Contents: Vol. I. Introduction to Bioinformatics: Preface. 1. Bioinformatics. 2. Gene identification. 3. Proteome analysis. 4. Gene therapy. 5. Enzyme genetics. 6. Lipid structure. 7. Carbohydrates. 8. Microarray analysis. 9. Behavioural genetics. 10. Membrane transport. 11. Transcript mapping. 12. Biomedical imaging. Bibliography. Index.

Vol. II. Bioinformatics : Theory and Practice: Preface. 1. Introduction. 2. Evolution of genomics. 3. Gene expression. 4. Expressed sequence analysis. 5. Methods of gene prediction. 6. Genome annotation. 7. Principles of molecular genetics. 8. Protein bioinformatics. 9. Development of bio-ontology. 10. Modelling of biological systems. 11. Modelling of gene regulation. 12. Developmental biology. 13. Tasks in bioinformatics. 14. Future of bioinformatics. Bibliography. Index.

Vol. III. Applications of Bioinformatics: Preface. 1. Introduction to bioinformatics. 2. Bioinformatics in neuroscience. 3. Protein structure prediction. 4. RNA structure prediction. 5. Visualisation of biological structures. 6. Sequencing of human genome. 7. Integrated bioinformation. 8. Molecular phylogenetics. 9. Gene-Grid technology. 10. Information of biological databases. 11. Protein structure modelling. 12. Gene prediction. 13. Bioinformatics in neuroscience. 14. Biomedical ontologies. 15. Genomic analysis. 16. Bioinformatics of transcription. Bibliography. Index.

Vol. IV. Commercial Bioinformatics: Preface. 1. Introduction. 2. History of bioinformatics. 3. Industrial applications of bioinformatics. 4. Business of bioinformatics. 5. Development of commercial bioinformatics. 6. Tools and programmes of bioinformatics. 7. Biological database industry. 8. Bioinformatics in drug development. 9. Intellectual property issues. 10. Bioinformatics industry in India. 11. Bioinformatics policy of India. 12. Bioinformatics and industrial sustainability. Bibliography. Index.

Vol. V. Structural Bioinformatics: Preface. 1. Trends of bioinformatics. 2. Structure of proteins. 3. Molecular genes. 4. Molecular medicine. 5. Complex relationship of genes. 6. Nucleotides and genetic information. 7. Isolation of enzymes. 8. Medical genomics. 9. Inheritance pattern. 10. Algorithms of Hidden Markov models. Bibliography. Index.

Vol. VI. Computational Biology: Preface. 1. Computational biology. 2. Computational molecular biology. 3. Computational protein structure. 4. Computational membrane analysis. 5. Human chromosomes. 6. Cyber infrastructure in bioinformatics. 7. Technology enhanced bioinformatics. 8. Biological database analysis. 9. Automated genome annotation. 10. Data mining techniques. Bibliography. Index.

Vol. VII. Genomics and Proteomics: Preface. 1. Pharmacogenomics. 2. Postgenomic chemistry. 3. Micro-organisms. 4. Molecular genetics. 5. Genetic concepts. 6. Fundamentals of proteomics. 7. Genome structure analysis. 8. Pairwise genomic sequence. 9. Functional genomics. 10. Genome sequencing. 11. Gene expression. 12. Stochastic models of protein analysis. Bibliography. Index.

Vol. VIII. Biomolecular Sequencing and Analysis: Preface. 1. Introduction. 2. Biology of chromosomes and genes. 3. Molecular manufacturing. 4. Molecular phylogenetics. 5. Peptides. 6. Protein sequencing. 7. Synthesis and analysis of nanomaterials. 8. Robotic devices. 9. Molecular dispersions and coatings. 10. Biomolecular machines. Bibliography. Index.

Vol. IX. Microarrary Analysis: Preface. 1. Introduction. 2. Microarrary manufacturing technologies. 3. DNA microarrays. 4. Protein microarrays. 5. Antibody microarrays. 6. Array comparative genomic hybridization. 7. Protein microarray chips. 8. DNA microarrays and drug discovery. 9. Microarray data analysis. 10. Experimental validation of microarrays. Bibliography. Index.

Vol. X. Nanobioinformatics: Preface. 1. Nanobioinformatics in society. 2. Nanobioinformatics in environmental science. 3. Agricultural nanobioinformatics. 4. Nanobioinformatics in health sector. 5. Protein-based nanodevices. 6. Nanosystem in biology. 7. DNA nanotechnology. 8. Computer science for nanotechnology. 9. Nanobioinformatics in space sector. 10. Applications of nanobiomolecules. 11. Application of electronic bioinformatics. 12. Developmental bioinformatics. Bibliography. Index. 

"First volume of the book contains the clubbed study of biology, computer science and information technology. Wide coverage of bioinformatics has been given in this particular volume. The volume provides suitable cognizance pertaining to the creation and maintenance of databases of biological information.

Volume two contains the concepts related to the application of computer science for managing biotechnology. It has given due importance to the evolution of Genomics and Gene expression to help the students and scientists of life science to evolve new concepts in the field of bio-informatics. Valuable coverage of 'Modelling of biological systems and Gene regulation' has been incorporated in this particular volume.

Volume three covers the ideas pertaining to the use of bio-informatics in neuroscience. It has vast display of structural prediction of protein and RNA. Protein structure modelling, biomedical ontologice, sequencing of human genome has been given especial importance in this particular volume.

Volume four is dedicated to the commercial uses of bio-informatics. It has complete coverage of informations and ideas related to the commercial bioinformatics development. The curiosity 'How to apply bio-informatics in industries?' has been solved in this volume.

Fifth volume has vast coverage of structural bio-informatics. This significant branch of bio-informatics has been given due regard in this volume. Main stress has been laid on the effective use of protein, DNA, RNA and complex structure to better understand biological aspects of bio-informatics.

Volume six contains the concepts related to the application of computational tools and techniques to molecular biology. Application of statistical, experimental and technological method in molecular biology has been given due importance in this very volume of the book.

Volume seven widely covers the sequencing of genomes of variety of organisms. The most crucial aspect of this volume is related to the vast knowledge of genomes for better understanding of functional genomics. In this volume the main emphasis has been given on the pattern of gene-expression, protein profiles in concern patients.

Volume eight gives deep concepts for assessing the state of the art of biomolecular sequencing and analysis. It covers the ideas pertaining to complete DNA sequences of many animals, plants and microbial genomes.

Volume nine, all the fruitful and supportive ideas are given which permits scientists to detect thousands of genes in a small sample simultaneously and to analyse the expression of those genes. It provides all the informations related to microarrary analysis which helps the biotechnology and pharmaceutical industries to set the drug targets.

Volume ten contains all the emerging informations pertaining to nano-bioinformatics. It is a tremendous work on the application of materials at nanoscale for better understanding of bioinformatics.

The book widely covers the application of nanotechnology in agriculture, live-stock, in drug delivery system of animals and humans. Biocompatible implantable medical devices in medical science has been given in-depth coverage in this particular volume of the book." (jacket)