Now showing items 1-10 of 10
Argon and the pathophysiology of pulmonary oxygen toxicity
Molecular interaction can be determined from biological experiments. In the case of dynamics at the atmosphere-lung interface the physicochemical and atomic attributes of inhalant gases has significant biological and ...
Thyroid and adrenal factors in hyaline membrane disease
Pulmonary fibrosis implies antecedent lung injury which may or may not include inflammatory responses of the ordinary sort. The onset of breathing at mammalian birth is a different kind of lung injury, one occasioned by ...
Placental hypervascularity does not cause perinatal brain injury
Dizygotic twins at 38 weeks with separate placentas: twin A, a 2479 gram female, was healthy after vaginal delivery. Five minutes later when the amnion of twin B was ruptured artificially, the cord prolapsed and could not ...
Letters to the Editor : Challenges of forensic science
Letters: Challenges Of Forensic Science. Published August 6, 2012
Cerebropulmonary dysgenetic syndrome
Ventilatory treatment of neonatal respiratory distress often results in bronchopulmonary dysplasia from congenital surfactant deficiency due to mutants of transporter protein ABCA3. Association of this condition with ...
Cellular magnesium acquisition : an anomaly in embryonic cation homeostasis
The intracellular dominance of magnesium ion makes clinical assessment difficult despite the critical role of Mg++ in many key functions of cells and enzymes. There is general consensus that serum Mg++ levels are not ...
On the pulmonary toxicity of oxygen. 4. The thyroid arena
Normally developed thyroid function is critical to the transition from fetal to neonatal life with the onset of independent thermoregulation, the most conspicuous of the many ways in which thyroid secretions act throughout ...
On the pulmonary toxicity of oxygen. 5. Electronic structure and the paramagnetic property of oxygen
Oxygen uptake by the pulmonary circulation is a chemical reaction. The physicochemical attributesof oxygen are critical when studying pulmonary oxygen toxicity. Extent of lung injury depends onthe percentage of oxygen in ...
Pulmonary oxygen toxicity is modulated by its paramagnetic property
Molecular interaction can be determined from biological experiments [MARM 2011, #415, p. 252]. Atomic attributes can be shown to be determinative in whole animal experiments under appropriatecircumstances [MARM 2012, #225, ...
On the pulmonary toxicity of oxygen : III. The induction of oxygen dependency by oxygen use
Oxygen is central to the development of neonatal lung injury. The increase in oxygen exposure of the neonatal lung during the onset of extrauterine air breathing is an order of magnitude, from a range of 10-12 to 110-120 ...