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
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