The impact of global warming: more catastrophic than thought ever. 2.

The electronic wastes management technology: the saviour to mankind. 3.

Economic upliftment through solid waste management. 4.

Chemical farming V/s organic farming. 5.

Beneficial and quick management of organic wastes through vermicomposting. 6.

Prospects of organic vegetable production in Northeast India. 7.

Problems and prospects of vermicomposting in India. 8.

Renewable alternatives to petroleum fuels. Index.

In this book the author has selected important topics like global warming, e-wastes management, solid waste management, organic farming, vermicomposting and alternatives to fossil fuels. Lot of information and data are included for the benefit of science and engineering students as well as research scholars working on these lines.

Hope this book will be useful to them as reference book and will be a priced collection for their own library. All the topics are debatable, some say in favour while other say against of it (less)

Unlike other books of this nature, the current book includes sections where exhaustive interpretations of the analytical results and/or their applications have been given, in many cases with relevant examples. The readers, therefore, would be able to understand and proceed from the most preliminary step of taking soil/water samples to most advanced analytical techniques to diagnose the problems and to take appropriate measures to reverse the degradation processes.

We believe that this book is an improvement over the existing books and is a useful addition to the literature on this subject. The information contained in this book would facilitate the access to and implementation of the knowledge by the scientists engaged in research in the basic streams and agricultural sciences (less)

2. Sampling and laboratory investigations.

3. Nature and properties.

4. Land development and leaching.

5. Drainage methods.

6. Chemical amendments.

7. Agronomic and cultural practices.

8. Irrigation practices.

9. Alkali tolerance of plants.

10. Post reclamation behaviour.

11. Alternate land use.

12. Socio-economic criteria.

"In the next two decades, population of India is likely to cross 1.4 billion mark.

With additional burden on food grains consumption from demographic shift from rural to urban centers and change in food habits, India need to produce about 325 million tons of food grains by 2027. Since the competing demands from other sectors of economy for the inelastic land resource are multiplying fast, the best agricultural lands are being encroached upon by these sectors.

Thus, any further increase in food grains has to come from either vertical increase in productivity or through reclamation of so called wastelands. Out of 8.

5 million ha of salt affected (less)

Introduction. 2.

Description of soil. 3.

Characteristics of soil ecology. 4.

Methods in soil microbiology. 5.

Microbial communities in soil. 6.

Soil health. 7.

Soil conservation. 8.

Soil moisture for plant production. 9.

Soil management. Bibliography.

Index. "Soil ecology is the study of the interactions among soil organisms, and between biotic and abiotic aspects of the soil environment.

It is particularly concerned with the cycling of nutrients, formation and stabilisation of the pore structure, the spread and vitality of pathogens, and the biodiversity of this rich biological community. This book emphasizes the inter-relations among plants, animals and microbes, by establishing the fundamental, physical and chemical properties of the soil habitat and then functionally characterising the major components of the soil biota and some of their most important interactions.

The fundamental principles underpinning soil ecology are established and this then enables an integrated approach to explore and understand the processes of soil nutrient (less)

1. A preliminary observation on the changing fish diversity of Lake Veli-A bar built estuary in South India, in the context of increasing density of Oreochromis mossambicus/G.

Prasad and Jyothi Tilak. 2.

Biodiversity of mudflat environment with reference to the mudskipper, Boleophthalmus boddarti (Pallas) from Mudasalodai and Pichavaram mangroves, Southeast Coast of India/V. Ravi and S.

Rajagopal. 3.

Species richness and distribution of freshwater fishes in river Chalakudy part of Western Ghats, Kerala, India/R. Raghavan, G.

Prasad, P.H.

Anvar - Ali and B. Pereira.

4. Impact of periodical fluctuation of physico-chemical factors on community structure of cyanophyceae in Papnash Pond, Bidar, Karnataka/N.

Shiddamallayya and M. Pratima.

