Information Profile @ a
Glance
- rDNA stands for recombinant
DNA
- It is DNA that has been
created artificially. DNA from two or
more sources is incorporated into a single recombinant molecule.
- Producing many identical copies of the
same recombinant molecule is called
cloning. Cloning can be done in vitro, by a process called the
polymerase chain reaction (PCR).
- Vectors are used to carry DNA into host
cells.
- Plasmids are molecules of DNA that are found in bacteria
separate from the bacterial chromosome.
- Gene Therapy is treating a genetic disease by
inserting a healthy copy of a gene into the cells that particularly need
it.
- Production of recombinant
proteins in eukaryotic systems generally takes place in yeast and
filamentous fungi.
- Recombinant DNA technology allows us to isolate
specific genes from the genome
- It has made a revolutionary
impact in the area of healthcare by enabling mass production of safe,
pure and more effective versions of various biochemicals used as
therapeutics. It has helped in the production of new therapeutics as
well as safer and/or effective versions of conventionally produced
therapeutics.
- Recombinant DNA biotechnology is the latest in
a long line of tools that plant breeders have used to enhance plant
availability, survival, and growth to benefit people.
- Recombinant DNA Advisory Committee (RDAC)
recommends, from time to time, suitable and appropriate safety
regulations for recombinant research, use and applications.
- The goal of Indian Government is to ensure that
research and applications in bio-sciences
and biotechnology are
guided by a system of monitoring.
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Cultivation
- Recombinant Protein
Production
- Potential and Safety
- Production and Quality
- Cultivation of Recombinant
Escherichia Coli
Processing
- Therapeutic Products
- Labeling of rDNA
- Biotechnology
- Production and Testing
Gene Cloning
- rDNA & Gene Cloning
- Cloning the DNA
- Construction and Cloning
- Recombinant DNA/Cloning
- Gene cloning and Genetic Engineering
- DNA Cloning and Vector Construction
- rDNA
- Chronology
- Bacterial Transformation
Technology
- Definition and Purpose
- Fundamentals
- rDNA Technology
- Gene Cloning
- Cloning and Vector
- Biotechnology and rDNA Techniques
Policy
- Policy
- Planning for Biosafety
- UCLA Policy
- Infectious Agents in Research
- rDNA Debate
Uses, Benefits and
Applications
- Recombinant DNA Biotechnology
- Application in Molecular Biology
- Biotechnology
- Stem Cell Research
- Bio-Based Economy
- Gene Therapy Advisory Committee
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Registration, Regulation and
Guidelines
- Registration Guidelines & Definitions
- Registration of Experiments
- Safety Considerations
- Safety Program
- Advisory Committee
- Guide for rDNA Molecules
- Guidelines for rDNA Organisms
- Experiments
- Research Involving rDNA molecules
- Indian Recombinant DNA Safety
Market Strategies
- r DNA Proteins and Future for Escherichia
coli
- Market Report-Japan
- Industry Sector Focus
- Chronology
- Strategic Market Outlook
- Governing Biotechnology
Suppliers
- rDNA/Protein Resource Facility-OSU
- Amendments and Updates
- Hepatitis B Vaccine
- Biotechnology Regulatory Guide
Import and Export in India
- India
- Indian Initiatives on Codes
- Regulation of Genetically Modified Organisms
- Analysis of Biotechnology
- Biosafety Regulations
- Foreign Investment in India
Import and Export
- Import Regulations
- Genetically Modified Agricultural Products
- Biosafety Rules-Pakistan
- Import Regulations & Standards
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