Results 261 to 270 of about 2,799,641 (305)
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1985
As early as 1905, Boeck recorded infiltration of the nasal mucosa in a case of multiple benign sarcoid, and in 1908 Kreibich and Kraus described a case of sarcoids of the skin of the nose and forehead with nasal symptoms, due to thickening of the mucosa, though the mucosa was not examined histologically.
J. G. Scadding, D. N. Mitchell
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As early as 1905, Boeck recorded infiltration of the nasal mucosa in a case of multiple benign sarcoid, and in 1908 Kreibich and Kraus described a case of sarcoids of the skin of the nose and forehead with nasal symptoms, due to thickening of the mucosa, though the mucosa was not examined histologically.
J. G. Scadding, D. N. Mitchell
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Viruses of the Upper Respiratory Tract
Annual Review of Medicine, 1956The influence of tissue culture techniques, especially the serial propaga tion of various cell lines in vitro as suspended cell cultures, upon our knowl edge in the field of infectious diseases and in particular virology, promises to be comparable to the development of semisolid media for the propagation of bacteria.
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Sarcoidosis of the upper respiratory tract (SURT)
The Journal of Laryngology & Otology, 1982A series of eight hundred and eighteen patients with histologically-confirmed multisystem sarcoidosis was analysed; within this series were 53 (6 per cent) patients with sarcoidosis of the upper respiratory tract (SURT). Two-thirds presented with predominantly upper respiratory tract symptoms when the systemic disorder was minimal or unrecognized ...
D G, James +4 more
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2010
The upper respiratory tract extends from the anterior nares to the larynx and comprises (1) the nose—with main function as first-line defence against problems with incoming air, acting as a coarse particle filter and a conditioner (temperature and humidity) of the air, and with the sense of smell helping to detect noxious substances that are best ...
J.R. Stradling, S.E. Craig
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The upper respiratory tract extends from the anterior nares to the larynx and comprises (1) the nose—with main function as first-line defence against problems with incoming air, acting as a coarse particle filter and a conditioner (temperature and humidity) of the air, and with the sense of smell helping to detect noxious substances that are best ...
J.R. Stradling, S.E. Craig
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Surgery of the Upper Respiratory Tract in the Racehorse
Veterinary Clinics of North America: Equine Practice, 1990The authors discuss the surgical treatment of selected diseases of the upper airway of the racehorse. Although most of these conditions occur commonly and are easily diagnosed, their surgical management is often less straight-forward and may be surprisingly controversial.
J T, Robertson, R W, Copelan
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The Nature of Myospherulosis of the Upper Respiratory Tract
American Journal of Clinical Pathology, 1978A case of myospherulosis of paranasal sinuses similar in appearance to those recently seen in St. Louis, Missouri, was examined to ascertain the nature of the sac-like structures seen in this disease. The morphologic features of these formations and their positivity with stains for hemoglobin, peroxidase, and lipofuscin strongly suggest that they ...
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Upper respiratory tract infections in children
Current Opinion in Pediatrics, 1993Respiratory tract infections are a frequent problem for children, families, and pediatricians. Most such infections are trivial and do not warrant significant concern; however, for some children and some infections, aggressive and effective therapy is important.
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Tuberculosis of the upper respiratory tract
The Laryngoscope, 1970P L, Chodosh, W, Willis
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AERODYNAMICS IN THE PHYSIOLOGY OF THE UPPER RESPIRATORY TRACT
Archives of Otolaryngology - Head and Neck Surgery, 1947IN 1738 BOURNELLI expounded his theory of hydrodynamics. He was concerned with the explanation of why water running through a pipe constricted somewhere in its course seemed to leave at the same speed and in the same quantity as it entered. What took place at the constricted section? Certainly the water must speed up there.
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Anaerobes in the upper respiratory tract in infancy
Anaerobe, 2005Development of the indigenous microbiota begins on the surfaces of the human body after birth when infants are exposed to continuous person-to-person and environmental contacts with microbes. Anaerobes constitute a significant part of indigenous bacterial communities at different body sites.
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