5. Plankton diversity in the arid zone mangrove creek waters of Gulf of Kachchh-Gujarat, West Coast of India/A.

Saravanakumar, M. Rajkumar, J.

Sesh Serebiah and G.A.

Thivakaran. 6.

Species composition and diversity of zooplankton in the Pichavaram mangroves, S.E.

Coast of India/M. Rajkumar, P (less)

Biomonitoring of organic pollution in aquatic ecosystems. 2.

Groundwater exploitation and hydrogeological research : a chronology of historical developments. 3.

Mathematical modelling of salinity transport and its control in groundwater. 4.

Seasonal distribution of nutrients its biological importance in upper stretch of gangetic West Bengal. 5.

Effect of sewage on the ecology of Gurupur Estuary, Dakshina Kannada, Karnataka. 6.

Influence of fresh water influx on calcium and magnesium concentrations in the Rushikulya estuary. 7.

Studies on the hydrobiology of river Damodar from Raniganj region (West Bengal) with reference to phytoplankton. 8.

Impact of fertilizer factory wastes of physicochemical and biological features of Satluj River. 9.

Aquatic mercury pollution by a Chlor-Alkali industry and its impact on the ecology of human health in Ganjam area—a case study. 10.

Chemical and biological evaluation of an industrially polluted river. 11.

Metallic pollution in River Tapti, India. 12.

Eutrophication of Chilka Lake. 13.

Variations in the (less)

Basics of biological chemistry. 2.

Genome organisation and evolution. 3.

Functional genomics. 4.

Structural genomics. 5.

Revolution in biological information. 6.

Analysing cellular biochemistry. 7.

Chemistry of DNA replication. 8.

Challenges of chemical genomics. 9.

Genomics and its development. 10.

Genomics for health improvement. 11.

Genomics capacity building. 12.

Genomics and global governance. 13.

Recent developments in biochemistry. Bibliography.

Index. "From the discoveries of Watson and Crick to the appearance of Dolly the Sheep, the last fifty years have ushered in a revolution of knowledge in how organisms develop, function, and replicate.

Scientists are now engaged in an epic task that will catapult the revolution to new heights: the sequencing of the human genome. We currently find ourselves crossing the threshold of major capability, with more power to create and change living beings than ever before.

The purpose of this book is to provide a deeper insight into the chemistry behind genomics (less)

Cell ultrastructure. 2.

Chromosomes. 3.

Chromosomal aberrations. 4.

Cell division. Genetics: 5.

Genetics, heredity and variations. 6.

Linkage and crossing over. 7.

Gene interaction. 8.

Sex determination. 9.

Mutation. Molecular biology: 10.

Chemical nature of genetic material. 11.

Primary and secondary structures of genetic material. 12.

Transcription (protein synthesis). 13.

The genetic code. 14.

Gene concept, gene bank and gene library. Objective and short type of questions, answers.

"The book entitled "Cytology, Genetics and Molecular Biology" is a standard book and embodies a fairly comprehensive treatment of the fundamental facts and aspects. This book will serve as an introduction to subject.

Actually the book is intended to fulfil the long felt need of students of graduate and post-graduate level of all Indian Universities. The syllabi of all the manuscript of this text.

This work may also serve as laboratory manual. The text has been written in simple language and profusely illustrated (less)

2. Mendelian principles of inheritance I.

segregation. 3.

Mendelian principles of inheritance II. independent assortment.

4. Interaction of genes.

5. Concept of gene.

6. Chemical nature of gene.

7. Genetic code.

8. Linkage, crossing over and chromosome mapping.

9. Genetic recombination in bacteria and viruses.

10. Sex determination and sex-linked inheritance.

11. Cytoplasmic inheritance and maternal effects.

12. Population genetics: I.

Gene frequencies and equilibrium. 13.

Population genetics: II. changes in gene frequencies.

Bibliography. Appendix.

