Bioinformatics is the study of the inherent structure of biological information and biological systems. It brings together the avalanche of systematic biological data (e.g. genomes) with the analytic theory and practical tools of mathematics and computer science. Bioinformatics is a rapidly evolving and developing field both in terms of breadth of scope of useful applications and in terms of depth of what can be accomplished with the mission providing the training and knowledge in Bioinformatics IBRI has introduced the courses in Bioinformatics.

1. Bioinformatics Opportunities
By
Ajay Vishwakrma

2. Bioinformatics?
Bioinformatics is a sub-field of the Biological
Sciences
Bioinformatics is highly interdisciplinary and draws
upon the following areas of study to solve biological
problems:
 Applied Mathematics
 Statistics
 Computer Science
Also referred to as Computational Biology

3. Bioinformatics - Future of Biological Research
 21st century is considered to be information technology era that has created an
immense impact in every sphere of life leading to knowledge transfer i.e.
outsourcing of information.
 Information is Knowledge and Today’s economy is Knowledge economy.
 Bioinformatics is an interdisciplinary subject between biological information and IT.
 Recent developments of the sciences have produced a wealth of experimental data
of sequences and three-dimensional structures of biological macromolecules.
 Bioinformatics has been defined as the science of examining the structure and
function of genes and proteins through the use of computational analysis, statistics,
and pattern recognition.
 A number of recent workforce studies have shown that there is a high current and unmet
demand for people trained to various levels of expertise in bioinformatics, from technicians and
technical librarians to developers of new and improved methodologies and applications

4. Course Aims & Objectives
 The concepts of computer science that relate to
problems in biological sciences.
 Commercial and academic perspectives on
bioinformatics.
 The impact of bioinformatics on the methodologies
used in biological science.
 The influence biological science has on computing
science.

5. Future and Career Opportunities of Bioinformatics
Bioinformatics: Key to Science and Technology's Future
Bioinformatics is an emerging interdisciplinary area of Science and
Technology, encompassing a systematic development and application of
IT solution to handle biological information or data obtained by
experiments, modeling, database, search and instrumentation. It touches
all areas of biology, with application to genome analysis, protein
structure, prediction, target identification, drug-design, metabolomics and
systems biology. It is of central importance in the genomic and post-
genomic age because of the vast amounts of information that are
becoming available from different disciplines for example-sequencing of
human, bacterial, rice genomes have unraveled plethora of information
which can be put to best use by using this technology.

6. Path Breaking Discoveries
 Biological processes in organisms
 How these processes go wrong in
diseases
 Gene-based drugs discovery
 Drug designing
 Disease Diagnosis
 Pharmacogenomics
 Toxicogenomics

7. Bioinformatics promises tremendous potential and plays a crucial
Role in the future development of science and technology and job
opportunities
Research institutions.
Pharmaceutical companies.
Chemical industries.
Agriculture and allied industries working to expand the realm of information.
Bioinformatics is a career of the future. In India alone, Biotechnology and
Bioinformatics is the fastest growing employment sector after computers and
multi-media. Some of India’s biggest industrial groups are entering the
Bioinformatics field, focusing on research in industrial, agricultural and
medical biotechnology, clearly signaling a change in the market dynamics in
this sector. Reliance Industries is building a new, world class research and
development center, near Mumbai, encompassing research laboratories for all
disciplines, laboratories for contract

8. The following are the job profiles in Biotech, Pharmaceutical and IT
industry:
 Genomics Head ( Agilent Company)
 Proteomics Structural and Functional Analyst
 Bioinformatics Faculty or Head
 Software Developer
 Database Management
 Statistical Analytical Bioinformatics Tool Developer
 Research Assistant
 Bioinformatics Consultant
 R& D Sector
 Agricultural Sciences
 Computational Biologist

9. Benefits of Course:
New molecular genetics and information technologies have enabled biologists to produce and to
access large and informative data sets. The courses will provide an introductory understanding of the
databases and methods used in computational molecular data analysis. The main benefit of the
course is to provide an insight into the value of rapid access to scientific information for education
and research purposes. The human genome project has been hailed as one of the greatest
achievements in scientific history. To date, vast amounts of public, private, human and financial
resources have been invested into the sequencing of the genome. Now that this has been achieved,
the emphasis is shifting towards using this new information to:
 develop new drugs
 create new diagnostics tools
 arrive at a better understanding of disease.

10. Bioinformatics – the application of IT to biological problems – is
essential to achieve the goals.
These courses aim to provide:
 The concepts of computer science that relate to problems in biological
sciences.
 Commercial and academic perspectives on Bioinformatics.
 The impact of Bioinformatics on the methodologies used in biological science.
 The influence biological science has on computing science.
 The course will be relevant to a wide range of industries that involve
knowledge of the networks and databases in Bioinformatics and the use and
development of computer software and to become aware of the tools and
techniques used in research and in applications.

11. One Year Comprehensive Program in Bioinformatics, Biological
Databases and its Industrial Applications
 Course Content
 Module-I Concepts of Bioinformatics
 Module-II Structural Biology
 Module-III Computational Biology and Phylogenetics
 Module-IV Database Management Systems and Biological
Databases
 Module-V Emerging Dimensions and its Industrial Applications
 Module-VI Drug Designing and Discovery
 Module-VII Biostatistics and Algorithms

12. Certificate Program in Bioinformatics
[6 Months]
Course Content
 Module –I Concepts of Bioinformatics
 Module -II Structural Biology
 Module –II Database Management Systems
and Biological Databases
 Module –IV Biostatistics and Algorithms
 Module –V Research Study

13. Certificate Program in Bioinformatics
[3 Months]
Course Content
 Module-I Concepts of Bioinformatics
 Module-II Database Management Systems
and Biological Databases
 Module-III Research Study

14. Major Areas of Project Training/Dissertation
 Agro-Informatics
 Molecular Modeling
 Phylogenetic Analysis
 Computational Biology.
 in-silico Drug Designing.
 Biodiversity Informatics.
 Database & Software Development.
 Clinical Trial Data Management.
 Structural and Functional Genomics.
 Structural and Functional Proteomics.
 Dissertation/Project Training on Waste Water
Management(ETP/STP) .

15. t
Thank You