•  Module 1 : Immunotechnology
• Module 2: Industrial Microbiology
• Module 3 : Medical Microbiology/Clinical Microbiology
• Module 4 : Food Microbiology
• Module 5 : Pharmaceutical Biotechnology
• Module 6 : Fermentation and Downstream Process
• Module 7 : 
• Module 8 : Phytochemical Analysis
• Module 9 : Genetic Engineering
• Module 10 : Enzyme Biotechnology
• Module 11 : Instrumentation
• Module 12 : Food Microbiology
• Module 13 : Food Chemistry
• Module 14 : Food Enzymology

Fees for this Week long Hands on Modules are  Rs 3000 + GST ].

One can add modules more modules to their program and can avail discounted prices for each module addition

Internship available on the following topics: 

• Advance Molecular docking 
• Bioinformatics tools & software
• Stem cell and gene therapy
• Forensic science 
• Nano BioMedicine 
• Computer-aided drug design and discovery 
• Food Microbiology 
• Artificial Intelligence in Healthcare 
• Recombinant DNA technology and genetic engineering 
• Genetic engineering using Crispr technology 
• Basic techniques in molecular biology
• Molecular & Chromatography tools-techniques
• Introduction to Bioinformatics tools and software
• Recombinant DNA technology & genetic engineering
• Plant cell and Tissue culture
• Microbiome studies, Tools, relevance and applications
• Advanced program in pharmacovigilance
• Molecular Docking
• Next-generation sequencing

 Based on Individually chosen tittles:

• Biochemistry
• Microbiology
• Nano Biotechnology
• Nano drug delivery
• Plant Biology
• Mycology
• Food Science
• Biomedical
• Bioinformatics
• Environmental Science
• Enzymology
• Soil Mycology
• Agriculture Biotechnology
• Medical Biochemistry
• Plant tissue culture.

 

 As a glimpse of what are all covered in the studies as a pattern or a guide , Some of the topics covered during the training  

 Biochemistry :

General Pattern:

• Concepts and Scope of Biochemistry
• Basics of Biomolecules – Carbohydrates, Proteins, Lipids and Nucleic acids.
• General Laboratory Operations, Basic Discipline & Instrument Handling.
• Preparations of different Solutions & Buffers. Determination of Molarity and Normality.
• Determination of pH and different operations of pH meters.
• Estimation of urea by diacetylmonoxime method
• Estimation of creatinine by jaffe s method.
• preparation of different assays
• Centrifugation – Basic Principles sedimentation of Macromolecules sedimentation of velocity sedimentation of Equilibrium.
• Types of Centrifuge – Micro centrifuge, High speed centrifuge, Ultra centrifuge, Preparation Centrifuge, Differentiate centrifuge and Density Centrifuge.
• Protein Purification – Application and Working Principle of TLC & Paper chromatography
• Phytochemical Analysis by color test using plant extract.

Microbiology:

General Pattern:

• Over view of Microbiology – Concept & Scope.
• General Laboratory Operations
• Microscopy – Description and Operation of Compound Microscope use oil immersion objective.
• Sterilization Methods – Operation of Autoclave, hot air oven, Culture fumigation & surface sterilization.
• Culture media preparation – Nutrient Broth, Nutrient Agar, Potato Dextrose agar and slant preparation for culture.
• Isolation techniques – pure culture by streak plate method.
• Stain & Staining – Principles of staining, simple staining and differentiation staining.
• Aseptic techniques – Culture transfer from solid to solid, solid to liquid and liquid to liquid.
• Different culture techniques – Streak Plate, Pour Plate and Spread Plate.
• Antibiotic Sensitivity Test – by paper disc method.
• Antimicrobial Activity – Antibacterial activity from plant extract by using non pathogen strains. Antifungal activity from plant extract by using non pathogen strains.
• Study of Endophytic fungi and Isolation method by using PDA medium.
• Potability of the water (MPN)
• Microbial identification
• Antimicrobial studies
• Disinfectant efficiency analysis

Cell & Molecular Biology:

General Pattern:

• Concepts of cell biology – basic functional unit of living cells.
• Cellular classification – different domains, Cell organization – Prokaryotic & Eukaryotic cells.
• Determination of E.coli bacteria from Buccal smear method.
• Composition of different buffer preparation and micro pipette handling
• Application and working methodology of Agarose gel electrophoresis.
• Isolation of genomic DNA from plant samples through Agarose gel electrophoresis.
• Isolation of genomic DNA from Animal sample through Agarose gel electrophoresis.
• Isolation of genomic DNA from bacterial samples through Agarose gel electrophoresis.
• Isolation of genomic DNA from human blood sample through Agarose gel electrophoresis.
• PCR – working methodology & Concepts.
• Molecular characterization by using molecular markers
• Gene cloning and expression
• Purification of recombinant protein molecules
• Genetic mapping

NanoBiotechnology:

General Pattern:

• Development of Nanobiotechnolgy – Progress and overview
• Application in Nanobiology by different fields.
• General Laboratory Operations 
• Nanoparticles synthesis from different metals (Ag and Cu) by chemical approaches.
• Biosynthesis – Biological Nanoparticles production – plants & Microbes.
• Green synthesis of nanopartticles from plant extract by using eco friendly metals (Ag and Cu).
• Biological synthesis of nanoparticles from microbial extract by using (Ag and Cu).
• Characterization

Phytochemistry

• Finding out novel product, herbal extraction, isolation, identification & purification of bioactive compounds
• Process development for phytochemical compounds, extraction, soxalation
• Invitro biological assay for antioxidants, antidiabetic and antimicrobial activities, cytotoxicity assay

Protein Chemistry

• Process development from protein purification
• Molecular weight determination
• Enzyme assay
• Nanoparticle studies

Analytical studies

• Process development and method validation
• Determination of biomolecules
• Estimation of metal ions (ICP)
• Cytotoxicity assay
• Bioinformatics
•