Congenital pulmonary stenosis with left ventricular enlargement associated with atrial septal defect

Congenital pulmonary stenosis with left ventricular enlargement associated with atrial septal defect

“79 SELECTED ABSTRACTS of stimulation which the authors have not yet explored fully, such as various natural humoral substances, carbon dioxide, dru...

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“79

SELECTED ABSTRACTS

of stimulation which the authors have not yet explored fully, such as various natural humoral substances, carbon dioxide, drugs, etc. Such an influence as that of oxygen on the ductus may have something in common with the findings of Figge (1934), who demonstrated a definite effect on the metamorphosis of the aortic arches and gills in larval forms of the salamander by variations in oxygen tension of their environment. If this seemingly important relationship of oxygen to the mechanism of closure of the ductus is true, it offers a practical indication for treatment of newborn infants, especially those which have difficulty in the oxygenation of their blood.

Castilla,

C. R., and Aguirre,

Syndrome Fibrillation.

With

Congenital Cardiac Block With R. S.: Crises of Paroxysmal Ventricular Tachycardia Rev. argent. de cardiol. 8: 340, 1941.

Stokes-Adams and Terminal

A case is described of congenital auriculoventricular block with tacks in a boy two and one-half years old. The electrocardiographic that syncopal attacks were due to paroxysmal crises of prefibrillation tachycardia. The boy died of ventricular fibrillation.

syncopal atstudy showed ventrirular AllTHOM.

wising, 299,

P.: 1941.

Familial,

Congenital

Sinus

The author gives an account of four generations of a family in which this anomaly.

Tachycardia.

Acta

cases of permanent abnormality seems

med.

Hcandinav.

108:

sinus tachycardia in two t,o occur as an hereditary AUTHOtL

Wood, P.: Associated

Congenital Pulmonary With Atria1 Septal

Stenosis

Defect.

Brit.

With Left Ventricular Heart J. 4: 11, 1912.

A case is described which presented the following valvular stenosis, atria1 septal defect, left ventricular permanent cyan&s. The question arises whether this will prove a climrally syndrome, or whether this is a freak case.

features: dominance, recognizable

Enlargement pulmonary and ext,reme congenital AUTHOR.

Gamin,

C. F.:

Infarction

in Heart Disease.

Am.

J. M. 8~. 203:

473,

1942.

Of 771 consecutive autopsied patients dead of heart disease, 354 (45.9 per cent) had one or more infarcts in the lungs, brain, kidneys, spleen, extremities and/or intestines. Subacute bacterial endocarditis was the type of heart disease most frequently associated with infarcts of the viscera, 80 per cent of the cases showing this complication. In coronary artery disease with myocardial infarction, about GO per cent of the cases had one or more infarcts in the lungs, brain, kidneys, spleen, extremities and/or intestines. Coronary artery disease without myocardial infarction and rheumatic heart disease were about alike, approximately 50 per cent of t,he ca.qes showing one or more infarcts. The incidence of infarction in hypertensive heart and syphilitic heart disease was about 40 per cent, and t,his complication was uneommon in car pulmonale. The lungs were involved by infarction in 28.7 per cent of the 771 cases, the kidney in 17 per cent, the spleen in 11.7 per cent, the extremities in 2.6 per cent, and the intestines in 1.7 per cent. There was infarction of the brain in 17.6 per cent of 432 The highest incidence of infarction occurred in subacute bacterial examinations. endocarditis (kidney, 70 per cent; and spleen 66.7 per cent).