"The fundamentals of genetics has been designed with the objective of providing a sound understanding of the fundamentals and basic principles of genetics. An attempt has been made to present the subject matter as simple, concise, and explicit.

The text of the book has been divided into thirteen chapters. Each chapter has been prepared as a unit with respect to its related aspects and their continuity.

The text of the book covers (less)

Functions of genes. 2.

Mendelian inheritance. 3.

Molecular cell biology. 4.

Pathways of signal transduction. 5.

Labelling proteins with fluorophores. 6.

Stem cell. 7.

Stem cell-based therapies. 8.

Developments in stem cell research. "The structure and composition of living organisms varies greatly from single celled bacteria to complex multi-cellular organisms with differentiated cell types and interconnected organ systems.

Regardless of the complexity, every living entity contains a blueprint for its construction in the form of a double helical chain of molecules called Deoxyribonucleic Acid (DNA) the genetic material. The DNA is an amazingly simple chemical structure, yet it contains an entire library of information on how to make, maintain, and reproduce and organism, and also keeps a record of clues to the organism's evolutionary history.

This book is designed for students and teachers of genetics, cell biology and biochemistry. It considers various genetic techniques that are useful in studying how proteins carry (less)

Biological War: 1. Biological warfare.

2. Biological threat and Atomic Bomb.

3. Threat created by bioweapons.

4. Airborne diseases.

5. Foodborne and waterborne diseases.

6. Soilborne diseases.

7. Physical control.

8. Chemical control.

9. Antibiotics.

10. Biological challenge.

11. Regulatory environment.

12. Sensitive information.

13. Recommendations.

Index. Vol.

II. Biological Agents: 1.

Introduction. 2.

Agents of biological diseases. 3.

Laboratory requirements. 4.

Medical management. 5.

Disease control and prevention. 6.

Epidemiology. 7.

Emerging diseases. 8.

Virulence detection. 9.

Plague. 10.

Anthrax. 11.

Smallpox. 12.

Botulism. 13.

Tularemia. 14.

Ebola and other viral hemorrhagic fevers. 15.

Human Hepatitis. Index.

Vol. III.

Biological Weapons: 1. Introduction.

2. Biological weapons.

3. Biological weapons program.

4. Evolution of biological weapons.

5. Security and threat.

6. Homeland security.

7. Threat of biological weapons.

8. Changing face of the war.

9. Wound healing.

10. Genomic weapons.

11. Biological weapons capabilities.

12. Rare strategies.

13. Biological terrorism.

14. Unbounding (less)

Potentials of World Terrorism: Preface. Introduction.

1. Introduction.

2. Issues in terrorism.

3. Chemical and biological terrorism.

4. Cyber terrorism: the future threat.

5. Terrorism in the Arab world.

6. Repercussions of world terror.

7. Counter-terrorism measures.

Bibliography. Index.

Vol. II.

Global Crime Trends: Preface. 1.

Information warfare. 2.

Terrorism and global security. 3.

Weapons of mass destruction. 4.

Corruption: a global threat. 5.

Crime prevention and criminal justice. 6.

Combating transnational crime. Bibliography.

Index. Vol.

III. Foreign Policy in the Age of Terrorism: Preface.

1. Territorial conflicts in South Asia: challenges to foreign relations.

2. Nuclear war: threats in South Asia.

3. India’s security strategies.

4. Foreign policy in the information age.

5. Information liberalisation and new age terrorism.

6. Information sharing and peace operations.

Bibliography. Index.

"Since the days of yore, terrorism had deep linkage with our changing modes of civilisation. The acts of violence are the glaring phenomenon which (less)

Preface. Glossary.

1. Introductory overview of nano chemistry, Nanostructured materials and nanoparticles: major properties and issues.

2. An overview of relationships among nano chemistry, nanotechnology and nano-velcro: an in-depth analysis.

3. Nanoscale chemistry, nano synthesis and assembly: towards knowing the various implications.

4. Nanoscale interfacial materials and molecular manufacturing: understanding the dimensions and processes.

Vol. II.

