Browse 70+ reticular fiber stock photos and images available, or search for reticular connective tissue to find more great stock photos and pictures.
connective tissue that supports, binds, or separates more specialized tissues and organs of the body. Illustration showing a section of connective tissue with capillary, cells (lymphocyte, fat, melanocyte, macrophages, mast cell) and fibers (elastic, collagen, reticular). Human anatomy
Professional vascular surgeon is in the operating room of the clinic during vein surgery. Phlebectomy. Modern technology of deep vein thrombosis treatment. DVT
Tissue structure includes fibroblasts, nerves, capillary, and reticular fiber. Pulp cell organization. Cell free and cell rich zone formations and pariental layer.
3d render of orange glossy balls floating around. Abstract composition of collagen bubbles or stem cells. High quality 3d illustration
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Abstract colorful technology lines big data flow
Pituitary anterior lobe. Silver method for reticular fibers. Glandular cell cords
Professional vascular surgeon is in the operating room of the clinic during vein surgery. Phlebectomy. Modern technology of deep vein thrombosis treatment. DVT
The adrenal gland is a chord-type gland. Its cells are arranged forming cords, of different thickness and orientation depending on the areas. These cords are surrounded by reticular fibers that can be demonstrated with silver techniques for reticular fibers. The image shows an adrenal cortex in which the glomerular, fasciculate and reticular zones are distinguished. The medulla is to the right of the image.
Blood smear methylene blue stain, microscopic 40x show abnormal high Reticulocytes Count. Close up image.
Microscopic photograph of a professionally prepared slide of liver tissue. The liver is divided histologically into lobules. The center of the lobule is the central vein. At the periphery of the lobule are portal triads. Liver parenchyma. Lobule with central vein. H&E Stain
Microscopic photograph of a professionally prepared slide of liver tissue. The liver is divided histologically into lobules. The center of the lobule is the central vein. At the periphery of the lobule are portal triads. Liver parenchyma. Lobule with central vein. Reticulin stain
Blood smear methylene blue stain, microscopic 40x show abnormal high Reticulocytes Count. Close up image.
Blood smear methylene blue stain, microscopic 40x show abnormal high Reticulocytes Count. Close up image.
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Microscopic photograph of a professionally prepared slide of liver tissue. The liver is divided histologically into lobules. The center of the lobule is the central vein. At the periphery of the lobule are portal triads. Liver parenchyma. Lobule with central vein. H&E Stain
The anterior lobe of the hypophysis is a chord-type gland. Silver techniques for the demonstration of reticular fibers show the reticular lamina of the basement membrane that surrounds the glandular cell cords, highlighting the aforementioned cord pattern with great clarity.
High magnification micrograph of the posterior lobe of the pituitary. Silver method for the demonstration of reticulin. With this method, the posterior lobe has poor reticulin development, limited to the wall of the blood vessels. On bottom, the connective tissue capsule
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Professional vascular surgeon and assistant in the operating room of the clinic during vein surgery. Phlebectomy. A team of professional doctors during their work in the operating room. DVT
Professional vascular surgeon and assistant in the operating room of the clinic during vein surgery. Phlebectomy. A team of professional doctors during their work in the operating room. DVT
By its origin and structure, the posterior pituitary (also called pars nervosa) resembles nervous tissue. Silver methods for the demonstration of reticular fibers show the scarce development of these fibers, which always appear associated with blood vessels.
Reticular fibers of the alveolar wall. They belong to the basement membranes of the alveolar epithelium and the blood capillaries. Silver method.
Human liver. Cirrhosis. High magnification micrograph showing a regenerating nodule (top) surrounded by a thick connective tissue septum (bottom). Silver method for reticular fibers.
Human liver. Cirrhosis. Regenerating nodules are a typical feature of cirrhosis. Silver methods for reticular fibers clearly show the connective tissue septa surrounding the regenerating nodules and the general increase of connective tissue fibers (fibrosis).
Human liver. Cirrhosis is a liver dysfunction caused by the formation of scar tissue (fibrosis) due to damage caused by liver disease. It is most commonly caused by alcoholic liver disease, non-alcoholic steatosis or hepatitis. Silver methods for reticular fibers clearly show the connective tissue septa surrounding the regenerating nodules of hepatocytes.
Human liver. Cirrhosis. Regenerating nodules are a typical feature of cirrhosis. Silver methods for reticular fibers clearly show the connective tissue septa surrounding the regenerating nodules and the general increase of connective tissue fibers (fibrosis).
Human liver. Cirrhosis. High magnification micrograph showing a regenerating nodule (top) surrounded by a thick connective tissue septum (bottom). Silver method for reticular fibers.
Human liver. Cirrhosis. Regenerating nodules are a typical feature of cirrhosis. Silver methods for reticular fibers clearly show the connective tissue septa surrounding the regenerating nodules and the general increase of connective tissue fibers (fibrosis).
Human liver. Cirrhosis. Regenerating nodules are a typical feature of cirrhosis. Silver methods for reticular fibers clearly show the connective tissue septa surrounding the regenerating nodules and the general increase of connective tissue fibers (fibrosis).
Human liver. Cirrhosis. Regenerating nodules are a typical feature of cirrhosis. Silver methods for reticular fibers clearly show the connective tissue septa surrounding the regenerating nodules and the general increase of connective tissue fibers (fibrosis).
Human liver. Cirrhosis. Regenerating nodules are a typical feature of cirrhosis. Silver methods for reticular fibers clearly show the connective tissue septa surrounding the regenerating nodules and the general increase of connective tissue fibers (fibrosis).
Reticular fibers of the alveolar wall. They belong to the basement membranes of the alveolar epithelium and the blood capillaries. Silver method.
Professional vascular surgeon is in the operating room of the clinic during vein surgery. Phlebectomy. Modern technology of deep vein thrombosis treatment. DVT
Blood smear methylene blue stain, microscopic 40x show abnormal high Reticulocytes Count. Close up image.
Blood smear methylene blue stain, microscopic 40x show abnormal high Reticulocytes Count. Close up image.
Blood smear methylene blue stain, microscopic 40x show abnormal high Reticulocytes Count. Close up image.
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Light micrograph of a lymph node medulla stained with a silver technique for reticular fibres. The reticular network of medullary cord can be seen. The clear areas between medullary cords are the medullary sinuses.
The anterior lobe of the hypophysis is a chord-type gland. Silver techniques for the demonstration of reticular fibers show the reticular lamina of the basement membrane that surrounds the glandular cell cords, highlighting the aforementioned cord pattern with great clarity.
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The adrenal gland is a chord-type gland. Its cells are arranged forming cords, of different thickness and orientation depending on the areas. These cords are surrounded by reticular fibers that can be demonstrated with silver techniques for reticular fibers. The image shows an adrenal cortex in which the glomerular, fasciculate and reticular zones are distinguished. The medulla is to the right of the image.
