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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
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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.

Dec 17, 2015

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Page 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.

2.5.9 Genetic Engineering2.5.10.H Origin of the Science of Genetics

2.5.11.H Law of Segregation2.5.12.H Law of Independent Assortment

2.5.13.H Dihybrid Cross2.5.14.H Nucleic Acid Structure and

Function

Follow-Me – iQuiz

Page 2: 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.

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

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 3: 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.

CONGRATULATIONS

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for the Next Question

Page 4: 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.

Q. Suggest an advantage of producing genetically identical animals.

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 5: 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.

CONGRATULATIONS

Please CLICK on THIS BOX

for the Next Question

Page 6: 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.

Q. What is meant by genetic engineering?

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 7: 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.

CONGRATULATIONS

Please CLICK on THIS BOX

for the Next Question

Page 8: 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.

Q. State an application of genetic engineering involving a micro-organism.

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 9: 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.

CONGRATULATIONS

Please CLICK on THIS BOX

for the Next Question

Page 10: 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.

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

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 11: 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.

CONGRATULATIONS

Please CLICK on THIS BOX

for the Next Question

Page 12: 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.

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

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 13: 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.

CONGRATULATIONS

Please CLICK on THIS BOX

for the Next Question

Page 14: 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.

Q. Explain why linked genes do not assort independently.

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 15: 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.

CONGRATULATIONS

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for the Next Question

Page 16: 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.

Q. Suggest a disadvantage of producing genetically identical animals.

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 17: 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.

CONGRATULATIONS

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for the Next Question

Page 18: 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.

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

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 19: 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.

CONGRATULATIONS

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for the Next Question

Page 20: 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.

Q. Name the two types of nitrogenous base found in DNA.

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 21: 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.

CONGRATULATIONS

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for the Next Question

Page 22: 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.

Q. Explain the term transformation in the context of genetic engineering.

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 23: 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.

CONGRATULATIONS

Please CLICK on THIS BOX

for the Next Question

Page 24: 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.

Q. Explain the term isolation in the context of genetic engineering.

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 25: 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.

CONGRATULATIONS

Please CLICK on THIS BOX

for the Next Question

Page 26: 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.

Q. In genetics, what is meant by sex linkage?

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 27: 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.

CONGRATULATIONS

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for the Next Question

Page 28: 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.

Q. What term is used to describe alleles that lie on the same chromosome?

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 29: 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.

CONGRATULATIONS

Please CLICK on THIS BOX

for the Next Question

Page 30: 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.

Q. State an application of genetic engineering involving a plant.

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 31: 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.

CONGRATULATIONS

Please CLICK on THIS BOX

for the Next Question

Page 32: 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.

Q. Explain the term ligation in the context of genetic engineering.

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 33: 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.

CONGRATULATIONS

Please CLICK on THIS BOX

for the Next Question

Page 34: 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.

Q. Name a condition in humans that is governed by a sex-linked allele.

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 35: 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.

CONGRATULATIONS

Please CLICK on THIS BOX

for the Next Question

Page 36: 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.

Q. Which nitrogenous base can link only to thymine?

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 37: 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.

CONGRATULATIONS

Please CLICK on THIS BOX

for the Next Question

Page 38: 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.

Q. Explain the term expression in the context of genetic engineering.

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 39: 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.

CONGRATULATIONS

Please CLICK on THIS BOX

for the Next Question

Page 40: 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.

Q. State an application of genetic engineering involving an animal.

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 41: 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.

CONGRATULATIONS

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for the Next Question

Page 42: 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.

Q. Which nitrogenous base can link only to cytosine?

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 43: 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.

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Page 44: 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.

Q. Explain the term restriction (cutting) in the context of genetic engineering.

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 45: 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.

CONGRATULATIONS

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Page 46: 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.

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

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 47: 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.

CONGRATULATIONS

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Page 48: 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.

Q. Name a cell organelle, apart from the nucleus, in which DNA is found.

“antifreeze” in farmed fish; Pharmaceuticals from

transgenic animals

Egg cell is haploid; Somatic cell is diploid

Haemophilia; Colour blindness

Guanine

Genetic engineering

Linked

Law of Independent Assortment

Lack of variation; Prone to disease

Hydrogen

Manipulation of genes

Production of hormones, enzymes or interferon

Same wool quality

Segregation

Slow ripening tomatoes; Herbicide resistant plants;

Freeze-resistant plants

Locating/removing of a gene or a plasmid

Transmitted on the same chromosome

The joining of DNA or plasmid or gene

The activation of the inserted gene; Production of product

The uptake of DNA or plasmid or gene

Adenine

Mitochondrion; Chloroplast

Cutting the DNA with a restriction enzyme

Purines; Pyrimidines

Gene on sex (or X or Y) chromosome

Page 49: 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.

CONGRATULATIONS

You’re Brilliant

Page 50: 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.

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