5. Multiple applications of nanocomposites and nano chemistry with special focus on industries.

6. Towards understanding the global contemporary issues regarding nanoparticles, nanostructured materials' chemistry and polymer nanotechnology.

7. Nano chemistry, nanoworld particles and molecules: functional relationship analysis.

8. Soft nanotechnology, nano-vasculoid and biomimetic self-assembly: industrial applications and processes.

9. Fundamentals and applications of carbon nanotubes, nanotube theory and nanotube rings.

Bibliography. Index.

"Nano Chemistry is the science of tools, technologies, and methodologies for chemical synthesis, analysis, and biochemical diagnostics performed in nanolitre to femtolitre domains. Nano chemistry is the use of synthetic chemistry to make (less)

Nanotechnology/G. Timp.

2. Nano-electronics for advanced computation and communication/G.

Timp, R.E.

Howard and P.M.

Mankiewich. 3.

Nanostructures in motion: micro-instruments for moving nanometer-scale objects/N.C.

MacDonald. 4.

Limits of conventional lithography/D.M.

Tennant. 5.

Fabrication of atomically controlled nanostructures and their device application/H. Sakaki.

6. Chemical approaches to semiconductor nanocrystals and nanocrystal materials/Louis Brus.

7. Nanotechnology in carbon materials/M.

S. Dresselhaus, G.

Dresselhaus and R. Saito.

8. Self-assembly and self-assembled monolayers in micro-and nanofabrication/James L.

Wilbur and George M. Whitesides.

9. Biocatalytic synthesis of polymers of precisely defined structures/Timothy J.

Deming, Vincent P. Conticello and David A.

Tirrell. 10.

Atom optics: using light to position atoms/Jabez J. McClelland and Mara Prentiss.

11. From the bottom up: building things with atoms/Don Eigler.

12. Physical properties of nanometer-scale magnets/David D.

Awschalom and Stephan von Molnar. 13.

Single electron transport through a quantum dot/Leo P. Kouwenhoven and Paul L.

McEuen. 14.

Chaos in ballistic nanostructures: Part I. Theory/Harold (less)

From the Editors’ Desk/Harish Padh, Bernard O. Aduda and Ajith P.

de Alwis. Introduction/Arun P.

Kulshreshtha. I.

Characterization and synthesis of nanomaterial: 1. Nanostructures, nanomaterials and sytems/U.

S. Tandon.

2. The morphological study of different architectures of (Dimethylamino) Ethyl Methacrylate polymer at Nano scale for gene delivery/Nagib A.

Elmarzugi. 3.

Synthesis of Nano Size anatase type of Titania aerogels by addition of Silica/Silvester Tursiloadi. 4.

Development of nanostructured smart delivery systems for pesticides and fertilizers/Erastus Gatebe and Harrison Wanyika. 5.

Characterizationof Carbon Nano Particles (CNPs) formed in diluted environment/Alsayed Ali. 6.

Growth and characterization of PbS nanocrystalline thin films deposited on glass substrates by chemical bath deposition/Iyad Ali, Nofal Ibrahim, Louay Mansour and Abdel Karim Sharba. II.

Applications of nanotechnology: 7. Global scenario of nanotechnology/Y.

K. Agrawal.

8. Detection of explosives using nanotechnology/Vinod Kumar Jain.

9. Drug delivery and drug targeting using therapeutic nanoparticles/Ranjit Jagadale, Niraj Sakhrani and Harish Padh.

10. The ICPC (less)

1. Introduction.

2. Fabrication and synthesis.

3. Growth.

4. Growth of ZnO nanowires.

5. Structural analysis.

6. Functional oxide nanobelts.

7. Properties of nanowires and nanobelts.

8. Elastic properties of nanowires and nanobelts.

9. Field emission properties.

10. Silicon nanowires.

11. SiO2 and SiC nanowires.

12. Tin oxide nanowires, nanoribbons and nanobelts.

13. a-FE2O3 nanowires and nanobelts.

