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Culture and characterization of bovine mesenteric lymphatic endothelium

In Vitro Cellular & Developmental Biology, 1987
Lymphatic endothelial cells isolated from bovine mesenteric lymphatic vessels were cultured and characterized. Lymphatic endothelial cells grew as a monolayer displaying an elongated morphology in preconfluent primary cultures. When confluent, the cells exhibited a polygonal morphology to form a "cobblestone" pattern previously described for cultured ...
B. E. Jones, L. C. J. Yong
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Stimulation of Plasminogen Activator and Inhibitor in the Lymphatic Endothelium

Microvascular Research, 2000
Chromogenic assays, immunoblotting, and Northern blot hybridization methods were employed to assess the effects of various agonists on the production of tissue plasminogen activator (t-PA) and plasminogen activator inhibitor type 1 (PAI-1) by the lymphatic endothelium (LEC).
Agnes Day   +3 more
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Lymphatic endothelium isolation, characterization and long term culture

The Anatomical Record, 1993
AbstractUsing a collagenase trypsin‐EDTA treatment, we have been able to successfully isolate and grow primary cultures of the lymphatic endothelium (LEC) that were subcultured, frozen for storage, subsequently thawed with good recovery and growth, and serially subcultured.
Michael Jones, Lee V. Leak
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Identification of Lymphatic Endothelium in Pediatric Vascular Tumors and Malformations

Pediatric and Developmental Pathology, 2005
The distinction between lymphatic and other vascular vessels on microscopic sections is a challenging task. D2-40, a novel antibody, has been reported to be selective for lymphatic endothelium. We studied the specificity and sensitivity of D2-40 in pediatric vascular tumors and malformations.
Csaba Galambos, Laurentia Nodit
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Expression of junctional adhesion molecules on the human lymphatic endothelium

Microvascular Research, 2008
Human lymphatic vessels express several leukocyte adhesion molecules. The study here investigated the expression of three junctional adhesion molecules (JAM) which are a newly reported glycoprotein family of adhesion molecules on human lymphatic endothelium.
Kana Iwasawa   +3 more
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Transport of protein across lymphatic endothelium in the rat kidney

Microvascular Research, 1981
Abstract The pathways involved in protein transport across the lymphatic endothelium of the rat renal cortex were studied ultrastructurally. Qualitative and quantitative analyses were made on tissue from control animals (saline injected) and from animals injected intravenously with horseradish peroxidase (HRP) or ferritin.
Patricia J. O'Morchoe   +2 more
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Lymphatic endothelium: An important interactive surface for malignant cells

Pulmonary Pharmacology & Therapeutics, 2006
Endothelial cells line the vessels which transport fluid and cells throughout the body. Although much attention has been paid to these cells in the context of the blood vascular system, endothelial cells also line lymphatic vessels. Recent progress in identifying growth factors which drive the development of lymphatic vessels and molecular markers ...
Rae H Farnsworth   +2 more
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Homogeneity of Mesothelial Cells with Lymphatic Endothelium: Expression of Lymphatic Endothelial Markers by Mesothelial Cells

Lymphatic Research and Biology, 2005
Mesothelial cell monolayers cover the serous cavities and internal organs, and provide a protective low-friction interface between apposed organs and tissues. The mesothelium also regulates inflammation, fluid and cell exchange, and tissue repair in these compartments and possibly tumor metastasis.
Jonathan Steven Alexander   +7 more
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Modulation of lymphatic smooth muscle contractile responses by the endothelium

Journal of Surgical Research, 1992
The endothelium regulates smooth muscle tone in blood vessels through the release of endothelium-deprived relaxing factor (EDRF). We hypothesized that the lymphatics possess endothelium-dependent relaxant properties analogous to those in blood vessels.
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Distribution of cell surface charges on mesothelium and lymphatic endothelium

Microvascular Research, 1986
The distribution of anionic sites on the luminal surfaces of the peritoneal mesothelium and lymphatic endothelium was investigated by injecting cationized ferritin (CF) intraperitoneally. After washing with phosphate-buffered saline, the diaphragm was fixed and processed for electron microscopy.
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