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Soft cover. Zustand: New. Contents: SECTION 1: METHODOLOGY: Wild Species of Oryza as an Important Reservoir for Mining of Useful Alleles. 1. Plant Genetic Transformation: Methods and Emerging Trends. 2. The Engineering of Recombinant Plastids in Higher Plants. 3. Inducible Gene Expression Systems as Tools for Plant Functional Genomics. 4. Gene Targeting in Higher Plants. 5. State-of-the-art Genome Profiling (GP): A Key Tool for Plant Biotechnology. 6. Applications of Gene Silencing in Crops. SECTION 2: PHYSIOLOGY, TISSUE CULTURE, MICROPROPAGATION: Effect of Brassinolide on Growth, Yield, Metabolite Content and Enzyme Activities of Tomato (Lycopersicon esculentum Mill.). 7. Ornamental Foliage Plants: Improvement through Biotechnology. 8. In vitro Propagation of Tropical and Subtropical Fruit Crops. 9. In vitro Plantlet Regeneration in Asparagus racemosus through Shoot Bud Differentiation on Nodal Segments. 10. Micropropagation of Ringal Bamboo Drepanostachyum falcatum (Nees) Keng. F. through Nodal Segments. 11. Isolated Microspore Embryogenesis in Cereals: Aspects and Prospects. 12. Plant Regeneration from Cell Suspension Culture-Derived Protoplasts of Phellodendron amurense Rupr. 13. Importance of Micropropagation Technique in Enhancing the Productivity of Crops. SECTION 3: PLANT TRANSFORMATION: High Efficiency Transformation in Artemisia annua with Agrobacterium tumefaciens. 14. Genetic Improvement of Castor (Ricinus communis L.) through Tissue Culture and Biotechnological Tools. 15. Genetic Engineering of Orchids. 16. Identity Preservation in Genetically Modified Crops. 17. Enhanced Production of Recombinant Proteins from Plant Cells. 18. Bioengineering of Crops for Biofuels and Bioenergy. SECTION 4: STRESS TOLERANCE: Light and Dark Modulation of Chlorophyll Biosynthetic Genes in Response to Temperature. 19. Glutathione Homeostasis and Abiotic Stresses in Plants: Physiological, Biochemical and Molecular Approaches. 20. Signaling Components in Programmed Cell Death: Molecular and Functional Similarities between Animals and Plants. 21. Regulation of Stomatal Opening and Signal Transduction Components in Guard Cells. 22. Designing New Plant Genotypes with Enhanced Resistance to Salinity. 23. Defense Response of Moth Bean (Phaseolus aconitifolius) to Macrophomina phaseolina: Role of Polyphenols, PAL and β-1,3-glucanase. 24. Host-Pathogen Interaction in Sesamum indicum: Synthesis of PR-Proteins. 25. Allium sativum Leaf Lectin: A Potent Sap Feeding Insect Control Protein Expressed in Rice and Mustard. 26. Genetic Engineering: A Powerful Tool to Combat Viral Diseases of Plants. SECTION 5: BIOTECHNOLOGY OF MEDICINAL PLANTS: Molecular Tools in Medicinal Plants: A Review. 27. Forskolin Biosynthesis and Invertase Activity in Agrobacterium rhizogenes Mediated Transformed Roots of Coleus forskohlii. 28. A Novel Source for Furanocoumarins: Ruta graveolens L. 29. Antioxidant Potential of Plants and their Impact on Human Health. 30. Arabinogalactan and Arabinogalactan-Protein Complexes (AGPs): a Natural Plant Derived Macromolecule of Therapeutic Importance. 31. Transgenics of Some Medicinal Plants. 32. In vitro Regeneration of a Rare Medicinally Potent Plant of Eastern Himalayan Hotspot. 33. A Comparative Study of Growth Kinetics in Hairy Root Cultures of Solanum khasianum Clark Grown in Shake Flasks and Bioreactors. 34. Micropropagation and Alkaloid Production through Somatic Embryo Cultures of Corydalis. 35. Biotechnological Approach on Production of Ginkgolides from Cell Cultures of Ginkgo biloba L. 36. Applications of Biotechnology in Indian Ginseng (Ashwagandha): Progress and prospects. 37. Prospects of Ephedrine in the Desert Plants of Rajasthan. 38. Ayurvedic Medicines: Some Potential Plants for Medicine from India. Index. The present book is divided into five sections. The first section deals with the methodology and bioresource generation, techniques related to genetic engineering, and gene transfer to the nuclear genome and chloroplast genome. The new t.

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Zustand: New. 1st ed. 2019 edition NO-PA16APR2015-KAP.

