Results 251 to 260 of about 44,238 (268)
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Ultrastructure of the pineal gland of the fox
American Journal of Anatomy, 1982AbstractThe ultrastructure of the pineal gland of the fox was examined and compared with that of other mammals. The pineal gland of the fox is composed of two different populations of pinealocytes (I and II). The pinealocytes I were distributed homogeneously throughout the parenchyma, while pinealocytes II were located generally near blood vessels.
Michal Karasek, John T. Hansen
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Letter to the Editor: Dysmenorrhea and the Pineal Gland
International Journal of Neuroscience, 1992(1992). Letter to the Editor: Dysmenorrhea and the Pineal Gland. International Journal of Neuroscience: Vol. 65, No. 1-4, pp. 177-181.
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1997
The pineal gland is attached to the posterior roof of the third ventricle between the posterior and the habenular commissures, and between the pineal and suprapineal recesses. It develops at the beginning of the second month of gestation as an evagination of the diencephalic roof.
Maria Teresa Giordana +3 more
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The pineal gland is attached to the posterior roof of the third ventricle between the posterior and the habenular commissures, and between the pineal and suprapineal recesses. It develops at the beginning of the second month of gestation as an evagination of the diencephalic roof.
Maria Teresa Giordana +3 more
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2010
Lesions arising in the pineal gland present a particular challenge in the context of intraoperative consultation. The organ is difficult to access, and so biopsies are often small in size. Lesions arising in this area are not frequent, and therefore, the experience level of most pathologists is relatively lacking. Table 10.1 summarizes the differential
Karl M. Napekoski, Richard A. Prayson
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Lesions arising in the pineal gland present a particular challenge in the context of intraoperative consultation. The organ is difficult to access, and so biopsies are often small in size. Lesions arising in this area are not frequent, and therefore, the experience level of most pathologists is relatively lacking. Table 10.1 summarizes the differential
Karl M. Napekoski, Richard A. Prayson
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Melatonin and the Pineal Gland
Journal of Neuroscience Nursing, 2002The pineal gland is an enigma within the central nervous system that appears to exert tremendous control over the homeostatic mechanisms of the body. In the animal kingdom, the pineal gland and the hormone it produces, melatonin, regulate circadian rhythms, sleep-wake cycles, thermal and immunologic systems, and reproductive capability.
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Tardive Dyskinesia and the Pineal Gland
International Journal of Neuroscience, 1988(1988). Tardive Dyskinesia and the Pineal Gland. International Journal of Neuroscience: Vol. 43, No. 1-2, pp. 111-114.
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1975
Interest in and investigations of the pineal gland have waxed and waned over several centuries, but only in relatively recent times have convincing data been obtained hinting at its functions. Until the mid-1950’s, the accumulated evidence was inconclusive, highly variable and often contradictory. From clinical evidence and various experimental studies,
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Interest in and investigations of the pineal gland have waxed and waned over several centuries, but only in relatively recent times have convincing data been obtained hinting at its functions. Until the mid-1950’s, the accumulated evidence was inconclusive, highly variable and often contradictory. From clinical evidence and various experimental studies,
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1997
Slightly over 30 years ago the pineal gland was considered physiologically inconsequential. Even after the discovery of melatonin in the late 1950s ( Lerner et al., 1959 ) and the demonstrations that the metabolic ( Axelrod et al., 1965 ) and endocrine ( Hoffman and Reiter, 1965 ) activities of the gland were influenced by the prevailing light ...
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Slightly over 30 years ago the pineal gland was considered physiologically inconsequential. Even after the discovery of melatonin in the late 1950s ( Lerner et al., 1959 ) and the demonstrations that the metabolic ( Axelrod et al., 1965 ) and endocrine ( Hoffman and Reiter, 1965 ) activities of the gland were influenced by the prevailing light ...
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Primary Glioblastoma of the Pineal Gland
Archives of Neurology, 1979A 68-year-old woman had Parinaud's syndrome, difficulty in walking, and dementia. A diagnosis of pineal tumor was based on clinical as well as arteriographic and computerized tomography findings. At operation, the tumor was found to be limited to the pineal gland. Histologically, it had the features of a classical glioblastoma.
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