Journal of Microscopy, ISSN 0022-2720, 2012, Volume 247, Issue 1, pp. 60 - 67
Cellulose is the most abundant biopolymer on earth, and has qualities that make it suitable for biofuel. There are new tools for the visualisation of the...
cortical microtubules | geometrical model | plasma-membrane | nodulation factors | plants | deposition | deformation | microscopy | alignment | tip growth | scanning electron microscopy | cell wall texture | Cellulose microfibril | transmission electron microscopy | Scanning electron microscopy | Transmission electron microscopy | Cell wall texture | DEPOSITION | GEOMETRICAL MODEL | NODULATION FACTORS | MICROSCOPY | PLASMA-MEMBRANE | DEFORMATION | CORTICAL MICROTUBULES | ALIGNMENT | PLANTS | TIP GROWTH | Microfibrils - chemistry | Microscopy, Electron, Transmission | Microscopy, Electron, Scanning | Arabidopsis - chemistry | Arabidopsis - ultrastructure | Cell Wall - chemistry | Medicago truncatula - chemistry | Plant Roots - ultrastructure | Vicia sativa - ultrastructure | Cellulose - chemistry | Cellulose - ultrastructure | Plant Cells - ultrastructure | Plant Roots - chemistry | Plant Cells - chemistry | Medicago truncatula - ultrastructure | Cell Wall - ultrastructure | Microfibrils - ultrastructure | Vicia sativa - chemistry | Cell walls | Cellulose | Lamellae | Orientation | Biopolymers | Density | Texture | Field emission microscopy | Cellulose synthase | Microscopy | Microfibrils | Root hairs | Lamella | Biokemi och molekylärbiologi | Biochemistry and Molecular Biology
cortical microtubules | geometrical model | plasma-membrane | nodulation factors | plants | deposition | deformation | microscopy | alignment | tip growth | scanning electron microscopy | cell wall texture | Cellulose microfibril | transmission electron microscopy | Scanning electron microscopy | Transmission electron microscopy | Cell wall texture | DEPOSITION | GEOMETRICAL MODEL | NODULATION FACTORS | MICROSCOPY | PLASMA-MEMBRANE | DEFORMATION | CORTICAL MICROTUBULES | ALIGNMENT | PLANTS | TIP GROWTH | Microfibrils - chemistry | Microscopy, Electron, Transmission | Microscopy, Electron, Scanning | Arabidopsis - chemistry | Arabidopsis - ultrastructure | Cell Wall - chemistry | Medicago truncatula - chemistry | Plant Roots - ultrastructure | Vicia sativa - ultrastructure | Cellulose - chemistry | Cellulose - ultrastructure | Plant Cells - ultrastructure | Plant Roots - chemistry | Plant Cells - chemistry | Medicago truncatula - ultrastructure | Cell Wall - ultrastructure | Microfibrils - ultrastructure | Vicia sativa - chemistry | Cell walls | Cellulose | Lamellae | Orientation | Biopolymers | Density | Texture | Field emission microscopy | Cellulose synthase | Microscopy | Microfibrils | Root hairs | Lamella | Biokemi och molekylärbiologi | Biochemistry and Molecular Biology
Journal Article
Plant and Cell Physiology, ISSN 0032-0781, 2011, Volume 52, Issue 10, pp. 1844 - 1855
The actin cytoskeleton is involved in the transport and positioning of Golgi bodies, but the actin-based processes that determine the positioning and motility...
