TAILIEUCHUNG - Synthetic Polymers for Biotechnology and Medicine

Synthetic polymers fulfill many functions in biotechnology and medicine. In cell culture technology and tissue engineering they provide the surfaces to which cells may attach. Cross-linked polymer networks are used for drug delivery and cell encapsulation. Polymer-based porous membranes can be used to shield implanted cells from the immune system of the host, while allowing for the exchange of nutrients and metabolic waste products thus keeping the cells alive and functioning. In genetic engineering, polymers often play a very important role during the transfer of the foreign genetic material into the recipient cell. In this context polymers present interesting and perhaps safer alternatives to gene delivery by viruses. Last. | INTf I I IGFNCE UNIT 4 Ruth Irciug Synthetic Polymers for Biotechnology and Medicine LANDES MOM IF M ĩ Biotechnology Intelligence Unit 4 Synthetic Polymers for Biotechnology and Medicine Ruth Freitag . Swiss Federal Institute of Technology Lausanne Switzerland Landes Bioscience Georgetown Texas . Austin Texas . Synthetic Polymers for Biotechnology AND Medicine Biotechnology Intelligence Unit 4 Landes Bioscience Designed by Jesse Kelly-Landes Copyright 2003 All rights reserved. No part of this book may be reproduced or transmitted in any form or by any means electronic or mechanical including photocopy recording or any information storage and retrieval system without permission in writing from the publisher. Printed in the . Please address all inquiries to the Publishers Landes Bioscience 810 South Church Street Georgetown Texas . 78626 Phone 512 863 7762 FAX 512 863 0081 ISBN 1-58706-027-2 hard cover version ISBN 1-58706-081-7 soft cover version Library of Congress Cataloging-in-Publication Data Synthetic polymers for biotechnology and medicine edited by Ruth Freitag. p. cm. -- Biotechnology intelligence unit Includes bibliographical references and index. ISBN 1-58706-027-2 alk. paper 1. Polymers in medicine. I. Freitag Ruth 1961 - . DNLM 1. Polymers. 2. Biomedical Engineering. 3. Biotechnology. 4. Equipment Design. QT S993 2001 S975 2001 610W .28--dc21 .

• Y học thường thức
• Molecular Biology
• Product Isolation
• Affinity Precipitation
• Affinity Mediator
• Preparative Biochromatography
• Displacer Design
• High Yield cell and molecular biology
• Cell and molecular biology
• The cell cycle
• Molecular biology of cancer
• Cell biology of the immune system
• Molecular biology techniques
• Identification of human disease genes
• Campbell biology
• Lecture Campbell biology
• Biological sciences
• Systems biology
• Molecular biology of the gene
• Chromosome replication
• Meiosis and genetic recombination
• The human nuclear genome
• The human mitochondrial genome
• Lecture Molecular biology
• Sinh học phân tử
• Molecular cloning methods
• Gene cloning
• Directional cloning
• Amino acids
• Molecular tools
• Studying genes
• History of genetics
• Both simple
• Molecular genetics
• Genetic code
• Molecular biology of microorganisms
• Different facets
• Plant molecular biology
• Genetic manipulation
• Recombinant DNA technology
• Molecular diagnostics
• Biochemistry cell and molecular biology test
• Molecular Biology Test
• Biochemistry Test
• Genetics test
• Structural Biology
• Cupramolecular complexes
• Lecture Biology
• Mendel’s Laws
• Transmission genetics
• Mendel’s gene transmission
• Genetic material
• Transforming material
• DNA structure
• Gene function
• Storing information
• Mechanism of transcription
• RNA polymerase structure
• Lac operon
• Bacterial transcription
• Sigma factor switching
• DNA Protein interactions
• The λ family of repressors
• Eukaryotic RNA polymerases
• RNA polymerases
• Class II factors
• Transcription activators in eukaryotes
• RNA polymerase II
• Histones in the nucleosome
• Nucleosome structure
• Messenger RNA processing I
• Genes in pieces
• RNA processing II
• Cap structure
• Cytoplasmic polyadenylation
• RNA processing
• Ribosomal RNA processing
• Transfer RNA processing