This book is aligned with the New Education Policy syllabus and includes questions asked in various competitive examinations codducted by ICAR-JRF /SRF/NET, ASRB, ICAR-NDRI, ICAR-IVRI, ICAR-BHU, UGC-NET, SAUs, ICMR, CSIR, DBT, and various agricultural, life science comparative examinations for universities.

The salient area of the book

• This book covered syllabus of New Education Policy.
• This book covers a wide range of information, from basic to advanced topics.
• It includes model papers tailored for various competitive examinations. 
• A new enriched section on data interpretation.

Basic Bioinformatics courses are offered as a basic course for school and university students. This book has provided high-quality study matter and competitive questions for the various examinations for the students. This book concludes all the types of state and university competitive examinations such as GET/NET/JRF/SRF/ARS where multiple type questions are asked.

1. Introduction, History, Goals, Scope, Applications, and Limitations of Bioinformatics
2. Fundamental Aspects of Computer and Internet Basics in Relation to Bioinformatics
3. Database Management System (DBMS)
4. Information Networks
5. File Formats
6. Pairwise Sequence Alignment
7. Multiple Sequence Alignment
8. Database Similarity Searching (BLAST and FASTA)
9. Introduction to Genomics
10. Proteomics
11. Gene and Protein Structure Prediction
12. Bioinformatics Software and Online Tools (NCBI, UniProt, PDB)
13. Biological Data Analysis and Applications

Practicals

1. Learn how to Use a Web Browser Efficiently
2. for Accessing Information
3. Exploring Biological Databases on the Internet
4. and retrieving Biological Information
5. Introduction to NCBI website
6. Convert DNA/Protein Sequences Between FASTA, GenBank, and EMBL Formats
7. Use NCBI BLAST to Find Homologous Sequences for a Given Gene or Protein
8. Perform Multiple Sequence
9. Alignment Using Clustal Omega
10. To Retrieve a DNA Sequence from a Public Database and Analyze It Using Bioinformatics Tools
11. View 3D Protein Structures Using PyMOL
12. View 3D Protein Structures Using RasMol
13. Use ExPASy Tools to Analyze Protein
14. Function and Properties
15. Identify Open Reading Frames (ORFs) in
16. a DNA Sequence using the NCBI ORF Finder
17. Exploring PubMed for Research Articles Related to Bioinformatics Applications in Medicine and Agriculture
18. Use RNAfold to Predict the Secondary
19. Structure of an RNA Sequence
20. Perform Pairwise Sequence Alignment Using BLAST and Compare Two Sequences
21. Virtual Restriction Digestion
22. using Restriction Mapper
23. Primer Designing by Bioinformatics Tool

Glossary of Bioinformatics 

Reference