cortical microtubules | nod factors induce | class-xi myosins | latrunculin b | pollen-tube | reveals | arabidopsis root hairs | growth | elongation | expansion | Cell expansion | Golgi bodies | Fine F-actin | Plant cell | Actin filament bundles | Arabidopsis | TRAFFICKING | NOD FACTORS INDUCE | CLASS-XI MYOSINS | PLANT SCIENCES | CELL BIOLOGY | LATRUNCULIN B | CORTICAL MICROTUBULES | ELONGATION | GROWTH | EXPANSION | SECRETION | REVEALS | Actin Cytoskeleton - metabolism | Algorithms | Movement | Plant Cells - metabolism | Image Processing, Computer-Assisted | Arabidopsis - cytology | Actins - metabolism | Golgi Apparatus - metabolism | Mitochondria - metabolism | Arabidopsis - metabolism
cortical microtubules | nod factors induce | class-xi myosins | latrunculin b | pollen-tube | reveals | arabidopsis root hairs | growth | elongation | expansion | Cell expansion | Golgi bodies | Fine F-actin | Plant cell | Actin filament bundles | Arabidopsis | TRAFFICKING | NOD FACTORS INDUCE | CLASS-XI MYOSINS | PLANT SCIENCES | CELL BIOLOGY | LATRUNCULIN B | CORTICAL MICROTUBULES | ELONGATION | GROWTH | EXPANSION | SECRETION | REVEALS | Actin Cytoskeleton - metabolism | Algorithms | Movement | Plant Cells - metabolism | Image Processing, Computer-Assisted | Arabidopsis - cytology | Actins - metabolism | Golgi Apparatus - metabolism | Mitochondria - metabolism | Arabidopsis - metabolism
Journal Article
Plant Physiology and Biochemistry, ISSN 0981-9428, 2008, Volume 46, Issue 7, pp. 709 - 714
The ( mutant was transformed with an construct. Liquid cultures of this line were used to study the relationship between somatic embryogenesis and the...
Suspension culture | GUS | Arabidopsis | Somatic embryogenesis | Antibodies | AtSERK1 | SERK | arabinogalactan proteins | gene | embryos | plants | developmental pathway | methacrylate | tissue cultures | cell | callus-cultures | carrot | KINASE1 | somatic embryogenesis | HOMOLOG | METHACRYLATE | COMPETENCE | DEVELOPMENTAL PATHWAY | PLANT SCIENCES | ARABINOGALACTAN PROTEINS | SERK GENE | antibodies | CELL | CULTURES | suspension culture | EMBRYOS | Arabidopsis - genetics | Arabidopsis Proteins - metabolism | Protein Kinases - metabolism | Arabidopsis Proteins - genetics | Protein Kinases - genetics | Gene Expression Regulation, Developmental | Models, Biological | Plants, Genetically Modified | Gene Expression Regulation, Plant | Arabidopsis - embryology | Mutation | Arabidopsis - metabolism
Suspension culture | GUS | Arabidopsis | Somatic embryogenesis | Antibodies | AtSERK1 | SERK | arabinogalactan proteins | gene | embryos | plants | developmental pathway | methacrylate | tissue cultures | cell | callus-cultures | carrot | KINASE1 | somatic embryogenesis | HOMOLOG | METHACRYLATE | COMPETENCE | DEVELOPMENTAL PATHWAY | PLANT SCIENCES | ARABINOGALACTAN PROTEINS | SERK GENE | antibodies | CELL | CULTURES | suspension culture | EMBRYOS | Arabidopsis - genetics | Arabidopsis Proteins - metabolism | Protein Kinases - metabolism | Arabidopsis Proteins - genetics | Protein Kinases - genetics | Gene Expression Regulation, Developmental | Models, Biological | Plants, Genetically Modified | Gene Expression Regulation, Plant | Arabidopsis - embryology | Mutation | Arabidopsis - metabolism
Journal Article
BMC Plant Biology, ISSN 1471-2229, 2010, Volume 10, Issue 1, pp. 162 - 162
BACKGROUND: The xylem vascular system is composed of fused dead, hollow cells called tracheary elements (TEs) that originate through trans-differentiation of...