14. Nanowires and nanobelts of ZnS.

15. Core-shell nanowire.

16. Molecular assembly of nanowire.

17. Semiconductor nanowires and nanoribbons.

18. Schottky diodes and FETs of NWs NBs.

19. Nanogenerators.

20. Nanopiezotronics.

References. Index.

Nanowires, nanobelts, nanoribbons are a class of 1-dimensional materials. These materials exhibit superior electrical, mechanical, optical and thermal properties and are used in making chemical and biological nanosensors, FETs, logic circuits, nanogenerators, etc.

This book on nanowires and nanobelts has twenty chapters which are self-contained on various aspects of their synthesis, characterization and modifications. It includes scientific and technological details along with (less)

Electronic and Electromagnetic Properties in Nanometer Scales. 2.

Electron Transport in Semiconductor Quantum Dots. 3.

Electron Energy Modulation with Optical Evanescent Waves. 4.

Interactions of Electrons and Electromagnetic Fields in a Single Molecule. 5.

Theory of Electronic and Atomic Processes in Scanning Probe Microscopy. 6.

Tunneling-Electron Luminescence Microscopy for Multifunctional and Real-Space Characterization of Semiconductor Nanostructures. 7.

Near-Field Optical Spectroscopy of Single Quantum Dots. 8.

Chemical Vapor Deposition of Nanometric Materials by Optical Near-Fields: Toward Nano-Photonic Integration. 9.

Noncontact Atomic Force Microscopy. 10.

Correlation between Interface States and Structures Deduced from Atomic-Scale Surface Roughness in Ultrathin SiO2/Si System. 11.

Characterization of Molecular Films by a Scanning Probe Microscope. Index This book reviews the resonant interaction between electromagnetic field/light and electrons/matters in a nanometric volume for the first time to invite the readers to a new field of nano-photonic/electronic science and technology.

Especially, the unique feature of this book is to introduce the concept (less)

Structural Organization of Chromatids 3. Special Chromosomes 4.

Structural and Numerical Aberrations involving Chromosomes 5. Nature of Genetic Material : Nucleic Acids 6.

Structure of DNA 7. DNA Replication in Prokaryotes and Eukaryotes Unit -II 8.

Molecular Basis of Life, Mendelian's Laws of Inheritance and Gene Interaction 9. Banding Pattern in Human Chromosomes 10.

Sex Determination in Animals, Sex Linkages 11. Non-disjunction as Proof of Chromosomal Theory 12.

Linkage and Mapping Gene in Pro and Eukaryotes 13. Interference and Coincidence in Pro and Eukaryotes 14.

Hereditary Defect-Klinefelter, Turner, Cri-du-Chat and Down Syndrome Unit -III 15. Structure of Prokaryotic Gene, Prokaryotic Transcription, Translation and Gene Expression (Lac, His Trp, Catabolic Repression) 16.

Structure of Eukaryotic Gene, Eukaryotic Transcription, Translation and Gene Expression Transcription Factors 17. One Gene-One Enzyme Hypothesis 18.

DNA Recombination: Molecular Mechanism in Prokaryotic and Eukaryotic Organisms 19. Gene Expression in Yeast 20.

Gene Expression (less)

K. Sharma and R.

Rajashree. 2.

The removal of mercury in wastewater with polymer-coated hydrous iron(III) oxide having carboxylate functional groups/G.N.

Manju and T.S.

Anirudhan. 3.

Treatment techniques for minimisation of heavy metal contents in water and wastewater/Ali Mohammad, Mohamed Najar P.A.

and Eram Iraqi. 4.

Clean-up technologies for the treatment of wastewater containing toxic metals and cyanides/T.B.

Singh. 5.

Bioresins and microbial polishers for the treatment of nickel and chromium laden electroplating industrial effluents: an integrated approach/Neelam Verma, Manish Wasuja and Usha Gupta. 6.

