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Literature DB >> 13011200

Interrelationships among pulmonary capillary pressure, blood flow and valve size in mitral stenosis; the limited regulatory effects of the pulmonary vascular resistance.

J ARAUJO, D S LUKAS.

Abstract

Entities: Disease

Keywords: LUNGS/blood supply; MITRAL VALVE/stenosis

Mesh：

Year: 1952 PMID： 13011200 PMCID： PMC436517 DOI： 10.1172/JCI102703

Source DB: PubMed Journal: J Clin Invest ISSN： 0021-9738 Impact factor: 14.808

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8 in total

1. Surgery for mitral stenosis; a review of progress.

Authors: E F BLAND
Journal: Circulation Date: 1952-02 Impact factor: 29.690

2. Physiologic studies in mitral valvular disease.

Authors: A DRAPER; R HEIMBECKER; R DALEY; D CARROLL; G MUDD; R WELLS; W FALHOLT; E C ANDRUS; R J BING
Journal: Circulation Date: 1951-04 Impact factor: 29.690

3. Hydraulic formula for calculation of the area of the stenotic mitral valve, other cardiac valves, and central circulatory shunts. I.

Authors: R GORLIN; S G GORLIN
Journal: Am Heart J Date: 1951-01 Impact factor: 4.749

4. Studies of the circulatory dynamics in mitral stenosis. II. Altered dynamics at rest.

Authors: R GORLIN; F W HAYNES; W T GOODALE; C G SAWYER; J W DOW; L DEXTER
Journal: Am Heart J Date: 1951-01 Impact factor: 4.749

5. Factors regulating pulmonary capillary pressure in mitral stenosis. IV.

Authors: R GORLIN; B M LEWIS; F W HAYNES; R J SPIEGL; L DEXTER
Journal: Am Heart J Date: 1951-06 Impact factor: 4.749

6. Pulmonary vascular pressures in relation to edema production by airway resistance and plethora in dogs.

Authors: F J HADDY; G S CAMPBELL; M B VISSCHER
Journal: Am J Physiol Date: 1950-05

7. Studies of the pulmonary circulation in man at rest; normal variations and the interrelations between increased pulmonary blood flow, elevated pulmonary arterial pressure, and high pulmonary 'capillary" pressures.

Authors: L DEXTER; J W DOW; F W HAYNES; J L WHITTENBERGER; B G FERRIS; W T GOODALE; H K HELLEMS
Journal: J Clin Invest Date: 1950-05 Impact factor: 14.808

8. The Nature and Significance of the Structural Changes in the Lungs in Mitral Stenosis.

Authors: F Parker; S Weiss
Journal: Am J Pathol Date: 1936-09 Impact factor: 4.307

8 in total

11 in total

1. Pulmonary oedema.

Authors: G W HAYWARD
Journal: Br Med J Date: 1955-06-04

2. [The significance of vascular tone in chronic pulmonary hypertension, especially mitral stenosis, and its modification].

Authors: H J HAUCH
Journal: Arch Kreislaufforsch Date: 1961-03

Interrelationships among pulmonary capillary pressure, blood flow and valve size in mitral stenosis; the limited regulatory effects of the pulmonary vascular resistance.

1. Surgery for mitral stenosis; a review of progress.

2. Physiologic studies in mitral valvular disease.

3. Hydraulic formula for calculation of the area of the stenotic mitral valve, other cardiac valves, and central circulatory shunts. I.

4. Studies of the circulatory dynamics in mitral stenosis. II. Altered dynamics at rest.

5. Factors regulating pulmonary capillary pressure in mitral stenosis. IV.

6. Pulmonary vascular pressures in relation to edema production by airway resistance and plethora in dogs.

7. Studies of the pulmonary circulation in man at rest; normal variations and the interrelations between increased pulmonary blood flow, elevated pulmonary arterial pressure, and high pulmonary 'capillary" pressures.

8. The Nature and Significance of the Structural Changes in the Lungs in Mitral Stenosis.

1. Pulmonary oedema.

2. [The significance of vascular tone in chronic pulmonary hypertension, especially mitral stenosis, and its modification].

3. The effects of 1-hydrazinophthalazine on the pulmonary circulation in mitral disease.

4. [More recent results on the pathogenesis of pulmonary edema].

5. Pulmonary vascular changes in response to variations in left auricular pressure.

6. The nature of pulmonary hypertension in mitral stenosis.

7. The relation of cardiac catheterization to cardiovascular surgery.

8. Mitral Stenosis.

9. The Control of Pulmonary Ventilation in Physiological Hyperpnea.

10. The application of Starling's law of capillary exchange to the lungs.