hypersensitive response | vascular development | dna fragmentation | nuclear-dna | differentiation | death | tomato suspension cells | mesophyll-cells | serine proteases | plant caspases | APOPTOSIS | XYLEM | SERINE PROTEASES | NUCLEAR-DNA | INVOLVEMENT | CYSTEINE | MESOPHYLL-CELLS | DEATH | DIFFERENTIATION | EXPRESSION | PLANT SCIENCES | Asteraceae - cytology | Enzyme Inhibitors | Xylem - cytology | Cell Differentiation - drug effects | Asteraceae - drug effects | Xylem - drug effects | Cell Culture Techniques | DNA Fragmentation - drug effects | Xylem | Protease inhibitors | Zinnia | Physiological aspects | Development | Genetic aspects | Research | Plants | Natural history | Apoptosis
hypersensitive response | vascular development | dna fragmentation | nuclear-dna | differentiation | death | tomato suspension cells | mesophyll-cells | serine proteases | plant caspases | APOPTOSIS | XYLEM | SERINE PROTEASES | NUCLEAR-DNA | INVOLVEMENT | CYSTEINE | MESOPHYLL-CELLS | DEATH | DIFFERENTIATION | EXPRESSION | PLANT SCIENCES | Asteraceae - cytology | Enzyme Inhibitors | Xylem - cytology | Cell Differentiation - drug effects | Asteraceae - drug effects | Xylem - drug effects | Cell Culture Techniques | DNA Fragmentation - drug effects | Xylem | Protease inhibitors | Zinnia | Physiological aspects | Development | Genetic aspects | Research | Plants | Natural history | Apoptosis
Journal Article
Cell Biology International, ISSN 1065-6995, 2009, Volume 33, Issue 4, pp. 524 - 533
The mesophyll cell culture is a useful system for xylogenesis studies. The system is associated with highly synchronous tracheary element (TE) differentiation,...
Cellulose | Zinnia elegans | Programmed cell death | Xylogenesis | In vitro culture | Apoptosis | Tracheary element | CELLULOSE SYNTHESIS | INVOLVEMENT | DEATH | MESOPHYLL | CELL BIOLOGY | LIGNIFICATION | XYLEM | Asteraceae - cytology | Cell Survival - drug effects | Purines - pharmacology | Cells, Cultured | Asteraceae - drug effects | Plant Leaves - cytology | Naphthalenes - pharmacology | Xylem - cytology | Benzyl Compounds - pharmacology | Culture Media - pharmacology | Xylem - growth & development | Asteraceae - physiology | Cell Differentiation | Plant Leaves - drug effects | Plant Proteins - metabolism | Cell Culture Techniques | Plant Growth Regulators - pharmacology | Cell Survival - physiology | Plant Leaves - physiology | Proteins | Cell research | Messenger RNA | Analysis | Hydrocarbons | Acetic acid | Organic acids
Cellulose | Zinnia elegans | Programmed cell death | Xylogenesis | In vitro culture | Apoptosis | Tracheary element | CELLULOSE SYNTHESIS | INVOLVEMENT | DEATH | MESOPHYLL | CELL BIOLOGY | LIGNIFICATION | XYLEM | Asteraceae - cytology | Cell Survival - drug effects | Purines - pharmacology | Cells, Cultured | Asteraceae - drug effects | Plant Leaves - cytology | Naphthalenes - pharmacology | Xylem - cytology | Benzyl Compounds - pharmacology | Culture Media - pharmacology | Xylem - growth & development | Asteraceae - physiology | Cell Differentiation | Plant Leaves - drug effects | Plant Proteins - metabolism | Cell Culture Techniques | Plant Growth Regulators - pharmacology | Cell Survival - physiology | Plant Leaves - physiology | Proteins | Cell research | Messenger RNA | Analysis | Hydrocarbons | Acetic acid | Organic acids
Journal Article
The Journal of Horticultural Science and Biotechnology, ISSN 1462-0316, 01/2009, Volume 84, Issue 5, pp. 531 - 535
Water transport in vascular plants depends on the hydraulic conductance of the xylem system, which is dependent on the anatomical properties, number, diameter,...
