Understanding Genetic Engineering and Genetic Variation

Slide Note
Embed
Share

Genetic engineering plays a crucial role in manipulating genes to produce desired traits in organisms. Concepts like the origin of genetics, laws of segregation and independent assortment, and nucleic acid structure are fundamental in this field. Understanding the difference between the nuclei of egg cells and somatic cells, advantages of producing genetically identical animals, and applications like antifreeze in farmed fish and pharmaceuticals from transgenic animals provide insights into the vast potential of genetic engineering.

maybell
maybell Follow

Uploaded on Oct 02, 2024 | 0 Views

Download Presentation

Please find below an Image/Link to download the presentation.

The content on the website is provided AS IS for your information and personal use only. It may not be sold, licensed, or shared on other websites without obtaining consent from the author. Download presentation by click this link. If you encounter any issues during the download, it is possible that the publisher has removed the file from their server.

E N D

Presentation Transcript

  1. 2.5.9 Genetic Engineering 2.5.10.H Origin of the Science of Genetics 2.5.11.H Law of Segregation 2.5.12.H Law of Independent Assortment 2.5.13.H Dihybrid Cross 2.5.14.H Nucleic Acid Structure and Function Follow-Me iQuiz

  2. Q. What is the difference between a nucleus of an egg cell and that of a somatic (body) cell of an animal? antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  3. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  4. Q. Suggest an advantage of producing genetically identical animals. antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  5. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  6. Q. What is meant by genetic engineering? antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  7. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  8. Q. State an application of genetic engineering involving a micro- organism. antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  9. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  10. Q. Isolation, cutting (or restriction), transformation (or ligation), introduction of base sequence (changes) and expression are all processes involved in antifreeze in farmed fish; Pharmaceuticals from transgenic animals antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  11. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  12. Q. Separation of a pair of allelic genes during meiosis resulting in each gamete having only one of the pair of genes is known as antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  13. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  14. Q. Explain why linked genes do not assort independently. antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  15. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  16. Q. Suggest a disadvantage of producing genetically identical animals. antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  17. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  18. Q. During gamete formation each member of a pair of genes may combine randomly with either of another pair. This is known as antifreeze in farmed fish; Pharmaceuticals from transgenic animals antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  19. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  20. Q. Name the two types of nitrogenous base found in DNA. antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  21. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  22. Q. Explain the term transformation in the context of genetic engineering. antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  23. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  24. Q. Explain the term isolation in the context of genetic engineering. antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  25. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  26. Q. In genetics, what is meant by sex linkage? antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  27. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  28. Q. What term is used to describe alleles that lie on the same chromosome? antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  29. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  30. Q. State an application of genetic engineering involving a plant. antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  31. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  32. Q. Explain the term ligation in the context of genetic engineering. antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  33. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  34. Q. Name a condition in humans that is governed by a sex-linked allele. antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  35. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  36. Q. Which nitrogenous base can link only to thymine? antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  37. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  38. Q. Explain the term expression in the context of genetic engineering. antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  39. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  40. Q. State an application of genetic engineering involving an animal. antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  41. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  42. Q. Which nitrogenous base can link only to cytosine? antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  43. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  44. Q. Explain the term restriction (cutting) in the context of genetic engineering. antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  45. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  46. Q. Name the type of bonding which occurs between members of a base pair in the DNA molecule. antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  47. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  48. Q. Name a cell organelle, apart from the nucleus, in which DNA is found. antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines antifreeze in farmed fish; Pharmaceuticals from transgenic animals Hydrogen Purines; Pyrimidines Lack of variation; Prone to disease Adenine Same wool quality Lack of variation; Prone to disease Adenine Same wool quality Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Cutting the DNA with a restriction enzyme Law of Independent Assortment Segregation Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants Egg cell is haploid; Somatic cell is diploid Linked Slow ripening tomatoes; Herbicide resistant plants; Freeze-resistant plants The activation of the inserted gene; Production of product Egg cell is haploid; Somatic cell is diploid Linked Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid Gene on sex (or X or Y) chromosome Locating/removing of a gene or a plasmid The activation of the inserted gene; Production of product The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes The joining of DNA or plasmid or gene Genetic engineering Manipulation of genes Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Mitochondrion; Chloroplast The uptake of DNA or plasmid or gene Guanine Haemophilia; Colour blindness Production of hormones, enzymes or interferon Production of hormones, enzymes or interferon Transmitted on the same chromosome Haemophilia; Colour blindness Transmitted on the same chromosome

  49. CONGRATULATIONS You re Brilliant

  50. Incorrect Please CLICK on THIS BOX to Try Again Please CLICK on THIS BOX to Try Again

Related


Understanding Genetics: The Key Concepts and Applications

Understanding Genetics: The Key Concepts and Applications

aanya
Understanding Continuous and Discontinuous Variation in Species

Understanding Continuous and Discontinuous Variation in Species

azaria
Exploring Genetic Engineering: From Basics to Applications

Exploring Genetic Engineering: From Basics to Applications

joan
Understanding Genetic Markers in Molecular Mapping

Understanding Genetic Markers in Molecular Mapping

electra
Understanding Somaclonal Variation in Plants

Understanding Somaclonal Variation in Plants

sparrow
Understanding Variation in Statistical Studies

Understanding Variation in Statistical Studies

conor
Understanding Genetic Counselors and the NSGC

Understanding Genetic Counselors and the NSGC

adler
Understanding Direct Variation in Math

Understanding Direct Variation in Math

bart
Understanding Common Cause Variation in Sampling and Process Monitoring

Understanding Common Cause Variation in Sampling and Process Monitoring

khoos
Understanding Meiosis and Genetic Variation in Organisms

Understanding Meiosis and Genetic Variation in Organisms

farland_n
Understanding Meiotic Cell Division and Sexual Reproduction in General Biology

Understanding Meiotic Cell Division and Sexual Reproduction in General Biology

pung_e
Signatures of Genetic Variation in Human microRNAs Point to Selection and Disease Risks

Signatures of Genetic Variation in Human microRNAs Point to Selection and Disease Risks

msavo
Understanding Genetic Variation and Its Role in Evolution

Understanding Genetic Variation and Its Role in Evolution

domanickb
Advancing Microbiological Systems Through Genetic Engineering and Microbial Community Engineering

Advancing Microbiological Systems Through Genetic Engineering and Microbial Community Engineering

dans308
Recommended Updates for Engineering Program of Study

Recommended Updates for Engineering Program of Study

hoge_oah
Understanding Evolution: Natural Selection and Genetic Variation

Understanding Evolution: Natural Selection and Genetic Variation

ariyell
Understanding Genotype and Phenotype: The Genetic Basis of Organism Variation

Understanding Genotype and Phenotype: The Genetic Basis of Organism Variation

yage_est
Evolutionary Computation and Genetic Algorithms Overview

Evolutionary Computation and Genetic Algorithms Overview

raffaele_n
Understanding Word Order Variation in Language

Understanding Word Order Variation in Language

deust
Understanding Latency Variation in Modern DRAM Chips

Understanding Latency Variation in Modern DRAM Chips

glei
Exploring Plant Traits: Understanding Variation in Characteristics

Exploring Plant Traits: Understanding Variation in Characteristics

sul_fo
Understanding Biotechnology: From Ancient Techniques to Modern Genetic Engineering

Understanding Biotechnology: From Ancient Techniques to Modern Genetic Engineering

jahe667

More Related Content