Page 6 - Advances in Textile Biotechnology
P. 6

Contents











                   Contributor contact details                             xi
                   Woodhead Publishing Series in Textiles                  xv
                   Preface                                                xxi



            Part I  Technologies involved in textile biotechnology         1

            1      Design and engineering of novel enzymes for
                   textile applications                                    3
                   R. Araújo, M. Casal and A. Cavaco-Paulo, University
                   of Minho, Portugal
            1.1    Basic principles of recombinant deoxyribonucleic acid
                   (DNA) molecular cloning                                  3
            1.2    Production of enzymes: searching for effi cient
                   production systems                                       7
            1.3    Enzyme engineering                                       8
            1.4    Design and engineering of novel enzymes for textile
                   applications                                            10
            1.5    Advantages and limitations                              19
            1.6    Future trends                                           21
            1.7    Sources of further information and advice               22
            1.8    References                                              22

            2      Developments in processes and equipment for
                   enzymatic textile treatments                           32
                   M. M. C. G. Warmoeskerken and G. H. Bouwhuis,
                   University of Twente, The Netherlands

            2.1    Introduction                                            32
            2.2    Current processes for the pre-treatment of cotton       33
            2.3    Mass transfer limitations in textiles                   36
            2.4    The squeezing model                                     39
            2.5    A mass transfer model                                   43

                                                                            v

                              © Woodhead Publishing Limited, 2010
   1   2   3   4   5   6   7   8   9   10   11