Some strategies towards mitigation of pollution from tanneries: a review/J. Raghava Rao, K.

J. Sreeram, Balachandran Unni Nair and T.

Ramasami. 7.

An integrated biological and chemical oxidative system for treatment of tannery effluent/G. Sekaran, S.

Jayanthi, K.A.

Shanmugasundaram, M. Mariappan and T.

Ramasami. 8.

Distillery effluent treatment by methane production in India/Ram Chandra. 9.

A review of current technologies for distillery (less)

Zooplankton and their seasonal variations in a sewage collecting river at Gwalior, Madhya Pradesh/Smriti Ratna Mishra. 2.

Surface water pollution in and around Akola district of Maharashtra/Anil K. Fokmare and Mohammad Musaddiq.

3. Water quality status of Hirakud reservoir and its suitability for irrigation/S.

K. Samal, B.

Pradhan and T.N.

Tiwari. 4.

Water quality and hydrobiological profile of the Perennial River Tamirabarani/A.G.

Murugesan, John Ruby, M.I.

Zahir Hussain and N. Sukumaran.

5. Pollutional impact of insecticides on fishes: a review/Ashok Verma.

6. Physico-chemical characteristics in relation to abundance of Plankton of Jagat Sagar Pond, Chhatarpur, India/Pushpendra Kumar Khare.

7. Benthic food web patterns of tropical freshwater ponds/Mrinal Kanti Ghosh and Samir Banerjee.

8. Study of algae tolerating organic pollution of Sonvad Dam and Devbhane Dam of Maharashtra/S.

N. Nandan and D.

S. Jain.

9. Nrusinghnath spring water quality in district of Baragarh, Orissa/S.

K. Samal, B.

Pradhan and T.N.

Tiwari. 10.

Water quality of Hingni (Pangaon) (less)

I. Mineral resources: 1.

Mineral resources of Rajasthan Desert/Shishir Sharma and Suman Sagar. 2.

Lignite deposits of Western Rajasthan: present scenario and future prospects/Satish Kaushik, A.R.

Inakhya and M.L.

Bhadu. 3.

Clay deposits of Rajasthan Desert and their industrial prospects/Anand Solanki. 4.

Gypsum: a useful mineral of Western Rajasthan/A.K.

Jaiswal and B.L.

Sharma. 5.

Marble deposits of Rajasthan/A.K.

Shandilya. 6.

Granite: a fascinating stone of Rajasthan/A.K.

Shandilya and S.L.

Soni. II.

Water and soil resources: 7. Ground water resources of Rajasthan/B.

S. Paliwal and Arun Vyas.

8. Morphological, physical and chemical characterisation of soils of Indira Gandhi Canal Project Area/S.

K. Mathur, K.

K. Pareek and Mohd.

Anwer. 9.

Problem of salinity alkalinity in the Rajasthan Desert/S.N.

Johri. 10.

Heavy metals toxicity/pollution to soil and water: relevance to dryland agriculture/Gayatri Verma and M. Singh.

III. Agricultural resources: 11.

Agricultural resources of the Rajasthan Desert an assessment/Ahmed Ali, Sudesh Kumar Swami and Nivedita Pandey. 12.

Phytogeographical (less)

The book begins with a description of the economic aspects of pesticides, their toxicology and the precautions relevant to their marketing and use. The various types of compounds employed and the physicochemical factors involved in their formulation are then discussed, followed by the biochemical principles of pesticide metabolism.

The core of book consider the major groups of insecticides, fungicides and herbicides. Organophorphorus, carbamate and pyrethroid insecticides are covered and the carious compounds are grouped to illustrate the principles underlying persistence, selectivity and metabolism.

Compounds with acaricidal, nematicidal and molluscicidal properties are considered more briefly. Systemic and non-systemic fungicides are dealth with and the basic principles of control of fungi are discussed.

