Titlebook: Ocular Size and Shape Regulation During Development; S. Robert Hilfer,Joel B. Sheffield Book 1981 Springer-Verlag New York, Inc. 1981 Auge

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Cell Surface Differentiation in the Embryonic Chick Retina, tissue to assume their final unique positions. Although many theories of morphogenetic movements assume that cell surface alterations are associated with changes in cell position, there have in fact been few studies that have addressed the problem within a single tissue. This problem is particularl

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Maturation of the Lens Fiber Cell: Some Morphological and Biochemical Correlates,y from ectodermal cells, and retains within it all the cells formed during the lifetime of the organism. It continues to grow throughout life, adding new fibers to those previously formed. Thus its structure contains, in concentric layers, fiber cells of increasing age proceeding from superficial (c

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Recent Development in Therapy of Cataracts,a top contender. I shall review for you the varieties of cataracts which exist, the history of the treatment of cataract, and I shall try to summarize the exciting recent developments which have truly revolutionalized cataract surgery over the past few years.

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Book 1981ion make it a favorite model system for a variety of developmental studies. The eye is a particularly valuable experimental system not only because its tissues provide examples of fundamental processes, but also because it is a prominent and easily accessible structure at very early embryonic ages.

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Maturation of the Lens Fiber Cell: Some Morphological and Biochemical Correlates,ortex) to deep (nucleus) fiber groups. During lens fiber cell differentiation there is a loss of cell organelles and the more centrally placed fibers appear to be metabolically inert (Wannemacher and Spector, 1968). The lens derives its nutrients from the aqueous humour.

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Topographic Gradient of Cell-Membrane Molecules in Avian Neural Retina Detected with Monoclonal Antresentation of the retina is formed in the tectum. Two orthogonal gradients of molecules on retina ganglion neurons and corresponding gradients of complementary molecules in the optic tectum were postulated by Sperry (1963) to determine the specificity of connections between retina and tectum neurons.

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