figs (illustrator). Contents Foreword Prof Jack M Widholm Preface 1 Tissue culture historical perspectives and applications Claudio Stasolla and Trevor A Thorpe I In vitro plant regeneration 2 High frequency plant regeneration via multiple shoot induction from shoot Apex in Indica Rice Oryza Sativa L varieties Swati Mishra Lingaraj Sahoo and Suresh Kumar 3 Somatic and gametic embryogenesis in Maize cell biology and applications Bohus Obert Anna Pretova and Jozef Samaj 4 Somatic embryogenesis in Eucalyptus an update to 2009Gloria Pinto Yill Sung Park Joao Lureiro Lucinda Neves Clara Araujo Sonia Silva and Conceicao Santos 5 Increased embryo production by manipulation of pretreatment materials and media in isolated microspore culture of hot pepper capsicum annuum L Moonza Kim Eun Joon Park and Youngwon Lee 6 Biotechnological advancement in getting in vitro regeneration and mass multiplication in Guava Psidium guajava L a success story in fruit trees Rajesh K Tiwari and Mala Trivedi 7 In vitro propagation of stone pine Pinus pinea L molecular and physiological bases Ana Rodriguez Candela Cuesta Millan Cortizo Belen Fernandez and Ricardo Ordas 8 Morphological anatomical and physiological characteristics of in vitro grown plants in comparison to ex vitro grown plants S Sharifian and K Vahdati II Transgenic plants and their applications 9 Production of transgenic plants and their application in biotechnology Wei Tang and Ronald J Newton 10 Practical applications of genetic transformation Wei Tang and Ronald J Newton 11 Generating marker-free transgenic plants Ketan M Doshi 12 Role of recARad51 gene family in homologous recombination repair and genetic engineering of transgenic plants SK Basu F Eudes and I Kovalchuk 13 Metabolic engineering in plants Vinod Chavan and Nutan Malpathak 14 Molecular farming for production of biologically important molecules in Plants Anil Kumar Nidhi Gupta Sandeep Arora and Dinesh Yadav 15 Improving crop tolerance to abiotic stresses by plant biotechnology Shu-Ye Jiang and Srinivasan Ramachandran 16 Transgenic floricultural and ornamental plants Jaime A Teixeira Da Silva 17 Flux in morphology and GUS expression in somatic embryogenic derived populations of transgenic celery Guo Qing Song Kenneth C Sink and James F Hancock 18 The potato Solanum tuberosum L an overview of genetic transformation and related biosafety issues Carloalberto Petti and GB Sunil Kumar 19 Clean DNA transformation of rice using minimal gene expression cassettes to minimize biosafety concerns Suresh Kumar 20 Bioinformatics application to crop improvement Vinay Singh Soma Marla and Anil Kumar 21 Intellectual property rights biopiracy and patent revocation Shashank and Ashok Munjal III Secondary metabolites and medicinal plants 22 Biotechnological aspects of secondary metabolite production Bopana Nishritha and Saxena Sanjay 23 Applications of plant biotechnology in pharmaceutical sciences a critical review Usha Yogendra Nayak Ranjith Kumar Averineni Gopal V Shavi and Nayanabhirama Udupa 24 Production of recombinant proteins in plants for pharmaceutical use Pretova Anna Klubicova Katarina and Obert Bohus 25 Intraspecific variation of plant secondary metabolites N Hiraoka 26 Optimisation steps towards bioprocess development for the production of cyclotides Heike Dornenburg 27 Genetic Instability in hypericum perforatum L physiological and induced sources of genetic variation Eva Cellarova Matus Skyba and Jan Kosuth 28 Biotechnology of endangered medicinal plants spotted gentian Gentiana Punctata L Venterhalter Branka Zdravkovic Korac Snezana Ninkovic Slavica Jankovic Teodora and Vinterhalter Dragan 29 Direct shoot regeneration of cassia senna for sustainable production of anthraquinone glycoside sennoside Anshu Srivastava and Neeta Shrivastava Index Author index 608 pp.

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Hardcover. Zustand: new. Hardcover. Genome editing offers a powerful tool to significantly accelerate crop-breeding programs in order to develop new and improved varieties. It allows precise modification of an organism's DNA sequence, often by creating targeted double-strand breaks at specific locations. The CRISPR-Cas system has emerged as the preferred method of gene editing and offers a powerful technology for crop improvement. The use of CRISPR in plant research has led to significant improvements in crop performance in terms of yield, nutrition, stress tolerance and resistance against agricultural pests and diseases. This book explores the cutting-edge field of genome editing, its applications and potential to revolutionize the genetic improvement of crops. It includes: Foundational concepts and historical context of genome editing (GE). Structure and mechanisms of various genome editing techniques. Application of GE for trait improvements in plants. Regulatory, biosafety, and ethical considerations. This is a valuable resource for researchers in crop genetic improvement, graduate and postgraduate students in molecular biology and biotechnology programs, and professionals in the field. Addresses the latest information on the application of genome editing techniques in plants. It includes a historical background information about genome editing, describes the structures, mechanisms and different applications, and concludes with a discussion of the potential risks and opportunities. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.

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Hardcover. Zustand: new. Hardcover. Genome editing offers a powerful tool to significantly accelerate crop-breeding programs in order to develop new and improved varieties. It allows precise modification of an organism's DNA sequence, often by creating targeted double-strand breaks at specific locations. The CRISPR-Cas system has emerged as the preferred method of gene editing and offers a powerful technology for crop improvement. The use of CRISPR in plant research has led to significant improvements in crop performance in terms of yield, nutrition, stress tolerance and resistance against agricultural pests and diseases. This book explores the cutting-edge field of genome editing, its applications and potential to revolutionize the genetic improvement of crops. It includes: Foundational concepts and historical context of genome editing (GE). Structure and mechanisms of various genome editing techniques. Application of GE for trait improvements in plants. Regulatory, biosafety, and ethical considerations. This is a valuable resource for researchers in crop genetic improvement, graduate and postgraduate students in molecular biology and biotechnology programs, and professionals in the field. Addresses the latest information on the application of genome editing techniques in plants. It includes a historical background information about genome editing, describes the structures, mechanisms and different applications, and concludes with a discussion of the potential risks and opportunities. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.