dif | tropical lianas | woody-plants | chrysanthemum | dimensions | DIF | HORTICULTURE | TROPICAL LIANAS | DIMENSIONS | CHRYSANTHEMUM | WOODY-PLANTS
dif | tropical lianas | woody-plants | chrysanthemum | dimensions | DIF | HORTICULTURE | TROPICAL LIANAS | DIMENSIONS | CHRYSANTHEMUM | WOODY-PLANTS
Journal Article
Acta Societatis Botanicorum Poloniae, ISSN 0001-6977, 1996, Volume 65, Issue 1-2, pp. 25 - 29
The pattern of total transcription activity in terms of steady state levels of poly(A)+ containing mRNA during callus initiation and somatic embryogenesis in a...
Embryogenesis | RNA synthesis | Histochemistry | Zea mays L | RNA | ZEA-MAYS | TOBACCO | PLANT SCIENCES | CALLUS | embryogenesis | histochemistry | GENE-EXPRESSION | PROTEINS | CULTURES | CARROT CELL-SUSPENSION | DAUCUS-CAROTA | EMBRYOS
Embryogenesis | RNA synthesis | Histochemistry | Zea mays L | RNA | ZEA-MAYS | TOBACCO | PLANT SCIENCES | CALLUS | embryogenesis | histochemistry | GENE-EXPRESSION | PROTEINS | CULTURES | CARROT CELL-SUSPENSION | DAUCUS-CAROTA | EMBRYOS
Journal Article
Protoplasma, ISSN 0033-183X, 2001, Volume 216, Issue 3, pp. 191 - 200
Small nuclear ribonucleoprotein particles (snRNPs) are subunits of splicing complexes, which show a transcription-dependent localization pattern. We have...
Laboratorium voor Plantencelbiologie | EPS | Laboratory of Plant Cell Biology | Life Sciences | Pollen development | Spliceosome | Zoology | Microspore embryogenesis | Brassica napus | Coiled body | Plant Sciences | Cell Biology | SMALL NUCLEAR-RNA | PLANT-CELLS | SNRNPS | spliceosome | INDUCTION | INTERPHASE | PLANT SCIENCES | CELL BIOLOGY | coiled body | GREEN FLUORESCENT PROTEIN | pollen development | microspore embryogenesis | GENES | CELL-CYCLE | BODY | EMBRYOGENESIS | Immunohistochemistry | Pollen - growth & development | Pollen - metabolism | Cell Nucleus - metabolism | Coiled Bodies - metabolism | Pollen - chemistry | Brassica napus - ultrastructure | Brassica napus - chemistry | Brassica napus - embryology | Brassica napus - physiology | Ribonucleoproteins, Small Nuclear - metabolism | Pollen
Laboratorium voor Plantencelbiologie | EPS | Laboratory of Plant Cell Biology | Life Sciences | Pollen development | Spliceosome | Zoology | Microspore embryogenesis | Brassica napus | Coiled body | Plant Sciences | Cell Biology | SMALL NUCLEAR-RNA | PLANT-CELLS | SNRNPS | spliceosome | INDUCTION | INTERPHASE | PLANT SCIENCES | CELL BIOLOGY | coiled body | GREEN FLUORESCENT PROTEIN | pollen development | microspore embryogenesis | GENES | CELL-CYCLE | BODY | EMBRYOGENESIS | Immunohistochemistry | Pollen - growth & development | Pollen - metabolism | Cell Nucleus - metabolism | Coiled Bodies - metabolism | Pollen - chemistry | Brassica napus - ultrastructure | Brassica napus - chemistry | Brassica napus - embryology | Brassica napus - physiology | Ribonucleoproteins, Small Nuclear - metabolism | Pollen
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9.
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The geometrical model for microfibril deposition and the influence of the cell wall matrix
Plant Biology, ISSN 1435-8603, 2002, Volume 4, Issue 1, pp. 22 - 26
Abstract A theory for cell wall deposition has been formulated consistent with present day experimental data on cell walls and cellular processes. This theory...
