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Biomedical Engineering, 1974 Some of the next articles are maybe not open access.
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2014
‘Sclera’ provides the reader with a practical approach to the assessment and management of scleral disease. After outlining the relevant anatomy and physiology of this structure, the chapter addresses the key clinical presentations arising from scleral disease, notably episcleritis, anterior scleritis and posterior scleritis.
Alastair K.O. Denniston +1 more
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‘Sclera’ provides the reader with a practical approach to the assessment and management of scleral disease. After outlining the relevant anatomy and physiology of this structure, the chapter addresses the key clinical presentations arising from scleral disease, notably episcleritis, anterior scleritis and posterior scleritis.
Alastair K.O. Denniston +1 more
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Archives of Ophthalmology, 1969
Episcleral pigment spots were studied clinically in 76 patients and histologically in 15 autopsy eyes. Most commonly, the pigment spots were found in patients with darkly pigmented irides, especially in Negro patients, usually in the superior episclera 3 to 4 mm from the limbus.
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Episcleral pigment spots were studied clinically in 76 patients and histologically in 15 autopsy eyes. Most commonly, the pigment spots were found in patients with darkly pigmented irides, especially in Negro patients, usually in the superior episclera 3 to 4 mm from the limbus.
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American Journal of Ophthalmology, 1933
The quantitative chemical analyses of the insoluble proteins of the sclera, mucoid, collagen, and elastin have been determined and are given in this paper. From the Wilmer Ophthalmological Institute of the Johns Hopkins University and Hospital, Baltimore, Maryland.
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The quantitative chemical analyses of the insoluble proteins of the sclera, mucoid, collagen, and elastin have been determined and are given in this paper. From the Wilmer Ophthalmological Institute of the Johns Hopkins University and Hospital, Baltimore, Maryland.
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1986
The cornea is distinguished from other tissues of the body by several special features: (1) avascularity; (2) acellularity; (3) very regular orientation of stromal collagen fibers, enhancing optical transparency; (4) the presence of anterior and posterior basement membranes; and (5) an unusually rich innervation (see Chapter 1 for details of anatomy ...
G. O. H. Naumann, E. N. Hinzpeter
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The cornea is distinguished from other tissues of the body by several special features: (1) avascularity; (2) acellularity; (3) very regular orientation of stromal collagen fibers, enhancing optical transparency; (4) the presence of anterior and posterior basement membranes; and (5) an unusually rich innervation (see Chapter 1 for details of anatomy ...
G. O. H. Naumann, E. N. Hinzpeter
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Archives of Ophthalmology, 1934
The present case is of interest because of the rarity of the condition, the treatment used and the results obtained. REPORT OF CASE Miss X, aged 15, was first seen on Sept. 11, 1930, for a refractive error (hyperopic astigmatism), which was easily corrected.
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The present case is of interest because of the rarity of the condition, the treatment used and the results obtained. REPORT OF CASE Miss X, aged 15, was first seen on Sept. 11, 1930, for a refractive error (hyperopic astigmatism), which was easily corrected.
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2008
The cornea and sclera make up the outer tunic of the eye. Each is a connective tissue containing collagen fibrils embedded in a proteoglycan-rich extrafibrillar matrix, but whereas the cornea is uniquely transparent, the sclera is totally opaque. Both tissues require strength to maintain the excess pressure within the eye and to resist external knocks ...
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The cornea and sclera make up the outer tunic of the eye. Each is a connective tissue containing collagen fibrils embedded in a proteoglycan-rich extrafibrillar matrix, but whereas the cornea is uniquely transparent, the sclera is totally opaque. Both tissues require strength to maintain the excess pressure within the eye and to resist external knocks ...
openaire +2 more sources