Bioinformatics has been recognised and studied as a separate discipline only in the last decade. Being a multidisciplinary subject it requires knowledge of several subjects, such as molecular biology, biochemistry, computer science and others. Students in a bioinformatics course are from different academic backgrounds; those who have studied biology (i.e., botany, zoology, biochemistry, microbiology, etc.), will require an introduction to mathematics and computer science, while those with a background in physics, chemistry and mathematics will need explanations of biological principles.
This book provides a simple and concise explanation of the basic principles, tools and applications of bioinformatics. It explains
Starting with a brief overview of biological terminology used frequently in bioinformatics, the contents are grouped into five sections:
The book has been planned and structured as an undergraduate textbook for the one-semester foundation course in bioinformatics. In order to make the book more useful for a wider section of students and teachers, the book has been kept concise and relevant, at the same time covering all important aspects. Care has been taken to design the algorithms such that even beginners can understand them without difficulty.
Getting Started INTRODUCTION Chapter 1: Introduction to bioinformatics Chapter 2: Introduction to algorithms DATABASES AND MATRICES Chapter 3: Biological databases Chapter 4: Database searching Chapter 5: Scoring matrices SEQUENCE ALIGNMENT Chapter 6: Pairwise sequence alignment Chapter 7: Multiple sequence alignment Chapter 8: Phylogenetic analysis OTHER BIOINFORMATICS ALGORITHMS Chapter 9: Basic algorithms Chapter 10: Graph algorithm Chapter 11: String algorithm APPLICATIONS OF BIOINFORMATICS Chapter 12: Transcriptomics Chapter 13: Metabolomics Chapter 14: Pharmacogenomics Chapter 15: Combinatorial synthesis Chapter 16: Genomics Chapter 17: Proteomics Bibliography Index