Laboratorium voor Plantencelbiologie | EPS | Laboratory of Plant Cell Biology | Original Paper | Cell wall matrix | Microfibril angle | Cellulose microfibril | Cell wall texture | Geometrical model | Role of microtubules | cell wall matrix | geometrical model | COMPLEX | MICROTUBULES | PLANT-CELLS | role of microtubules | WINDING THREADS | CELLULOSE MICROFIBRILS | microfibril angle | PLANT SCIENCES | BIOSYNTHESIS | ORIENTATION | GROWTH | ARCHITECTURE | cell wall texture | cellulose microfibril
Laboratorium voor Plantencelbiologie | EPS | Laboratory of Plant Cell Biology | Original Paper | Cell wall matrix | Microfibril angle | Cellulose microfibril | Cell wall texture | Geometrical model | Role of microtubules | cell wall matrix | geometrical model | COMPLEX | MICROTUBULES | PLANT-CELLS | role of microtubules | WINDING THREADS | CELLULOSE MICROFIBRILS | microfibril angle | PLANT SCIENCES | BIOSYNTHESIS | ORIENTATION | GROWTH | ARCHITECTURE | cell wall texture | cellulose microfibril
Journal Article
EUPHYTICA, ISSN 0014-2336, 1993, Volume 65, Issue 1, pp. 61 - 69
The capacity of the maize genotype 4c1 to regenerate microcalli and embryos from cultured microspores has been examined by comparing various cold pretreatments...
HORTICULTURE | CELLS | AGRONOMY | ZEA-MAYS | ANTHER CULTURE | PLANT-REGENERATION | MAIZE | POLLEN DEVELOPMENT | ANDROGENESIS | MICROSPORES | INVITRO CULTURE | PLANT SCIENCES
HORTICULTURE | CELLS | AGRONOMY | ZEA-MAYS | ANTHER CULTURE | PLANT-REGENERATION | MAIZE | POLLEN DEVELOPMENT | ANDROGENESIS | MICROSPORES | INVITRO CULTURE | PLANT SCIENCES
Journal Article
Cell Biology International, ISSN 1065-6995, 07/2000, Volume 24, Issue 7, pp. 427 - 438
We analysed the presence and localization of spectrin-like proteins in nuclei of various plant tissues, using several anti-erythrocyte spectrin antibodies on...
nucleus | spectrin | immunolocalization | nuclear matrix | confocal laser scanning microscopy | Pisum sativum | Laboratorium voor Plantencelbiologie | EPS | Laboratory of Plant Cell Biology | Immunolocalization | Spectrin | Nucleus | Nuclear matrix | Confocal laser scanning microscopy | ISOLATED PEA NUCLEI | ANTIBODIES | LOCALIZATION | ACTIN | MEMBRANE SKELETON | PLASMA-MEMBRANE | CELL BIOLOGY | ORGANIZATION | CALMODULIN-BINDING PROTEINS | INTERPHASE NUCLEI | ONION CELLS | Cell Fractionation | Nuclear Proteins - analysis | Peas - ultrastructure | Microfilament Proteins - analysis | Plant Proteins - immunology | Plant Proteins - analysis | Nuclear Proteins - immunology | Spectrin - analysis | Microscopy, Confocal | Microfilament Proteins - immunology | Cell Nucleus - chemistry | Nuclear Matrix - chemistry | Peas - chemistry
nucleus | spectrin | immunolocalization | nuclear matrix | confocal laser scanning microscopy | Pisum sativum | Laboratorium voor Plantencelbiologie | EPS | Laboratory of Plant Cell Biology | Immunolocalization | Spectrin | Nucleus | Nuclear matrix | Confocal laser scanning microscopy | ISOLATED PEA NUCLEI | ANTIBODIES | LOCALIZATION | ACTIN | MEMBRANE SKELETON | PLASMA-MEMBRANE | CELL BIOLOGY | ORGANIZATION | CALMODULIN-BINDING PROTEINS | INTERPHASE NUCLEI | ONION CELLS | Cell Fractionation | Nuclear Proteins - analysis | Peas - ultrastructure | Microfilament Proteins - analysis | Plant Proteins - immunology | Plant Proteins - analysis | Nuclear Proteins - immunology | Spectrin - analysis | Microscopy, Confocal | Microfilament Proteins - immunology | Cell Nucleus - chemistry | Nuclear Matrix - chemistry | Peas - chemistry
Journal Article
Protoplasma, ISSN 0033-183X, 2000, Volume 211, Issue 3-4, pp. 217 - 224
Seeds of the Arabidopsis thaliana mutant primordia timing (pt) were germinated in 2,4-dichlorophenoxyacetic acid- containing liquid medium. The seedlings...
