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Biological Response Modifiers: New Approaches to Disease Intervention focuses on biological response modifiers (BRMs) and the ways they provide novel approaches to disease control. It examines how BRMs act through an organism's own biological response mechanisms and how their mechanisms of action can be utilized to develop new modalities of chemotherapy. Organized into 15 chapters, this volume begins with an overview of specific agents and approaches to biological therapy, the basic concepts of immunity, and BRM screening. It then discusses interferons and their immunoregulatory functions; mechanism of interferon action; how nucleic acids and polynucleotides regulate the immune system; clini...
Perhaps no scientific field in recent years has gained in techniques and applications as much as molecular biology, and it is certainly no ex aggeration to·say that among all the applications of molecular biology, hematology in general, and hemopoiesis in particular, have benefited most. Owing to the applications of molecular biology, we now live in a golden era of hemopoiesis. Our understanding of the intricate regulatory system in hemopoiesis has vastly expanded. The potential for future exploration is ever expanding, and finally, the possibility of gene manipulation, has provided the promise of fundamental treatment and "cure" of many genetic disorders involving hemopoietic cells. In the...
Annual Reports in Medicinal Chemistry
This conference was held under the sponsorship of the Eastern Pennsylvania Branch of the American Society for Microbiology, as one in a continuing series of Basic Science Symposia. The untiring volunteer effects of the members of the Symposium Committee are deeply appreciated. The Bureau of Laboratories of the Pennsylvania Department of Health was a cosponsor and generously provided staff and secretarial services to handle the difficult task of registration. The Department of Microbiology and of Microbiology and Immunology at the five medical schools in Philadelphia -- Temple University School of Medicine, Medical College of Pennsylvania, Thomas Jefferson University, Hahnemann University and the University of Pennsylvania -- were academic cosponsors, and the support of the Chairpersons and the faculties are gratefully acknowledged.
This book explores the important role of the interferons in infections due to nonviral intracellular pathogens. It deals with the induction of interferons by a variety of intracellular microorganisms and the effects of interferons on the host cells and the microorganisms.
The present book contains the Proceedings of a two day Symposium on Uremic Toxins organized at the University of Ghent in Belgium. A series of guest lectures, free communications and posters have been presented. An international audience of 163 scientists from 16 nationalities listened to and discussed extensively a spectrum of topics brought forward by colleagues and researchers who worked for many years in the field of Uremic Toxins. There is a striking contrast between all the new dialysis strategies available in the work to "clean" the uremic patients and the almost non-progression of our knowledge on uremic toxins in the past decade. In this sense the symposium was felt by all participants as a new start for the research in the biochemical field of the definition of uremia. If the present volume would stimulate new work in this field in order to define uremia, or identify the uremic toxins, the purpose of the organizers would be maximally fulfilled.
The second of two volumes covering the most recent developments in this new field. Like the previous volume, this book brings together the two fields of immunology and pharmacology, and offers a review format for advances in basic aspects, as well as an update in discussion format of therapy-related advances.
This book presents a masterful overview of the mechanics of blood cell formation and the factors that control blood cell growth. Cells circulating in the blood perform functions essential for the survival of organisms, yet blood cells and associated blood-cell-forming (hemopoietic) tissues have certain features that make them quite different from other vital organs in the body. These features include the short life span of mature blood cells, the multiplicity of blood cell types, and the wide dispersion of hemopoietic tissue in the body. The regulation of hemopoiesis in response to emergencies such as blood loss or infections is an exceedingly complex process. However, our knowledge of hemop...