Results 221 to 230 of about 515,125 (265)
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Clinics in Plastic Surgery, 1993
The classic connective tissue diseases (lupus erythematosus, dermatomyositis, and scleroderma) have been described with respect to their pathogenesis, clinical picture, laboratory diagnosis, and management. Because the aim of this volume is to provide an interface between plastic surgery and dermatology, the cutaneous manifestations, both shared and ...
Maria L.C. Turner, Maria L.C. Turner
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The classic connective tissue diseases (lupus erythematosus, dermatomyositis, and scleroderma) have been described with respect to their pathogenesis, clinical picture, laboratory diagnosis, and management. Because the aim of this volume is to provide an interface between plastic surgery and dermatology, the cutaneous manifestations, both shared and ...
Maria L.C. Turner, Maria L.C. Turner
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2002
Connective tissue consists of collagen, elastic fibers and ground substances produced by fibrocytes. These cells are usually spindle-shaped with slender nuclei and bipolar cytoplasmic extensions. Apart from labeling for vimentin and variable reactivity for factor XIIIa and CD34, fibrocytes are immunonegative.
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Connective tissue consists of collagen, elastic fibers and ground substances produced by fibrocytes. These cells are usually spindle-shaped with slender nuclei and bipolar cytoplasmic extensions. Apart from labeling for vimentin and variable reactivity for factor XIIIa and CD34, fibrocytes are immunonegative.
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1983
In the epithelial tissues the proper functioning of the chalone control mechanism depends on the physical separation of the mitotic-cycle cells from the post-mitotic cells. In the connective tissues, even if the cells are able to respond to the mitotic stimulus of their own mesenchymal factor, it is obvious that the mitotic-cycle cells, being entirely ...
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In the epithelial tissues the proper functioning of the chalone control mechanism depends on the physical separation of the mitotic-cycle cells from the post-mitotic cells. In the connective tissues, even if the cells are able to respond to the mitotic stimulus of their own mesenchymal factor, it is obvious that the mitotic-cycle cells, being entirely ...
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Archives of Internal Medicine, 1968
This book is one of the International Academy of Pathology monograph series. Its various chapters are expansions of presentations made in March 1965 at Philadelphia. The first ten chapters deal mostly with the morphological aspects of connective tissue, plus one chapter each on the immunologic and hematologic aspects of connective tissue disease ...
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This book is one of the International Academy of Pathology monograph series. Its various chapters are expansions of presentations made in March 1965 at Philadelphia. The first ten chapters deal mostly with the morphological aspects of connective tissue, plus one chapter each on the immunologic and hematologic aspects of connective tissue disease ...
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Connective tissue and inflammation
Orvosi Hetilap, 2014The author summarizes the structure of the connective tissues, the increasing motion of the constituents, which determine the role in establishing the structure and function of that. The structure and function of the connective tissue are related to each other in the resting as well as inflammatory states.
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Fibrogenesis in Connective Tissues
Nature, 1954WHILE it is now generally accepted that the cell plays a dominant part in the fibrogenesis in connective tissues, the mechanism of the formation of the fibrils of collagen and those of elastic tissue and cartilage is completely unknown. The object of this communication is to direct attention to the presence of sub-microscopical filaments in the ...
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Oxygen and the connective tissues
Trends in Biochemical Sciences, 1992Avascular connective tissues (cartilage, discs, cornea) change with maturation and aging, particularly in large animals, where diffusion paths are longest. It is suggested that the changes in such tissues are responses to increasing difficulties in obtaining oxygen.
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1985
Publisher Summary This chapter focuses on connective tissue consisting of three elements fibers, cells, and ground substance. Collagen types I, II, and III are termed interstitial to differentiate them from basement membrane collagen. At the level of the light microscope, the basement membrane appears to be a homogeneous layer forming the interface ...
C.F.A. Culling, R.T. Allison, W.T. Barr
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Publisher Summary This chapter focuses on connective tissue consisting of three elements fibers, cells, and ground substance. Collagen types I, II, and III are termed interstitial to differentiate them from basement membrane collagen. At the level of the light microscope, the basement membrane appears to be a homogeneous layer forming the interface ...
C.F.A. Culling, R.T. Allison, W.T. Barr
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Best Practice & Research Clinical Rheumatology, 2007
Furst DE, MATUCCI CERINIC, MARCO
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Furst DE, MATUCCI CERINIC, MARCO
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