By Jennifer I. Lim (ed.)
Addressing a massive affecting hundreds of thousands all over the world, this resource compiles the main sensible and groundbreaking examine at the etiology, overview, and therapy of Age-Related Macular Degeneration (AMD). With full-color illustrations all through, this reference explores learn developments that experience ended in novel remedies that supply sight saving, much less damaging varieties of remedy for exudative AMD, in addition to concepts to avoid the development of non-exudative AMD. With 3 new chapters and expansive volume of part updates, this resource offers the newest experiences on OCT imaging, experimental remedies, new functions for thermal lasers, and gene treatment for AMD. The resource additionally summarizes stories from present medical trials to stay the highest quality within the provision of deal with sufferers with this disabling disorder.
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Extra resources for Age-Related Macular Degeneration
Nevertheless, it is unlikely that deposition of either anti-basement membrane antibodies or circulating ICs plays an important role in AMD. However, another interpretation of the clinical and experimental data is that some forms of glomerulonephritis may actually represent antigen trapped or “planted” within the glomerular matrix, followed by the subsequent formation of in situ ICs. This alternative explanation is probably especially relevant to glomerulonephritis associated with subepithelial deposits rather than subendothelial deposits (since it is unlikely that large ICs would be able to ﬁlter through the matrix).
Since these disorders share epidemiologic, genetic, and physiological associations with AMD, the approach attempts to delineate the scope of the subject based on analysis of other agerelated degenerative diseases, and to highlight areas of potential importance to future AMD research. Finally, this chapter introduces the paradigm of “response to injury” as a model for AMD pathogenesis. This paradigm proposes that immune mechanisms, including the complement system, not only participate in the initiation of injury, but also signiﬁcantly contribute to abnormal reparative responses resulting in disease pathogenesis and complications.
After appropriate antigenic stimulation with T cell help, B cells secrete IgM antibodies, and later other isotypes, into the efferent lymph ﬂuid draining into the venous circulation. Antibodies then mediate a variety of immune effector activities by binding to antigen in the blood or in tissues. Antibodies serve as effectors of tissue-speciﬁc immune responses by four main mechanisms. Intravascular circulating antibodies can bind antigen in the blood, thereby form circulating immune complexes (ICs).