By Julius M. Cruse MD PhD, Robert E. Lewis
With greater than 1100 computer-generated figures, line drawings, and pictures, Atlas of Immunology in actual fact demonstrates that “a photograph is worthy one thousand words.” Written for college students, simple scientists, and clinicians, this moment version presents a radical and updated therapy of the entire innovations had to understand modern immunology. The assurance levels from images of historic figures to molecular buildings of lately characterised cytokines, significant histocompatibility advanced molecules, immunoglobulins, and molecules of comparable curiosity. See what’s new within the moment version: New illustrations, comparable to mobile adhesion molecules, provided in a way that allows larger realizing in their function in intercellular verbal exchange and immune reactions insurance of advances in knowing of telephone receptors and sign transduction pathways New details on cytokines and chemokines with targeted connection with their constitution and serve as 5 new chapters: comparative immunology, autoimmunity, vaccines and immunization, healing immunology, and diagnostic immunology easy accessibility to visible photos of immunological info! Illustrating each crucial easy suggestion in immunology, this profusely illustrated textual content is a useful source. It contains figures pertinent to all the immunological subspecialties, comparable to transplantation, autoimmunity, immunophysiology, immunopathology, antigen presentation, and the T-cell receptor, to call quite a few. No different ebook presents the breadth and element of illustrated immunological innovations as Atlas of Immunology, moment variation. It places visible pictures of immunological info inside of effortless achieve.
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Extra resources for Atlas of Immunology, Second Edition
9) is a protein that is a member of the immunoglobulin superfamily that is important in cellular interactions. It is a cell surface molecule that serves as a ligand for leukocyte integrins. ICAM-2 facilitates lymphocytes binding to antigenpresenting cells or to endothelial cells. It binds to LFA-1, a T lymphocyte integrin. 7 CD2 ribbon structure. ICAM-2: See intercellular adhesion molecule. Molecules, Cells, and Tissues of the Immune Response 33 Intercellular adhesion molecule-3 (ICAM-3) is a leukocyte cell surface molecule that plays a critical role in the interaction of T lymphocytes with antigen presenting cells.
The amino acid residues in the subunits vary in number from 2145 to 2445. Fibronectin is important in contact inhibition, cell movement in embryos, cell-substrate adhesion, inflammation, and wound healing. It may also serve as an opsonin. Fibrinogen is one of the largest plasma proteins and has a mol wt of 330 to 340 kDa, comprising more than 3000 amino acid residues. The concentration in the plasma ranges between 200 and 500 mg/l00 ml. The molecule contains 3% carbohydrate, about 28 to 29 disulfide linkages, and one free sulfhydryl group.
He has authored numerous books and edited leading journals in the field. Peter Alfred Gorer (1897–1961) British pathologist who was professor at Guy’s Hospital Medical School, London, where he made major discoveries in transplantation genetics. With Snell, he discovered the H-2 murine histocompatibility complex. Most of his work was in transplantation genetics. He identified antigen II and described its association with tumor rejection. The Gorer Symposium, 1985. D. at Oxford in 1935, where he served as lecturer in zoology.
Atlas of Immunology, Second Edition by Julius M. Cruse MD PhD, Robert E. Lewis