Biotechnology in Agriculture at University of Abeokuta

 
University Of Agriculture, Abeokuta
 
College Of Natural Sciences
 
 
Department Of Microbiology
 
 
Course Title: Biotechnology
Course Code BIO 404
 
 
Course Lecturers: Prof. I. Akpan ,
Dr. F. Oluwafemi
 
 
Course Objectives:
 
 
Enable students to understand  that
Biotechnology is multi-disciplinary
 
 
Enable students understand that
microorganisms can be put into
practical application to manufacture
products that are needed by the society
 
 
Enable students to understand that
Biotechnology is multifaceted
 
 
 
 
What is Biotechnology?
 
 
Interdisciplinary pursuit
 
 
Quantitative extension of approaches
to problems
 
 
Integration & marshalling of concepts
& methodologies from separate
disciplines
 
 
Genetics
 
 
Biochemistry/Chemistry
 
 
Food Science
 
 
Food Technology
 
 
Mechanical Engineering
 
 
Chemical Engineering
 
 
Biochemical Engineering
 
 
Electronics
 
 
Microbiology
 
 
Main objectives of Biotechnology
 
 
Innovation
 
 
Development
 
 
Optimal operation of processes
 
 
Requirement of Biotechnology
 
 
Skilled workforce
 
 
Supportive public
 
 
 
 
Therapeutics
 
 
Diagnostics
 
 
Agriculture/forestry/horticulture
 
 
Food
 
 
Environment
 
 
Chemical intermediates
 
 
Equipment
 
 
Scale of operation, scaling up
biological processes
 
 
Products of fermentation
 
 
Organic acids
 
 
Polysaccharides
 
 
Enzymes
 
 
Vaccines
 
 
Hormones
 
 
Three –component central core of
Biotechnology
 
 
Obtaining the best biological catalyst
 
 
Best environment for the catalyst
 
 
Separation and purification of products
 
 
Introduction of genes into un-related
species
 
 
Safety of genetically-modified foods
 
 
Genetically-modified foods are safe
because of the following:
 
 
Organisms with unusual pathogenicity
will not be released
 
 
All releases into the environment are
monitored and recorded
 
 
Up to date no adverse effects recorded
 
 
Transgenic crops  are conducted
under strict conditions
 
 
Main ethical considerations
relating food use of transgenic
organisms
 
 
Transfer of human genes to food
animals
 
 
Transfer of genes from forbidden
animals
 
 
Transfer of animal genes into food
plants
 
 
Use of organisms  containing
human genes
 
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Delve into the world of Biotechnology at the University of Agriculture in Abeokuta, where students are equipped with interdisciplinary knowledge to apply microorganisms for practical applications in society. The course, led by Prof. I. Akpan and Dr. F. Oluwafemi, aims to broaden students' understanding of the multifaceted nature of Biotechnology, emphasizing its importance in various fields such as genetics, biochemistry, and chemistry.

  • Biotechnology
  • Agriculture
  • University
  • Microorganisms
  • Interdisciplinary

Uploaded on Jul 05, 2024 | 0 Views


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  1. University Of Agriculture, Abeokuta

  2. College Of Natural Sciences

  3. Department Of Microbiology

  4. Course Title: Biotechnology Course Code BIO 404

  5. Course Lecturers: Prof. I. Akpan , Dr. F. Oluwafemi

  6. Course Objectives:

  7. Enable students to understand that Biotechnology is multi-disciplinary

  8. Enable students understand that microorganisms can be put into practical application to manufacture products that are needed by the society

  9. Enable students to understand that Biotechnology is multifaceted

  10. What is Biotechnology?

  11. Interdisciplinary pursuit

  12. Quantitative extension of approaches to problems

  13. Integration & marshalling of concepts & methodologies from separate disciplines

  14. Genetics

  15. Biochemistry/Chemistry

  16. Food Science

  17. Food Technology

  18. Mechanical Engineering

  19. Chemical Engineering

  20. Biochemical Engineering

  21. Electronics

  22. Microbiology

  23. Main objectives of Biotechnology

  24. Innovation

  25. Development

  26. Optimal operation of processes

  27. Requirement of Biotechnology

  28. Skilled workforce

  29. Supportive public

  30. Therapeutics

  31. Diagnostics

  32. Agriculture/forestry/horticulture

  33. Food

  34. Environment

  35. Chemical intermediates

  36. Equipment

  37. Scale of operation, scaling up biological processes

  38. Products of fermentation

  39. Organic acids

  40. Polysaccharides

  41. Enzymes

  42. Vaccines

  43. Hormones

  44. Three component central core of Biotechnology

  45. Obtaining the best biological catalyst

  46. Best environment for the catalyst

  47. Separation and purification of products

  48. Introduction of genes into un-related species

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