Biomedical subjects
F A King
Publications and source records attributed to F A King.
Primates.
Nonhuman primates demonstrate marked similarities to humans in almost all aspects of their anatomy, endocrinology, and physiology. These similarities underlie the value of these animals for appropriate studies in neurobiology, immunology, pathology, reproductive biology, teratology, neonatology, endocrinology, cardiology, and psychology. Investigations with nonhuman primates has made, and continues to make, significant contributions to biomedical and behavioral research. This review provides an overview of basic and applied studies for which primates are appropriate subjects and a summary of the advantages and problems of using nonhuman primates in research.
A primate research center perspective: Animal Care and Use Committees.
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Transplanted fetal monkey neurons.
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Philosophical and practical issues in animal research involving pain and stress.
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Medical and behavioral benefits from primate research.
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Neglect after mesencephalic reticular formation lesions.
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Analysis of changes in indirect delayed response performance in monkeys with prefrontal lesions.
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Effects of competition on the aggressive behavior of squirrel and cebus monkeys.
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An improved remote brain stimulator and EEG transmitter for small animals.
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An apparatus and procedure for conditioning the eye-blink reflex in the squirrel monkey.
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Experimental rhinencephalic lesions and emotional behavior.
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Spontaneous necrosis and hemorrhage in an enlarged accessory spleen: CT demonstration.
Enlargement of an accessory spleen following splenectomy may be due to compensatory hypertrophy or recurrence of hematologic or other disorders. Spontaneous necrosis and hemorrhage in an accessory spleen are rarely described. We report a case in which an enlarged accessory spleen complicated by spontaneous hemorrhage was identified on computed tomography (CT) and confirmed at surgery.