International Review of Cytology: Volume 129, Volume 129International Review of Cytology |
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Page 1
... techniques. Emphasis is given to the topics covered in Sections II and III because we feel that these will be areas of major research and application in future years. In this article, we have chosen not to cover the vast areas of ...
... techniques. Emphasis is given to the topics covered in Sections II and III because we feel that these will be areas of major research and application in future years. In this article, we have chosen not to cover the vast areas of ...
Page 2
... technique has been very fruitful in the study of flagellae and cilia in motility (Goldstein, 1969; Motokawa and Satir, 1975). More recently, Cullen and Allen (1980) vitally stained amoeba with Alcian Blue and then irradiated the frontal ...
... technique has been very fruitful in the study of flagellae and cilia in motility (Goldstein, 1969; Motokawa and Satir, 1975). More recently, Cullen and Allen (1980) vitally stained amoeba with Alcian Blue and then irradiated the frontal ...
Page 4
... technique made it possible to determine the potential for pattern regulation of a small group of cells with better resolution than previously possible. Another application of the laser microbeam to Drosophila (and any insect for that ...
... technique made it possible to determine the potential for pattern regulation of a small group of cells with better resolution than previously possible. Another application of the laser microbeam to Drosophila (and any insect for that ...
Page 5
... technique could be applied as a nuclear inactivation mechanism in mouse embryo studies. This study is reminiscent of the study by McKinnel et al. (1969) in which they used the pulsed ruby laser to inactivate nuclei of amphibian eggs. In ...
... technique could be applied as a nuclear inactivation mechanism in mouse embryo studies. This study is reminiscent of the study by McKinnel et al. (1969) in which they used the pulsed ruby laser to inactivate nuclei of amphibian eggs. In ...
Page 6
... technique provided new information on the early stage determinant events in this organism. In the sea urchin studies (Hardin, 1988), the second harmonic (532-nm) YAG laser was used to inactivate mesenchyme cells in order to study the ...
... technique provided new information on the early stage determinant events in this organism. In the sea urchin studies (Hardin, 1988), the second harmonic (532-nm) YAG laser was used to inactivate mesenchyme cells in order to study the ...
Contents
1 | |
Chapter 2 Observation of Intracellular Ca2+ with Aequorin Luminescence | 45 |
Chapter 3 Molecular Basis of Cell Cycle Control in Early Mouse Embryos | 75 |
Chapter 4 Cellular Mechanisms of Pattern Formation in the Developing Limb | 91 |
Chapter 5 Orientation of Cortical Microtubules in lnterphase Plant Cells | 135 |
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activity aequorin Anat antibody apical array axis axons basal lamina Berns biochemical bules Caº Cell Biol cell cycle cell wall cellular chalcone chalcone synthase chloroplasts chromosomes concentration cortical cytoplasm cortical microtubules cytochemical Daikoku differentiation ectoderm electron embryos enzyme epidermal fetal fetuses fibers fluorescent function gene gradient growth Hardham helices helix hormone hypothalamus immunocytochemical immunofluorescence interphase intracellular irradiated labeling laser microbeam LHRH LHRH neurons limb bud localization longitudinal luminescence mechanism mesenchymal microfibrils microscope microtu microtubule alignment microtubule orientation microtubules mitochondria mitosis molecules Nature London neonates neurohormones neurons nucleus observed occur optical trap organelles pattern Physiol plant cells plasma membrane plasmalemma polarity portal capillaries primary portal plexus processes protein Protoplasma pulses rats receptors region regulation release Seagull Section showed Solursh somatostatin stage staining studies suggested tanycytes technique third ventricle tion tissue transverse Ugrumov vacuole vesicles wave Wolpert zone
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Page ix - RF MARK. Department of Behavioural Biology, Research School of Biological Sciences, Australian National University, Canberra, ACT 2601 Australia. NK MELLO, Alcohol and Drug Abuse Research Center, Harvard Medical School, McLean Hospital, Belmont, Massachusetts 02178, USA G.
Page 266 - Shiosaka, S., Takatsuki, K., Sakanaka, M., Inagaki, S., Takagi, H., Senba, E., Kawai, Y., lida, H., Minagawa, W., Kara, Y., Matsuzaki, T.