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BASIC LAB TECHNIQUES

              MODULE 1
           CHAPTERS 1-3
   Modern Biotechnology industry
      Business of biotechnology
    Life cycle of pharma products
DEFINITION OF
BIOTECHNOLOGY
   the manipulation (as through genetic
    engineering) of living organisms or their
    components to produce useful usually
    commercial products (as pest resistant
    crops, new bacterial strains, or novel
    pharmaceuticals);
   FROM THE FREE MARRIAM WEBSTER DICTIONARY




                                  Chapter 1
THE EUROPEAN COMMISION VS.
FDA
 "The application of science and
  technology to living organisms, as well as
  parts, products and models thereof, to
  alter living or non-living materials for the
  production of knowledge, goods and
  services.“
 “The application of biological systems and
  organisms to technical and industrial
  processes”

                           chapter 1
Brief Review of Molecular biology
   Biotechnology is used to manipulate DNA

   DNA instructs the cells how to make proteins

   DNA is located in the chromosomes and contain genes

   Genes express themselves by producing proteins

   Some proteins are structural others are regulatory

   When cells express specific genes and not others we call
    them differentiated. Embryonic cells can express all genes
    therefore they are undifferentiated
Question?
 DNA resides in the nucleus,
proteins are produced in the
ribosomes (cytoplasmic
organelles), how does the
information move from the
nucleus to the ribosomes?
answer




m-RNA
Techniques in biotechnology
 To manipulate cells we use:
 Genetic engineering
 Recombinant DNA
 Transformation
 Transfection
 Fermentation in bioreactors
 Use vectors and plasmids
 In vitro technology like cell and tissue
  culture
The Genome project


   Genomics
  Proteomics
Bioinformatics
Applications
   Biopharma – products manufactured using
    genetically modified organisms e.g insulin
   Use of bacteria, mammalian and plant cells
    pros and cons?
   In vitro and in vivo systems. Examples?
   Gene therapy
   Bioagriculture
   Regenerative medicine and tissue
    engineering using stem cells
   Biofues
   forensics
The business of biotechnology
 Research and development
 Production
 QC/QA
 Regulatory affairs




                       chapter 2

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Chapters 1 3 basic lab techniques

  • 1. BASIC LAB TECHNIQUES MODULE 1 CHAPTERS 1-3 Modern Biotechnology industry Business of biotechnology Life cycle of pharma products
  • 2. DEFINITION OF BIOTECHNOLOGY  the manipulation (as through genetic engineering) of living organisms or their components to produce useful usually commercial products (as pest resistant crops, new bacterial strains, or novel pharmaceuticals);  FROM THE FREE MARRIAM WEBSTER DICTIONARY Chapter 1
  • 3. THE EUROPEAN COMMISION VS. FDA  "The application of science and technology to living organisms, as well as parts, products and models thereof, to alter living or non-living materials for the production of knowledge, goods and services.“  “The application of biological systems and organisms to technical and industrial processes” chapter 1
  • 4. Brief Review of Molecular biology  Biotechnology is used to manipulate DNA  DNA instructs the cells how to make proteins  DNA is located in the chromosomes and contain genes  Genes express themselves by producing proteins  Some proteins are structural others are regulatory  When cells express specific genes and not others we call them differentiated. Embryonic cells can express all genes therefore they are undifferentiated
  • 5. Question?  DNA resides in the nucleus, proteins are produced in the ribosomes (cytoplasmic organelles), how does the information move from the nucleus to the ribosomes?
  • 7. Techniques in biotechnology  To manipulate cells we use:  Genetic engineering  Recombinant DNA  Transformation  Transfection  Fermentation in bioreactors  Use vectors and plasmids  In vitro technology like cell and tissue culture
  • 8. The Genome project Genomics Proteomics Bioinformatics
  • 9. Applications  Biopharma – products manufactured using genetically modified organisms e.g insulin  Use of bacteria, mammalian and plant cells pros and cons?  In vitro and in vivo systems. Examples?  Gene therapy  Bioagriculture  Regenerative medicine and tissue engineering using stem cells  Biofues  forensics
  • 10. The business of biotechnology  Research and development  Production  QC/QA  Regulatory affairs chapter 2