Laboratory of Molecular Biology | Laboratorium voor Plantencelbiologie | EPS | Laboratorium voor Moleculaire biologie | Laboratory of Plant Cell Biology | Arabidopsis thaliana | In vitro culture | Microscopy | Structure | Primordia timing | Somatic embryogenesis | ZYGOTIC EMBRYOS | somatic embryogenesis | REGENERATION | INVITRO | in vitro culture | PROTOPLASTS | structure | PLANT SCIENCES | CELL BIOLOGY | SHOOT MERISTEM | primordia timing | PLANTS | microscopy | MUTATIONS | EMBRYOGENESIS
Laboratory of Molecular Biology | Laboratorium voor Plantencelbiologie | EPS | Laboratorium voor Moleculaire biologie | Laboratory of Plant Cell Biology | Arabidopsis thaliana | In vitro culture | Microscopy | Structure | Primordia timing | Somatic embryogenesis | ZYGOTIC EMBRYOS | somatic embryogenesis | REGENERATION | INVITRO | in vitro culture | PROTOPLASTS | structure | PLANT SCIENCES | CELL BIOLOGY | SHOOT MERISTEM | primordia timing | PLANTS | microscopy | MUTATIONS | EMBRYOGENESIS
Journal Article
Protoplasma, ISSN 0033-183X, 1996, Volume 190, Issue 1-2, pp. 107 - 118
The distribution of free cytosolic Ca2+ was studied during somatic embryogenesis of carrot using confocal scanning laser microscopy with fluo-3 as a...
Laboratorium voor Plantencelbiologie | EPS | Laboratory of Plant Cell Biology | CELLS | PLANT | calcium | CONFOCAL MICROSCOPY | Daucus carota | DOMESTICATED CARROT | confocal scanning laser microscopy | INDUCTION | CYTOSOLIC FREE CALCIUM | Fluo-3 dye | PLANT SCIENCES | CELL BIOLOGY | CHLOROTETRACYCLINE | AUXIN | TRANSPORT | embryogenesis | PRECIPITATION | proton microprobe
Laboratorium voor Plantencelbiologie | EPS | Laboratory of Plant Cell Biology | CELLS | PLANT | calcium | CONFOCAL MICROSCOPY | Daucus carota | DOMESTICATED CARROT | confocal scanning laser microscopy | INDUCTION | CYTOSOLIC FREE CALCIUM | Fluo-3 dye | PLANT SCIENCES | CELL BIOLOGY | CHLOROTETRACYCLINE | AUXIN | TRANSPORT | embryogenesis | PRECIPITATION | proton microprobe
Journal Article
JOURNAL OF CELL SCIENCE, ISSN 0021-9533, 08/1989, Volume 93, pp. 615 - 622
Journal Article
Protoplasma, ISSN 0033-183X, 1996, Volume 192, Issue 3-4, pp. 145 - 149
Transcription and RNA processing are main functions of the nucleus. These processes are found localized in specific nuclear domains. We have investigated the...
