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Chromatographic and Electrophoretic Techniques, Volume II: Zone Electrophoresis, Second Edition presents tried and tested methods of zone electrophoresis, which has been carried out on commercially available apparatus offering many advantages to the majority of laboratories. This book is divided into 14 chapters and begins with a brief introduction to the general principles of zone electrophoresis. The subsequent chapters deal with the principles, instrumentation, and applications of various methods of zone electrophoresis, including low- and high-voltage paper, cellulose-acetate, thin-layer, agar- and starch-gel, and preparative block electrophoresis. The remaining chapters cover other zone electrophoresis methods, such as acrylamide gel, disc, acrylamide flat gel, and continuous electrophoresis. This book is of value to analytical chemists and biologists.
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Chromatographic and Electrophoretic Techniques, Volume I — Chromatography focuses on techniques, processes, reactions, and methodologies involved in chromatography. The selection first ponders on paper chromatographic apparatus and techniques; desalting and related techniques; and apparatus and techniques in thin layer chromatography. Discussions focus on chromatographic solvents, location reagents, chemical conversions occurring during electrolytic desalting, electrodialysis, and ion exchange desalting. The book also examines paper chromatography, applications of thin layer chromatography in clinical biochemistry, and dinitro-phenyl aminoacids. The publication takes a look at iodoaminoacids and related compounds, indoles and related Ehrlich reactors, and imidazoles. The book also elaborates on guanidines, purines and pyrimidines and their derivatives, sugars, ketoacids, organic and phenolic acids, and chromatographic procedures. The selection is a dependable reference for biochemists and readers interested in chromatography.
First multi-year cumulation covers six years: 1965-70.
Angiogenesis describes the formation of new blood vessels, which arise as outgrowths from existing vessels. In many physiological processes such as ovulation and wound healing angiogenesis is involved for a relatively short time. Otherwise under normal physiological conditions in the adult organism angiogenesis is an extremely slow process. By contrast in certain disease states such as diabetic retinopathy, arthritis, chronic inflammation, hemangiomas, etc., angiogenesis persists and contributes to the pathology of these disease states. Some 50 such "angiogenic diseases" have been described where angiogeneSiS is involved. Also in tumor growth and metastasis angiogenesis is an essential proce...
connective tissues are essential for the physical functioning of the animals's body. The condition of the various connective tissues is governed by biochemical factors, anabolism and catabolism, that are controlled by specific enzymes. Any change outside the normal range of metabolism, for instance induced by immunological reactions, may induce a pathological disturbance. The result can be acute or chronic inflammation, or loss of normal function, expressed in loosening, dilatation, breaking, wear, stiffness, shrinking, scars, stenosis, and cirrhosis or any other kind of fibrosis. A first step toward improving our understanding of the feedback mecha nism that maintains the biological status ...
Neovascularization isanormalphaseoftissue repair mechanlsm. In theeye, however, sproutingofnewvessels withinavasculartissuesandtheirgreatertendencytobleed havedetrimentaleffectsonvision. Diabeticretinopathy, corneal neovascularization, age-related macular degeneration, retinal veinocclusion, andretinopathy of prematurity are major causes of blindness. In all, uncontrolled proliferationofnewvesselsistheunderlying pathologicalcauseleadingtotheinexorablelossofvision. Development of lasertechnologiesandtheir wide use in ophthalmology have broughtsomehopeforthetreqtment of these diseases. However, itbecameevident that direct closureofthenewvesselsand/orablationoflargepartsof thetissuearenotideals...
International Review of Connective Tissue Research, Volume 9 provides information pertinent to the fundamental aspects of connective tissue research. This book reviews the methods involved in chromosome mapping of genes and their application to genes. Organized into six chapters, this volume begins with an overview of basement membranes updates. This text then examines the widespread use of the methods of immunofluorescence and immune electron microscopy. Other chapters consider the degradation of collagen in vivo that is of necessity under close biological control. This book discusses as well the nature and role of inhibitors of the collagenolytic enzymes in normal and pathological conditions. The final chapter emphasizes that in addition to the multiplicity of functions of connective tissue in various organs, the formation of this tissue is the major mechanism of the repair of damaged tissues in species that have lost the power of regeneration. This book is a valuable resource for biochemists.
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