Functional Graphene-Based Nanohybrids and Aerogels for Water Treatment and Emerging Contaminant Remo...

مرکز و کتابخانه مطالعات اسلامی به زبان های اروپایی

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" Functional Graphene-Based Nanohybrids and Aerogels for Water Treatment and Emerging Contaminant Removal "
Masud, Arvid Mohammad Aich, Nirupam

Document Type	:	BL
Record Number	:	732517
Doc. No	:	b552305
Title & Author	:	Platelet heterogeneity : : biology and pathology.
Publication Statement	:	[Place of publication not identified]: Springer, 2013
ISBN	:	1447117638
	:	: 9781447117636
Contents	:	1 Platelet Density, Heterogeneity and Platelet Ageing.- Experimental Models Used to Examine the Significance of Platelet Heterogeneity.- Potential Problems Associated with Various Experimental Models.- Ultrastructural Studies and Platelet Heterogeneity.- Density-Dependent Platelet Properties and Platelet Heterogeneity.- Kinetic Models to Examine the Relationship Between Platelet Density and Age.- Is Heterogeneity of Density-Dependent Platelet Properties Significant?.- Contributions of Events During Thrombopoiesis to Platelet Heterogeneity.- Conclusions.- References.- Technical Questions.- 2 The Biology of Platelet Volume Heterogeneity.- Characteristics of Size-Dependent Platelet Subpopulations.- Relationship of Platelet Size to Platelet Age.- The Relationship of the Mean Platelet Volume to the Platelet Count.- Summary.- References.- Technical Questions.- 3 Is Platelet Heterogeneity Due to Ageing or Thrombopoiesis?.- Method of Separation of Platelets on Stractan Density Gradients.- Types of Experiments.- In Vivo Labelling.- Total Population Label.- Injection of Most Dense or Least Dense Platelets.- Injection and Re-isolation of Labelled Density Subpopulations.- Recovery of Ability of Platelets to Synthesize Thromboxane After Aspirin Administration.- Conclusions About the Relation Between Density and Survival of Rabbit Platelets.- Do Discontinuous Gradients Introduce Artefacts?.- Differences Between Most Dense and Least Dense Platelet Subpopulations.- Effect of Aggregating and Release-Inducing Agents on Platelet Density.- Effect on Density of Raising the Concentration of Cyclic AMP in Rabbit Platelets.- Changes in Density In Vivo.- Conclusions.- References.- Technical Questions.- Discussion (Chapters 1-3).- 4 Origins and Significance of Platelet Heterogeneity in a Non-human Primate Model.- Platelet Density.- Characterization of Young Platelets.- The Baboon Model of Acute Thrombocytopenia.- Platelet Kinetics.- Organ Localization.- Platelet Size.- Platelet Function.- Membrane Glycoproteins.- Platelet Organelle Content.- Platelet Enzymes.- Chronic Thrombocytopenia.- Acquired Platelet Alterations.- Conclusions.- References.- 5 Platelet Formation, Platelet Density and Platelet Ageing.- The Proplatelet Theory of Platelet Formation.- Proplatelet Formation in Bone Marrow.- Proplatelet Formation In Vitro.- Factors Controlling Proplatelet Formation.- Proplatelet Structure.- Proplatelets in Peripheral Blood.- Fragmentation of Proplatelets.- Alternative Mechanisms for Platelet Release.- When Do Individual Platelets Begin to Exist?.- Proplatelets and Platelet Volume Heterogeneity.- Platelet Density Heterogeneity and Platelet Ageing.- Preparation of Platelet Density Subpopulations.- Morphometric Analysis of Platelet Density Subpopulations.- Biochemical Properties of Platelet Density Subpopulations.- Functional Properties of Density-Separated Platelets.- Age-Dependent Properties of Platelets.- Platelet Population Labelling by MAO Inhibition.- The Recovery of MAO Activity in Platelet Density Subpopulations After Irreversible MAO Inhibition.- Interpretation of Labelling Studies of Density- Separated Platelets.- Possible Mechanisms for the Increase in Human Platelet Density with Platelet Age.- Platelet Density Heterogeneity in Pathological States.- Conclusions.- References.- 6 Characterization of Platelets and Megakaryocytes of the Wistar Furth Rat: An Animal Model with Inherently Large Mean Platelet Volume.- Materials and Methods.- Results.- Discussion.- References.- Technical Questions.- 7 The Circulating Megakaryocyte, Platelet Volume Heterogeneity and Thrombopoiesis.- The Concept of Bone Marrow Thrombopoiesis: How Did It Start?.- The Megakaryocyte Demarcation Membrane System and Platelet Territories.- Diapedesis and Sinusoidal Megakaryocytes.- Circulating Megakaryocytes.- Pulmonary Megakaryocytes.- Platelet Volume Heterogeneity.- Pulmonary Thrombopoiesis: A Simple Mechanism.- Conclusions.- References.- 8 The Genesis of Platelet Volume and Density Distributions.- Platelet Size Distributions From Normal Subjects Approximate Log-normality.- Circulating Platelet Populations of Widely Different Age Distributions Approximate Log-normality.- Platelet Volume Can Be Regulated.- Platelet Volume Is Inversely Correlated to Platelet Count.- Platelet Volume and Density Are Partially Correlated.- Platelet Function Is Linked to Platelet Size and Density.- Megakaryocyte Ploidy Heterogeneity Cannot Explain Log-normality.- Fragmentation and Growth of Megakaryocyte Cytoplasm Are Major Determinants of Platelet Size.- References.- Discussion (Chapters 7 and 8).- 9 Platelet Heterogeneity in Vascular Disease.- The Origin of Platelet Heterogeneity.- Normal Physiological Response to Change in Platelet Destruction.- The Control of Platelet Production.- Platelet Volume in Myocardial Infarction.- The Bleeding Time in Myocardial Infarction.- Platelet Volume and Megakaryocytes in Animal Models of Vascular Disease.- Conclusions.- References.- Technical Questions.- 10 The Heterogeneity of Platelets.- References.- Technical Questions.- General Discussion.- 11 Summing Up: Platelet Heterogeneity: Biology and Pathology.- Bone Marrow and Thrombopoiesis.- References.- Discussion.- 12 Chairman's Commentary.- Technical Questions.- Basic Questions.
LC Classification	:	‭QP97‬‭.P538 2013‬