The Lymphatic System in Health and Disease (Colloquium Integrated Systems Physiology: From Molecule to Function to Disease). This item is unavailable.The Lymphatic System in Health and Disease (Colloquium Integrated Systems Physiology: From Molecule to Function to Disease)

The lymphatic system develops and functions in parallel with the blood circulatory system (termed the "hemovasculature") and accomplishes transport of interstitial fluids, dietary lipids, and reverse transport of cholesterol, immune cells, and antigens-providing a critical homeostatic fluid balance and transmission of immune cells and mediators back to the cardiovascular system. Although the daily flow of lymph (normally 1-2 L/day under unstressed conditions) is far lower than that of daily blood flow (which is 7,500 L/day), without the adequate functioning of the lymphatics, virtually all organs and tissues would acutely suffer many different physical and inflammatory stresses ranging from edema to organ system failure. Although blood and lymphatic vessels often form in anatomic parallels to one another, our knowledge of the workings of the lymphatic system, the fine structure of lymphatic networks, how they function in different organs, and how they are regulated physiologically and immunologically are far from parallel; our knowledge of the lymphatic system still remains at only a tiny fraction of what is understood about the cardiovascular system. Although both the cardiovascular and lymphatic systems are important transport systems, what they transport and how they transport and propel these very different cargoes could not be more dissimilar.

This book provides an overview of the history of the discovery (and re-discovery) of the components of the lymphatic system, lymphatic anatomy, physiological functions of lymphatics, molecular features of the lymphatic system, and clinical perspectives involving lymphatics which may be of interest to scientists, clinicians, patients, and the lay public. We provide a current understanding of some of the more important structural similarities and differences between lymphatics and the blood vascular system, their coordinated control by angiogenic and hemangiogenic growth factors and other modulators, the fate and lineage determinants which control lymphatic development, and the roles that lymphatics may play in several different diseases.

J. Winny Yun is a PhD candidate in the Department of Molecular and Cellular Physiology at Louisiana State University Health Sciences Center-Shreveport. She received her BS from Johns Hopkins University in 2012. Her current research project focuses on understanding the roles of lymphatic proteins in brain endothelial cells and their microparticles in health and disease. She has been funded through the Annette Funicello Research Fund for Neurological Research and is a recipient of a fellowship from the Center for Cardiovascular Diseases and Sciences at LSUHSC-S.

J. Steven Alexander, PhD, has been a professor in the department of Molecular and Cellular Physiology at Louisiana State University Health Sciences Center-Shreveport since 1994. He received his BA from Boston University in 1984 and his PhD in 1989. His current research project focuses on understanding the roles of lymphatic proteins in Alzheimer's disease, multiple sclerosis, and Parkinson's disease. He has more than 280 publications in the area of vascular/endothelial biology and has been continuously funded through NIH, DOD, and corporate and private funding since 1994.

D. Neil Granger, Ph.D., is Boyd Professor Emeritus in the Department of Molecular and Cellular Physiology at the LSU Health Sciences Center in Shreveport, Louisiana. His research interests have been focused on the role of the microcirculation in acute and chronic inflammation and how risk factors for cardiovascular disease influence microvascular function. Dr. Granger has a longstanding record of teaching physiology to medical and graduate students. He has served on the editorial boards of the GI & Liver, Heart & Circulation, and Cell sections of the American Journal of Physiology, as well as Circulation Research, Microcirculation, Shock, Pathophysiology, Free Radical Biology & Medicine, Lymphatic Research and Biology, and Nitric Oxide Biology & Chemistry. He was an Associate Editor of the American Journal of Physiology: GI & Liver Physiology and the Editor-in-Chief of Microcirculation.