the kinoplasmic fibrils; X 1,000; fig. 288, portion of the endosperm soon a Stock Photo

RMPG2JY4–. Morphology of gymnosperms. Gymnosperms; Plant morphology. 286 287. Figs. 285-288.—Cryptomeria japonica: development of the endosperm; fig. 285, longitudinal section of upper portion of endosperm showing multinucleate condition and also that the walls are incomplete; May 26, 1902; X23S; fig. 286, telophase of the mitosis which is to result in the formation of a binucleate cell like those shown in fig. 288; May 29, 1903; XijOoo; fig. 287, a later stage in the same mitosis, the two daughter nuclei completely inclosed by the kinoplasmic fibrils; X 1,000; fig. 288, portion of the endosperm soon a

RF2TGN768–Root apical meristem showing cell divisions (mitosis) and raphides. Onion root photomicrograph.

Plant cell mitosis Stock Photos and Images

Plant cell mitosis Stock Photos and Images

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