A practical guide to the study and understanding of the structure of synthetic polymer materials using the complete range of microscopic techniques. The major part of the book is devoted to specimen preparation and applications. New applications and additional references provide a critical update.
Modern materials include a vast array of polymers and plastics which are found in applications such as housing, appliances, clothing and household textiles and automotive and aerospace industries. Thus research scientists, engineers and materials science graduate students need to be aware of the methods and techniques required to understand the structure-property relations of polymer materials. This book will review the field of the microscopy of polymers. There is a vast literature which describes the research results obtained by study of polymer materials using microscopy and other complementary analytical techniques and such studies are best left to journals on specific topics. The major objective of this text is to provide the basic microscopy techniques and specimen preparation methods applicable to polymers. The book will attempt to provide enough detail so that the methods described can be applied, and also to reference appropriate publications for the investigator interested in more detail. The selection of two authors for this text came from the desire for a comprehen sive review of polymer microscopy with emphasis on methods and techniques, rather than on research results. The synergism provided by two authors with widely varied backgrounds was thought to be important: one author (LCS) has an industrial focus and a background in chemistry whilst the other (DTG) has an academic environment and offers a background in polymer physics.
A gripping explanation of the biases that lead to the blaming of pregnant women and mothers. Are mothers truly a danger to their children’s health? In 2004, a mentally disabled young woman in Utah was charged by prosecutors with murder after she declined to have a Caesarian section and subsequently delivered a stillborn child. In 2010, a pregnant woman who attempted suicide when the baby’s father abandoned her was charged with murder and attempted feticide after the daughter she delivered prematurely died. These are just two of the many cases that portray mothers as the major source of health risk for their children. The American legal system is deeply shaped by unconscious risk perception that distorts core legal principles to punish mothers who “fail to protect” their children. In Blaming Mothers, Professor Fentiman explores how mothers became legal targets. She explains the psychological processes we use to confront tragic events and the unconscious race, class, and gender biases that affect our perceptions and influence the decisions of prosecutors, judges, and jurors. Fentiman examines legal actions taken against pregnant women in the name of “fetal protection” including court ordered C-sections and maintaining brain-dead pregnant women on life support to gestate a fetus, as well as charges brought against mothers who fail to protect their children from an abusive male partner. She considers the claims of physicians and policymakers that refusing to breastfeed is risky to children’s health. And she explores the legal treatment of lead-poisoned children, in which landlords and lead paint manufacturers are not held responsible for exposing children to high levels of lead, while mothers are blamed for their children’s injuries. Blaming Mothers is a powerful call to reexamine who - and what - we consider risky to children’s health. Fentiman offers an important framework for evaluating childhood risk that, rather than scapegoating mothers, provides concrete solutions that promote the health of all of America’s children. Read a piece by Linda Fentiman on shaming and blaming mothers under the law on The Gender Policy Report.
This publication presents topics on Current Clinical Indications for Breast MRI; How to set up breast MRI practice; MR-BIRADS Lexicon; Optimization of breast MRI at 1.5 Tesla(T) and at 3 Tesla; Role of MRI in evaluating extent of disease; Update on Screening breast MRI in high risk women; MRI of DCIS; Role of breast MRI in the assessment of Invasive lobular carcinoma; Breast MRI Interventions: Indications, Technique, and Histologic Correlation; Role of Breast MRI in problem-solving; Benign lesions detected on breast MRI; Clinical Oncologic Perspective of Breast MRI; Role of breast MRI in neo-adjuvant chemotherapy.
The landmark text that has guided generations of hematologists and related practitioners―updated with the latest research findings and improved format and presentation Long revered for its comprehensiveness and extraordinary depth of detail, Williams Hematology provides essential coverage of the origins, pathophysiological mechanisms, and management of benign and malignant disorders of blood and marrow cells and coagulation proteins. The text contains a wealth of basic science and translational pathophysiology for optimal, lifelong learning. Experts in research and clinical hematology, the editors are known worldwide for their contributions to the field. This new edition contains everything that has made Williams Hematology the go-to resource for decades and has been updated with new chapters and critical new research into the molecular mechanisms responsible for hematological disorders and the impact on diagnosis and treatment. And the new format enables you to access each chapter via content modules covering key topics, with summaries, infographics, and cases―all linked to review questions for self-assessment. The full-color presentation integrates images of blood and tissue findings where they are cited in the text. NEW TO THIS EDITION: Updated and revised content reflecting the latest research and developments Convenient format that streamlines the learning process and improves retention Additional chapters added on: Immune Checkpoint Inhibitors Immune Cell Therapy: Chimeric Antigen Receptor T Cell Therapy Immune Cell Therapy Dendritic Cell and Natural Killer Cell Therapy The processes of cell death and survival Application of Big Data and Deep Learning in Hematology Williams Hematology Cases with multiple-choice questions including detailed explanations—perfect preparation for the boards Continuously updated online content with comprehensive drug therapy database and other resources
Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product. The world's most highly regarded reference text on the mechanisms and clinical management of blood diseases A Doody's Core Title for 2020! Edition after edition, Williams Hematology has guided generations of clinicians, biomedical researchers, and trainees in many disciplines through the origins, pathophysiological mechanisms, and management of benign and malignant disorders of blood cells and coagulation proteins. It is acknowledged worldwide as the leading hematology resource, with editors who are internationally regarded for their research and clinical achievements and authors who are luminaries in their fields. The Ninth Edition of Williams Hematology is extensively revised to reflect the latest advancements in basic science, translational pathophysiology, and clinical practice. In addition to completely new chapters, it features a full-color presentation that includes 700 photographs, 300 of which are new to this edition, and 475 illustrations. Recognizing that blood and marrow cell morphology is at the heart of diagnostic hematology, informative color images of the relevant disease topics are conveniently integrated into each chapter, allowing easy access to illustrations of cell morphology important to diagnosis. Comprehensive in its depth and breath, this go-to textbook begins with the evaluation of the patient and progresses to the molecular and cellular underpinnings of normal and pathological hematology. Subsequent sections present disorders of the erythrocyte, granulocytes and monocytes, lymphocytes and plasma cells, malignant myeloid and lymphoid diseases, hemostasis and thrombosis, and transfusion medicine.
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