[A case dorsal disk hernia (sciatic form)].
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Humans↗
Biomedical subjects
P GEORGE
Publications and source records attributed to P GEORGE.
Hydrogen ion effects in high-energy phosphate reactions.
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Hydrogen-Ion Concentration↗
[Artificial radioelements and peripheral circulatory measurements].
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Blood Circulation↗
[Some aspects of the arterial circulation of patients of arteritis. Radioisotope study (human serum albumin labz ed with iodine-131)].
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Arteries↗
[Experimental data relative to selective deep hypothermia of the brain].
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Brain↗
[Deep hypothermia (10 degrees C) without thoracotomy. (Gollan-Sealy method). Experimental data].
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Heart↗
The reaction of ferrimyoglobin with phenol.
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Hemoglobins↗
The influence of chelation in determining the reactivity of the iron in hemoproteins. and the cobalt in vitamin B12 derivatives.
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Chelating Agents↗
The haem-globin linkage. 2. Artificial myoglobins from haematins lacking free carboxyl groups.
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Globins↗
The "high energy phosphate bond" concept.
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Phosphates↗
[Successful treatment under extracorporeal circulation of an "aneurysm" of the left ventricle following an aortic valvulotomy by the ventricular route].
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Aneurysm↗
Second spectroscopically abnormal methemoglobin associated with hereditary cyanosis.
Isolation of an abnormal methemoglobin from two families exhibiting dominantly transmitted cyanosis have permitted the recognition of two different pigments of the hemoglobin M type. It is possible that the abnormal properties which characterize the acidic methemoglobin derivatives result from a crevice configuration of the heme, with two Feprotein bonds.
Cyanosis↗
Reaction of ferrimyoglobin with phenols.
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Hemoglobins↗
The ionization of acidic metmyoglobin; ionic-strength charge effects.
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Hemoglobins↗
Thermodynamic data for myoglobin, haemoglobin and cytochrome-c reactions, and the position of the haem groups.
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Cytochromes↗
A possible structure for the higher oxidation state of metmyoglobin.
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Hemoglobins↗
pH Changes accompanying the formation of metmyoglobin complexes.
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Cyanides↗