Table of Contents

Machine Vision.- Evaluation of photosynthetic capacity in micropropagated plants by image analysis.- Monitoring Gene Expression In Plant Tissues.- Applications And Potentials Of Artificial Neural Networks In Plant Tissue Culture.- Evaluation Of Plant Suspension Cultures By Texture Analysis.- BioReactor Technology.- Bioengineering Aspects Of Bioreactor Application In Plant Propagation.- Agitated, Thin-Films Of Liquid Media For Efficient Micropropagation.- Design, Development, And Applications Of Mist Bioreactors For Micropropagation And Hairy Root Culture.- Bioreactor Engineering For Recombinant Protein Production Using Plant Cell Suspension Culture.- Types And Designs Of Bioreactors For Hairy Root Culture.- Oxygen Transport In Plant Tissue Culture Systems.- Temporary Immersion Bioreactor.- Design And Use Of The Wave Bioreactor For Plant Cell Culture.- Mechanized Micropropagation.- Integrating Automation Technologies With Commercial Micropropagation.- Machine Vision And Robotics For TheSeparation And Regeneration Of Plant Tissue Cultures.- Engineering Cultural Environment.- Closed Systems For High Quality Transplants Using Minimum Resources.- Aeration In Plant Tissue Culture.- Tissue Culture Gel Firmness: Measurement And Effects On Growth.- Effects Of Dissolved Oxygen Concentration On Somatic Embryogenesis.- A Commercialized Photoautotrophic Micropropagation System.- Intelligent Inverse Analysis For Temperature Distribution In A Plant Culture Vessel.- Physical Aspects Of Plant Tissue Engineering.- Electrical Control Of Plant Morphogenesis.- The Uses Of Ultrasound In Plant Tissue Culture.- Acoustic Characteristics Of Plant Leaves Using Ultrasonic Transmission Waves.- Physical And Engineering Perspectives Of In Vitro Plant Cryopreservation.

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Reviews

From the reviews: Plant Tissue Culture Engineering brings the engineering-plant tissue culture link to a new dimension of understanding. The editors have excelled in weaving an exquisite mosaic of plant tissue culture themes that are more than important – they are central – in the understanding of their engineering principles. I, as a scientist constantly in need of novelties to improve my own tissue culture production systems, found this book to be of tremendous value. It brought new insights, new techniques, and most importantly new inspiration for new research ideas. … I would not hesitate in recommending Plant Tissue Culture Engineering as an excellent supplement to a good tissue culture book. Most definitely students, researchers and professionals alike would benefit from the knowledge containted in these pages. Jaime A. Teixeira da Silva, Global Plant Letters, Issue 1:2 "This volume successfully coversa broad remit, bringing together acknowledged experts and consisting of 24 chapters, structured under the headings of Machine Vision, Bioreactor Technology, Mechanised Propagation Systems, Engineering the Cultural Environment and Physical Aspects of Plant Tissue Engineering. Several chapters will be of broad interest to plant tissue culture laboratories … . is a very interesting and extensive volume, within which there are chapters of essential reading for anyone involved in either commercial plant tissue culture, or research into understanding fundamental plant developmental processes." (Steve Millam, Experimental Agriclture, Vol. 43, 2007) "This book is the sixth volume of the series ‘Focus on Biotechnology’ edited by M. Hofman and J. Anzé. … This comprehensive book with many tables and figures can serve not only as up-to date source of information for researchers and teachers in the area of plant biotechnology but it also open up new vistas in this field." (J. Pospíšilová, Biologia Plantarum, Vol. 51 (3), 2007)