The advantages and limitations of pre- and post-emergnece applications of herbicides are considered. Finally details are given of the chemistry and uses of the major groups of foliar and soil-acting compounds.

This book gives a comprehensive account of pesticides. It will be valuable not only to students the many aspects of pest controller (less)

I. Air pollution: development at what cost?: 1.

Air pollution monitoring/K. Shah and S.

S. Bala.

2. Air quality in three different cement producing areas/N.

Mehta and P.S.

Dubey. 3.

Control of biodeterioration: an ecofriendly approach/N.R.

Shah and A. Arya.

4. Green belt, plant scavengers for combating air pollution/A.

Leena, Y.T.

Jasrai and S.K.

Garge. 5.

A study on comparative response of a crop and weeds associated with it, against Sulphur Dioxide toxicity/D.M.

Kumawat, P. Pandya and N.

K. Jain.

6. Vehicular exhaust emissions control in spark ignition engines with catalytic converter system/S.

B. Rao, H.

B. Mathur and M.

K.G.

Babu. 7.

Evaluation of physico-chemical properties of different soils around cement producing areas/K.K.

Kumbhkar and P.S.

Dubey. 8.

Effect of particulate (cement kiln dust) pollution on Hibiscus cannabinus L./Ch.

Uma, T.V.

Ramana Rao and J.A.

Inamdar. 9.

Study of environmental impact variables for highway projects/R.D.

Bhatt and B.D.

Vashi. 10.

Strategies to control emissions in diesel (less)

Part I. Fundamentals Of Genetic Engineering: 1.

An Introduction to Gene Cloning. 2.

Enzymes Used in Genetic Engineering. 3.

Restriction Endonucleases. 4.

Chemical Synthesis of Oligonucleotides. 5.

Synthesis of Complementary DNA. 6.

Techniques for Nucleic Acid Analysis and Size Fractionation. 7.

Polymerase Chain Reaction. Part II.

Vectors Used In Gene Cloning: 8. Plasmids.

9. Bacteriophage.

10. M13 Bacteriophage.

11. Yeast Cloning Vectors.

12. Vectors Other Than E.

coli Plasmids, A. Bacteriophage, and M13.

Part III. Generation And Screening Of Recombinants: 13.

Joining of DNA Fragments. 14.

Introduction of DNA into Host Cells. 15.

Construction of Genomic and cDNA Libraries. 16.

Techniques for Selection, Screening, and Characterization of Transformants. Part IV.

Applied Genetic Engineering: 17. Other Techniques for Genetic Manipulation.

18. Molecular Markers.

19. Techniques Used in Genomics and Proteomics.

20. Applications of Cloning and Gene Transfer Technology.

21. Safety Regulations Related to Genetic Engineering.

Glossary. Index.

"Genetic Engineering is designed (less)

Introduction. 2.

History. 3.

Medical herbalism. 4.

Action and applications. 5.

Use of essential oils at home. 6.

Blending. 7.

Chemistry of essential oils. Part II: 1.

Extraction methods of essential oils. Part III: 1.

Quality control of essential oils. 2.

Analysis and quality assessment. 3.

Quantitative determination. 4.

Quality assessment techniques. 5.

Instrumental techniques. 6.

GC-MS libraries. 7.

Retention index. 8.

Gas chromatography/chemical ionization-mass spectrometry. 9.

Fourier-transform infrared spectrophotometer. 10.

Conformity to specifications. Part IV: 1.

Caring for essential oils. 2.

Packaging of essential oils. 3.

Storage of essential oils. 4.

Uses of essential oils. Part V: 1.

Therapeutic index. Part VI: 1.

Profiles of traded essential oils in Nepal. 2.

Essential oils with potential for trade in Nepal. Part VII: 1.

Legal provisions for production and export of essential oils in Nepal. 2.

Legal provisions for export of essential oils from Nepal. Part VIII: 1.

Total quality management (less)