IGCSE BIO: Chapter 20 Part 2

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Tharwat A

Palestine

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Compléter IGCSE BIO: Chapter 20 Part 2Version en ligne IGCSE BIO: Chapter 20 Part 2 par Tharwat A 1 human gene Genetic within insulin chromosome modification of bacteria to produce human The gene that is to be inserted is located in the original organism ? the for insulin production is located a 2 out unpaired ends Restriction enzymes are used to isolate or ? cut ? the human insulin gene , leaving it with ? sticky ? ( a short section of bases ) 3 restriction ends sticky bacterial A plasmid is cut by the same enzyme leaving it with corresponding ( plasmids are circles of DNA found inside bacterial cells ) 4 molecule ligase single matching same If two pieces of DNA have sticky ends ( because they have been cut by the restriction enzyme ) , DNA will link them to form a , unbroken of DN A 5 copied express recombinant multiply When the bacteria reproduce the plasmids are as well and so a plasmid can quickly be spread as the bacteria and they will then all the human insulin gene and make the human insulin protei n 6 quickly fermenter large conditions The genetically engineered bacteria can be placed in a to reproduce in controlled and make quantities of the human protei n 7 sprayed poison resistant drought herbicides nutritional bacterium wheat resistant additional crop weeds gene Crops can be genetically modified ( they are known as GM crops ) Crop plants , such as and maize , have been genetically modified to contain a from a that produces a that kills insects , making them to insect pests such as caterpillars . This can improve crop yields Crop plants have also been genetically modified to make them resistant to certain ( chemicals that kill plants ) , meaning that when the herbicide is on the crop it only kills and does not affect the plant Some crops have been genetically modified to produce vitamins and improved value , eg . ? golden rice ? contains genes from another plant and a bacterium which make the rice grains produce a chemical that is turned into vitamin A in the human body , which could help prevent deficiency diseases in certain areas of the world Some have been genetically modified to be - ( to grow better in very dry conditions ) . This can also improve crop yield s

Compléter

IGCSE BIO: Chapter 20 Part 2Version en ligne

IGCSE BIO: Chapter 20 Part 2

human gene Genetic within insulin chromosome

modification of bacteria to produce human
The gene that is to be inserted is located in the original organism ? the for insulin production is located a

out unpaired ends Restriction

enzymes are used to isolate or ? cut ? the human insulin gene , leaving it with ? sticky ? ( a short section of bases )

restriction ends sticky bacterial

A plasmid is cut by the same enzyme leaving it with corresponding ( plasmids are circles of DNA found inside bacterial cells )

molecule ligase single matching same

If two pieces of DNA have sticky ends ( because they have been cut by the restriction enzyme ) , DNA will link them to form a , unbroken of DN A

copied express recombinant multiply

When the bacteria reproduce the plasmids are as well and so a plasmid can quickly be spread as the bacteria and they will then all the human insulin gene and make the human insulin protei n

quickly fermenter large conditions

The genetically engineered bacteria can be placed in a to reproduce in controlled and make quantities of the human protei n

sprayed poison resistant drought herbicides nutritional bacterium wheat resistant additional crop weeds gene

Crops can be genetically modified ( they are known as GM crops )

Crop plants , such as and maize , have been genetically modified to contain a from a that produces a that kills insects , making them to insect pests such as caterpillars . This can improve crop yields

Crop plants have also been genetically modified to make them resistant to certain ( chemicals that kill plants ) , meaning that when the herbicide is on the crop it only kills and does not affect the plant

Some crops have been genetically modified to produce vitamins and improved value , eg . ? golden rice ? contains genes from another plant and a bacterium which make the rice grains produce a chemical that is turned into vitamin A in the human body , which could help prevent deficiency diseases in certain areas of the world

Some have been genetically modified to be - ( to grow better in very dry conditions ) . This can also improve crop yield s

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IGCSE BIO: Chapter 20 Part 2

Compléter

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

Top Jeux

Compléter

FFA Creed Paragraph #2

Compléter

Anatomy quiz

Compléter

The Preamble

Compléter

FFA Creed Paragraph 3

Compléter

COMPLETE THE LYRICS OF SONG

Compléter

IGCSE BIO: Chapter 20 Part 2Version en ligne

par Tharwat A

human gene Genetic within insulin chromosome

out unpaired ends Restriction

restriction ends sticky bacterial

molecule ligase single matching same

copied express recombinant multiply

quickly fermenter large conditions

sprayed poison resistant drought herbicides nutritional bacterium wheat resistant additional crop weeds gene

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