Advanced modules (Project/Training with Project Programs) (90 Days)
ADVANCE RECOMBINANT DNA TECHNOLOGY & MICROBIOLOGY (90 days)
Course Content
- An introduction to Recombinant DNA Technology
- Instrumentation in Biotechnology and Molecular Biology
- Isolation of DNA from fruit
- Isolation of DNA from Plant source by SDS and C-TAB method
- Industrial Isolation and purification of Genomic DNA from yeast
- Isolation and purification of Genomic DNA from Prokaryotes
- Isolation of Plasmid DNA from prokaryotes
- Purification of DNA
- Separation of DNA by Gel electrophoresis technique
- Southern Blotting and its application spectrum
- Restriction enzymes in the field of Recombinant DNA Technology
- Restriction digestion
- Agarose gel Electrophoresis
- Quantitative estimation of DNA
- SDS-PAGE, a molecular separation technique
- Competent cell Preparation
- Transformation
- Screening of transformed cells
- Primer designing and applications
- PCR Basics
- Amplification of gene of interest
- Stem cells therapeutics in Cancer
- DNA sequencing
- Basics of Enzyme technology and importance of biocatalysts in different metabolic pathways
- Isolation of micro-organisms from soil by serial dilution
- Study of Colony morphology
- Pure culture preparation
- Sterilization techniques
- Screening for enzyme production
- Identification of bacteria by Gram Staining
- Biochemical characterization
- In vitro production of enzymes
- Enzyme assay
- Purification of enzymes
- i) Salt precipitation
- ii) Dialysis
- Assay for purified enzyme
- Quantitative estimation of Enzymes
- Kinetic study of enzymes
- Effect of Activator
- Effect of Inhibitor
- Effect of Substrate Concentration
- Effect of temperature
- Immobilization of Enzyme
- Project
RECOMBINANT DNA AND PCR TECHNOLOGY WITH DRUG DESIGNING (90 days)
Course Content
- An introduction to Recombinant DNA Technology
- Instrumentation in Biotechnology and Molecular Biology
- Isolation of DNA from fruit
- Isolation of DNA from Plant source by SDS and C-TAB method
- Industrial Isolation and purification of Genomic DNA from yeast
- Isolation and purification of Genomic DNA from Prokaryotes
- Isolation of Plasmid DNA from prokaryotes
- Purification of DNA
- Separation of DNA by Gel electrophoresis technique
- Southern Blotting and its application spectrum
- Restriction enzymes in the field of Recombinant DNA Technology
- Restriction digestion
- Agarose gel Electrophoresis
- Quantitative estimation of DNA
- SDS-PAGE, a molecular separation technique
- Competent cell Preparation
- Transformation
- Screening of transformed cells
- Primer designing and applications
- PCR Basics
- Amplification of gene of interest
- Stem cells therapeutics in Cancer
- DNA sequencing
- Introduction to Chemioinformatics and Drug Development
- Chemical and Drug Database
- Proteomics
- Sequence analysis of Receptor molecule
- Structural Bioinformatics in Drug Development
- Small molecule hits
- Designing chemical structures
- Pathways studies and Drug Targeting
- Lead design with Geometry optimization and Energy Minimization
- Computer simulations
- Chemical reaction indexing
- Docking
- Relevant software and Tools
- Chemical Patents
- FDA in drug trials
- Project
INDUSTRIAL ENZYMOLOGY & MICROBIAL BIOTECHNOLOGY WITH DRUG DESIGNING (90 days)
Course Content
- Basics of Enzyme technology and importance of biocatalysts in different metabolic pathways
- Isolation of micro-organisms from soil by serial dilution
- Study of Colony morphology
- Pure culture preparation
- Sterilization techniques
- Screening for enzyme production
- Identification of bacteria by Gram Staining
- Biochemical characterization
- In vitro production of enzymes
- Enzyme assay
- Purification of enzymes
- i) Salt precipitation
- ii) Dialysis
- Assay for purified enzyme
- Quantitative estimation of Enzymes
- Kinetic study of enzymes
- Effect of Activator
- Effect of Inhibitor
- Effect of Substrate Concentration
- Effect of temperature
- Immobilization of Enzyme
- Isolation of Genomic DNA from Prokaryotes
- Isolation of Plasmid DNA from prokaryotes
- Separation of DNA by Gel electrophoresis technique
- Introduction to Chemioinformatics and Drug Development
- Chemical and Drug Database
- Proteomics
- Sequence analysis of Receptor molecule
- Structural Bioinformatics in Drug Development
- Small molecule hits
- Designing chemical structures
- Pathways studies and Drug Targeting
- Lead design with Geometry optimization and Energy Minimization
- Computer simulations
- Chemical reaction indexing
- Docking
- Relevant software and Tools
- Chemical Patents
- FDA in drug trials
- Project
Course Content
Highlights of the courses
Highlights of the courses
- Fully devoted lab for trainees
- Fully Hands-on assistance
- Focus on Concept build up and correlation
- All programs(regular/ online) are certified
- Guidance on Documentation and thesis writing and formatting
Courses Offered
Courses Offered
- Bioinformatics
- Biotechnology
- DNA Forensics
- Clinical Research
- Microbiology
- Biochemistry
- Industrial/Winter/Summer Training
- Computer Aided Drug Design
Training for Skills
Training for Skills
- Experience
- Training
- Competence
- Learning
- Knowledge
- Advanced Training
- Growth
- Ability
Why Choose Us
- Fully Interactive sessions with guide
- Up to date projects’ option relevant to current research orientation
- Flexibility in working hours
- Recommendation letters for higher studies for selected trainees
- Publication assistance
Post Registration Process
Your registration number will be mailed to you upon the reception of your documents.
Candidates should email the DD details to
dnaresearchcentre@gmail.com (Indian nationals)
drc@dnares.in (International Applicants)