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- Distinct types of plexiform lesions identified by synchrotron-based . . .
In their 1958 paper, Heath and Edwards described plexiform lesions as one of four types of dilatation lesions, with the other three being vein-like branches of hypertrophied, usually occluded, muscular pulmonary arteries, angiomatoid lesions, and cavernous lesions (4)
- Plexiform lesion | definition of plexiform lesion by Medical dictionary
glomangiosis occurring within small pulmonary arteries in severe pulmonary hypertension and congenital heart disease Synonym (s): angiomatoid lesion, plexiform lesion
- Pathology Outlines - Plexiform arteriopathy
Dilation and plexiform lesions, aneurysmal dilation of small pulmonary arteries, plexiform and glomeruloid nodules Fibrin thrombi within plexiform lesion, old new hemorrhage present
- New Thoughts about the Origin of Plexiform Lesions - ATS Journals
Characteristically located either at an arterial branch point or at the origin of a supernumerary artery (1–3), plexiform lesions are typically defined as a dynamic network of vascular channels formed by the monoclonal proliferation of endothelial cells
- 29. Angioleiomyoma with a plexiform pattern in the broad ligament – A . . .
The diagnosis was ALM with a plexiform pattern likely arising from the broad ligament The clinical and radiological findings showed normal bilateral ovaries, fallopian tubes and a fibroid uterus
- Plexiform Lesions in Pulmonary Arterial Hypertension
A hallmark of PAH is plexiform lesions (PLs), complex vascular formations originating from remodeled pulmonary arteries The development and significance of these lesions have been debated and are not yet fully understood
- Pathological findings in pulmonary arterial hypertension (PAH) patients . . .
At present, six groups of chronic pulmonary hypertension (PH) are described Among these, group 1 (and 1') comprises a group of diverse diseases termed pulmonary arterial hypertension (PAH) that
- Distinct types of plexiform lesions identified by synchrotron-based . . .
In conclusion, synchrotron-based imaging revealed significant plexiform lesion heterogeneity, resulting in a novel classification The four types likely have different effects on hemodynamics and disease progression
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