Table of Contents

Chapter-1: Omics of Model Plants.- Chapter-2:Instrumental techniques and methods: their role in plant omics.- Chapter-3:Next generation sequencing and assembly of plant genomes.- Chapter-4: Functional genomics: applications in plant science.- Chapter-5: Cytogenomics and mutagenomics in plant functional biology and breeding.- Chapter-6: Plant Epigenetics and Crop Improvement.- Chapter-7: Plant miRNomics: novel insights in gene expression and regulation.- Chapter-8:Plant Proteomics: Technologies and applications.- Chapter-9: Plant Metabolomics: An overview of technology platforms for applications in metabolism.- Chapter-10:Plant Glycomics: advances and applications.- Chapter-11: Plant Lipidomics: Signalling and Analytical Strategies.- Chapter-12: Plant secretomics: unique initiatives.- Chapter-13: Phenomics: Technologies and applications in plant and agriculture.- Chapter-14: Plant Cytomics: Novel Methods to View Molecules on the Move.- Chapter-15:Plant Physiomics: Photo-electro-chemical and molecular retrograde signaling in plant acclimatory and defence responses.- Chapter-16: Signalomics: diversity and methods of analysis of systemic signals in plants.- Chapter-17: Signalome in salt stress.- Chapter-18: Thiolomics: Molecular mechanisms of thiol-cascade in plant growth and nutrition.- Chapter-19: Chloroplast Omics: global strategies for study of plastid biology.- Chapter-20: Transplastomics: A convergence of genomics and biotechnology.- Chapter-21:Plant Mitochondrial Omics: state of the art knowledge.- Chapter-22: Micromorphomics: a morphological dissection to unveil environmental stress.- Chapter-23: Microbiomics: An approach to community microbiology.- Chapter-24: Cryobionomics: evaluating the concept in plant cryopreservation.- Chapter-25: Nanobiotechnology: applications in plant and agriculture.- Chapter-26: Plant pharmacogenomics: from drug discovery to personalized ethnomedicine.- Chapter-27: Machine learning approaches in plant biology.- Chapter-28: Applications of bioinformatics in plant and agriculture.- Chapter-29: Plant system biology: insights and advancements.- Chapter-30: Plantomics and Futuromics.

About the Author

Debmalya Barh (MSc, MTech, MPhil, PhD, PGDM) is the founder of the Institute of Integrative Omics and Applied Biotechnology (IIOAB), India; a global platform for multidisciplinary research and advocacy. He is a well-known biotechnologist and an active researcher in the field of integrative omics who works with 400+ well-regarded researchers from 40+ countries and has 125+ high-impact international publications, several books, and book chapters in the field of biomedical and agricultural omics. He is a globally branded editor for editing omics related research reference books and an editorial and review board members for a number of highly reputed international journals. Due to his significant contributions in the field and in promoting applied biological, agricultural and bio-medical sciences using unique research strategies; in the year 2010 he has been recognized by Who's Who in the World and in 2014 he has been entered into the Limca Book of Records, “the Indian equivalent to the Guinness Book of World Records”.

A Doctorate from the University of Cambridge, Prof. Muhammad Sarwar Khan is a highly regarded Molecular Biologist from Pakistan who was a founder Head of Biotech Interdisciplinary Division at NIBGE and is currently serving as the Director of Center of Agricultural Biochemistry and Biotechnology (CABB), University of Agriculture, Faisalabad, Pakistan. He has several awards in his credit including Civil Award (Presidential Medal for Technology), Gold Medal in Agriculture (Pakistan Academy of Sciences), Performance Gold Medal (Pakistan Atomic Energy Commission), Biotechnologist Award (National Commission on Biotechnology), and is a Life Fellow of Cambridge Commonwealth Society. He has several high impact publications in scientific Journals including Nature, Nature Biotechnology, and is an author of a number of books and book chapters. Dr. Khan has made colossal contributions in the field of Chloroplast Genetic Engineering and is a pioneer in expressing GFP in plant chloroplasts, developing transplastomic rice and sugarcane. His research focus also includes expression of foreign genes in the chloroplasts to confer agronomic traits such as insect-pest resistance, salinity and herbicide tolerance, overexpression of antigenic and therapeutic proteins in chloroplasts to develop cost-effective therapeutics and vaccines.

Eric Davies, PhD is currently an Emeritus Professor in the Department of Plant and Microbial Biology, North Carolina State University (NCSU), USA. He is the former Head of the Botany Department at NCSU and the Director of the NASA Specialized Center of Research and Training (NSCORT) in Gravitational Biology. Prof. Davies was also a former Visiting Professor at Purdue University, University of Arizona, Ehime University in Japan, University of Brussels in Belgium, Universite Blaise Pascal and Universite d’Angers in France. He is an Honorary Professor at the University of Warmia and Mazuryi in Poland, and has an Honorary Doctorate from Universite Blaise Pascal. He has several refereed publications, book chapters, and books. Prof. Davies is an expert in plant wound signaling, especially the rapidly-transmitted physical (turgor and electrical) signals, local changes in ions and hormones, and ultra-rapid, systemic transcript accumulation and degradation. His other research areas are the role of the cytoskeleton in mRNAs attachment to enhance translation in specific sub-cellular regions of the cell; gravity regulated cell signaling and gene expression, especially the response in the maize pulvinus; microwave irradiation and gene expression in plants.