• Overview of Bioinformatics
  • Definition and scope.
  • Interdisciplinary nature of bioinformatics.
• History and Evolution
  • Milestones in the development of bioinformatics.
  • Key contributors and their discoveries.
• Applications in Biological Research
  • Genomics and proteomics.
  • Evolutionary biology and phylogenetics.
  • Personalized medicine and drug discovery.

• DNA, RNA, and Protein Structure
  • Structure and function of nucleotides.
  • DNA double helix and RNA structures.
  • Protein folding and structure.
• Genetic Code and Transcription/Translation
  • Central dogma of molecular biology.
  • Gene expression and regulation.
• Basic Bioinformatics Tools and Databases
  • Overview of common bioinformatics databases (NCBI, EMBL, DDBJ).
  •  Introduction to basic tools (BLAST, ClustalW).

• What is Molecular Docking?
  • Definition and purpose.
• Importance in Drug Discovery
  • Role in identifying potential drug candidates.
• Types of Docking: Ligand-Based vs. Structure-Based
  • Differences and applications.
  • Advantages and limitations of each approach.

• Understanding Protein Structures
  • Primary, secondary, tertiary, and quaternary structures.
• Active Sites and Binding Pockets
  • Identification and characterization.
• Ligand Preparation and Optimization
  • Structural optimization for better binding.
  • Computational techniques for ligand preparation.

• Overview of Docking Software
  • Commonly used software: AutoDock, MOE, Schrodinger.
• Setting Up Docking Simulations
  • Preparing input files and configuring parameters.
• Analyzing Docking Results
  • Interpreting binding scores and poses.
  • Visualizing protein-ligand interactions.

• Scoring Functions and Pose Selection
  • Different types of scoring functions.
  • Criteria for selecting the best poses.
• Handling Protein Flexibility
  • Techniques to account for protein movement.
• Virtual Screening and Lead Optimization
  • High-throughput screening methods.
  • Iterative optimization of lead compounds.

• Introduction to CADD
  • Role and significance in drug development.
• Structure-Based Drug Design
  • Rational design using protein structures.
• Ligand-Based Drug Design
  • Designing drugs based on known ligands.
• Pharmacophore Modeling
  • Identifying and modeling pharmacophores.

• Basics of QSAR
  • Concepts and significance.
• Building QSAR Models
  • Data collection and preparation.
  • Model building and validation.
• Applications in Drug Design
  • Predicting biological activity.
  • Optimization of drug candidates.

• Introduction to PK/PD
  • Basic concepts and definitions.
• Modeling and Simulation
  • PK/PD models and their applications.
• Applications in Drug Development
  • Predicting drug behavior in the body.

• Real-World Examples of Molecular Docking and CADD
  • Successful case studies in drug discovery.
• Hands-On Projects
  • Practical exercises in molecular docking and CADD.
• Group Presentations and Discussions
  • Collaborative learning and knowledge sharing.

• Ethical Issues in Bioinformatics and Drug Design
  • Data privacy and ethical concerns.
• Intellectual Property and Patenting
  • Protecting innovations in drug design.
• Regulatory Aspects
  • Understanding regulatory requirements.

• Emerging Technologies in Bioinformatics
  • CRISPR, AI in bioinformatics, and more.
• Future Directions in Drug Discovery
  • Innovations and upcoming trends.
• Career Opportunities in Bioinformatics

Bioinformatics combines biology, computer science, and information technology to analyze and interpret biological data. It involves the use of software and algorithms to understand complex biological processes, genetic sequences, and molecular structures.

Our Bioinformatics training is ideal for clinical research professionals, biotechnologists, mathematicians, statisticians, data analysts, BI professionals, insurance analysts, data science professionals, healthcare analysts, and retail analysts.

The course includes:

• Sequence Analysis
• Gene and Protein Expression
• Structural Bioinformatics
• Network and Systems Biology
• Databases
• Software and Tools

The Bioinformatics training course spans over 50+ hours of comprehensive, trainer-led instruction. The curriculum is designed to cover all essential aspects of Bioinformatics thoroughly.

We offer flexible training formats, including classroom-based, online, and hybrid sessions, to accommodate your schedule and learning preferences.

Our trainers are experienced bioinformatics professionals with extensive backgrounds in molecular biology, data analysis, and computational biology. They bring a wealth of practical knowledge and industry insights.

The course includes hands-on projects, case studies, and real-world applications to ensure that you can effectively apply theoretical knowledge to practical scenarios in Bioinformatics.

Yes, we provide comprehensive project assistance, including guidance on project design, execution, and analysis, as well as access to relevant resources and tools.

We offer career assistance that includes resume building, interview preparation, job placement support, and access to our extensive alumni network for valuable job leads and mentorship.

Yes, upon successful completion of the Bioinformatics training, you will receive a certificate from Ampersand Academy, validating your expertise and skills in Bioinformatics.

We provide certification assistance, including mock exams and study materials, to help you prepare for official Bioinformatics certifications.

Basic knowledge of biology, statistics, and computer science is recommended. However, we provide foundational coursework for those who need to build their understanding of these subjects.

You can register by contacting us directly through our website or by phone. We will provide you with all the necessary information to complete your enrollment.

The course equips you with advanced skills in data analysis, sequence analysis, and molecular biology, enhancing your ability to contribute to research and development in various scientific and medical fields.

For more information or to schedule a free demo session, please reach out to us via our website or contact us directly by phone. Our team will be happy to assist you with any queries.