international | Brassica napus | 5-Bromouridine 5'-triphosphate incorporation | Transcription sites | Confocal scanning laser microscopy | Immunolabelling | Isolated nuclei | VISUALIZATION | transcription | POLLEN | confocal scanning laser microscopy | immunolabelling | RIBOSOMAL-RNA | CELL BIOLOGY | GENE | 5-bromouridine 5'-triphosphate incorporation | isolated nuclei | INSITU HYBRIDIZATION | BRASSICA-NAPUS L | PROTEINS | Gene expression | Laboratorium voor Plantencelbiologie | EPS | Laboratory of Plant Cell Biology
international | Brassica napus | 5-Bromouridine 5'-triphosphate incorporation | Transcription sites | Confocal scanning laser microscopy | Immunolabelling | Isolated nuclei | VISUALIZATION | transcription | POLLEN | confocal scanning laser microscopy | immunolabelling | RIBOSOMAL-RNA | CELL BIOLOGY | GENE | 5-bromouridine 5'-triphosphate incorporation | isolated nuclei | INSITU HYBRIDIZATION | BRASSICA-NAPUS L | PROTEINS | Gene expression | Laboratorium voor Plantencelbiologie | EPS | Laboratory of Plant Cell Biology
Journal Article
Euphytica, ISSN 0014-2336, 01/1993, Volume 65, Issue 1, pp. 61 - 69
The capacity of the maize genotype 4c1 to regenerate microcalli and embryos from cultured microspores has been examined by comparing various cold pretreatments...
Journal Article
Protoplasma, ISSN 0033-183X, 1995, Volume 188, Issue 3-4, pp. 236 - 244
The accumulation of neutral red and acridine orange, to indicate differences in vacuolar pH, was studied during embryogenesis of carrot. Neutral red...
Laboratorium voor Plantencelbiologie | EPS | Laboratory of Plant Cell Biology | Acridine orange | Carrot | Embryogenesis | Neutral red | NEUTRAL RED | PH GRADIENTS | PLANT-CELLS | DICTYOSTELIUM-DISCOIDEUM | CARROT | EMBRYOGENESIS | FLUORESCEIN | PROBE | ACRIDINE ORANGE | ZEA-MAYS-L | CELL BIOLOGY
Laboratorium voor Plantencelbiologie | EPS | Laboratory of Plant Cell Biology | Acridine orange | Carrot | Embryogenesis | Neutral red | NEUTRAL RED | PH GRADIENTS | PLANT-CELLS | DICTYOSTELIUM-DISCOIDEUM | CARROT | EMBRYOGENESIS | FLUORESCEIN | PROBE | ACRIDINE ORANGE | ZEA-MAYS-L | CELL BIOLOGY
Journal Article
18.
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Calcium increases the yield of somatic embryos in carrot embryogenic suspension cultures
Plant Cell Reports, ISSN 0721-7714, 1990, Volume 9, Issue 4, pp. 221 - 223
An upward shift in the concentration of calcium present in the medium during somatic embryogenesis increased the number of embryos produced approximately...
Laboratory of Molecular Biology | Laboratorium voor Plantencelbiologie | Laboratorium voor Moleculaire biologie | Laboratory of Plant Cell Biology | Calcium | Daucus carota | Somatic embryogenesis | PLANT SCIENCES
Laboratory of Molecular Biology | Laboratorium voor Plantencelbiologie | Laboratorium voor Moleculaire biologie | Laboratory of Plant Cell Biology | Calcium | Daucus carota | Somatic embryogenesis | PLANT SCIENCES
Journal Article
Plant Science, ISSN 0168-9452, 01/1986, Volume 47, Issue 2, pp. 145 - 151
Metaphase chromosomes were obtained from cell suspension cultures of Haplopappus gracilis (Nutt.) Gray using a mass isolation procedure, and were subsequently...
Journal Article
INSTITUTE OF PHYSICS CONFERENCE SERIES, ISSN 0951-3248, 1988, Issue 93, pp. 89 - 90
We have used the antimonate precipitation technique to detect calcium in cultured immature embryos from Zea mays L. Most calcium was present in the euchromatic...
PHYSICS
PHYSICS
Journal Article
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