Results 231 to 240 of about 37,050 (279)
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Surfactant for Hyaline Membrane Disease
Pediatrics, 1980Since it has been demonstrated that hyaline membrane disease (HMD) is due to a relative deficiency of lung surfactant,1,2 one possible approach to the treatment or prevention of HMD in premature infants might be the introduction of surfactant into the lungs. Thus far, attempts at aerosolization of either synthetic surfactant (dipalmitoyl lecithin [DPL])
T, Fujiwara, F H, Adams
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The Indian Journal of Pediatrics, 1963
A fatal case of hyaline membrane disease is reported and necropsy findings described. Pathogenesis, clinical, radiological and biochemical changes, and lines of tretament advised, are briefly commented upon.
S K Khetarpal, R K Chandra
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A fatal case of hyaline membrane disease is reported and necropsy findings described. Pathogenesis, clinical, radiological and biochemical changes, and lines of tretament advised, are briefly commented upon.
S K Khetarpal, R K Chandra
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Lymphatics in Hyaline Membrane Disease
Pediatrics, 1968The report on "The Pulmonary Lymphatics in Neonatal Hvaline Membrane Disease" by Dr. J. M. Lauweryns and colleagues1 is welcome for the data which are presented and for the emphasis they place upon the pathologic anatomy of the disease, a facet too often overlooked.
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Steroids in Hyaline Membrane Disease
Pediatrics, 1971A relationship between the adrenal and hyaline membrane disease has been suggested by the report of Naeye, Harcke, and Blanc in the April issue of Pediatrics.1 A few years ago, while active on the newborn service at the Guyan Valley Hospital, I treated a 5 lb Caucasian male premature with dyspnea, marked sternal retraction, and cyanosis.
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Positioning Infants with Hyaline Membrane Disease
AJN, American Journal of Nursing, 1978Infants with hyaline membrane disease who are receiving assisted ventilation are generally repositioned at least every two hours. Nurses usually choose the position and the time interval between position changes. Positioning is an important procedure because the change of gravitational forces influences both ventilation and blood flow to various ...
Thomas R. Harris, Sharon Ennis
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Current Therapy in Hyaline Membrane Disease
Clinics in Perinatology, 1978While some forms of therapy are more efficacious than others, and obstetric factors play a role, improved results depend on the sum of all care given. The general pediatric approach to management and our understanding of what is accomplished at the physiologic level are discussed.
Anthony Corbet, James D. Adams
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Hyaline Membrane Disease of the Lung in Thailand
Archives of Pediatrics & Adolescent Medicine, 1961The purpose of this communication is to record the occurrence of hyaline membrane disease of the lung in Thailand. A review of the autopsy records for 1959 at the Chulalongkorn Medical School in Bangkok disclosed 9 cases of hyaline membrane disease among 58 postmortem examinations conducted on infants who died during the perinatal period.
Chuntana Sheanakul., Paul D. Rosahn
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STUDIES ON HYALINE MEMBRANE DISEASE
Pediatrics, 1966Fibrinolytic enzyme therapy of respiratory distress syndrome was explored in a controlled, randomized, double-blind clinical study. Of 100 infants entered in the study, 60 corresponded to all of the predetermined criteria and were included in the final evaluation.
David H. Weintraub +2 more
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PREVENTION OF HYALINE MEMBRANE DISEASE
Pediatrics, 1972The articles by Liggins and Howie and Baden, et al. in this issue of Pediatrics are of great interest to perinatologists because they describe efforts to extend to premature infants results of recent studies on maturation of lungs of lambs and rabbits in the prevention of hyaline membrane disease. The two reports provide both promise and caution.
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Hyaline membrane disease of lungs
The Journal of Pediatrics, 1956Summary By the use of hemochromogenspectroscopy the substance giving positive benzidine and Nadi reactions in hyaline membrane has been identified as a hemoglobin-like compound. Proof of its iron content is further advanced by tinctorial demonstration of iron in most of the hyaline membrane found in the lungs of an adult case of mitral stenosis. From
Les D. Mellor, Matthew J.G. Lynch
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