Biotech webXam Review Strand 3 Part 2

This process gives us the ability to make infinite copies of DNA

• selective breeding

• inbreeding

• CRISPR

• polymerase chain reaction

This technology allows us to do cool things such as "reprogram" bacteria to make important medicines for us

• selective breeding

• cloning

• polyploidy

• recombinant DNA

Tags

NGSS.HS-LS1-1

This process was a necessary predecessor of sequencing and manipulating DNA

• selective breeding

• polymerase chain reaction

• cloning

• CRISPR

This process is accomplished by swapping out the DNA from an egg with the DNA from another donor to create a whole new organisms.

• selective breeding

• inbreeding

• cloning

• CRISPR

This method involves hijacking a bacteria's natural defense system in order to make cuts in specific sequences of DNA

• selective breeding

• polyploidy

• cloning

• CRISPR/Cas9

This biotechnology allows us to make specific cut-and-paste style edits to genetic sequences, giving us ultimate power over all living organisms

• cloning

• polymerase chain reaction

• recombinant DNA

• CRISPR/Cas9

This is a form of wild mustard, it's genes have been modified through selective breeding to produce this common crop

• kale

• broccoli

• cabbage

• cauliflower

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NGSS.MS-LS3-1

A purebred dog is created through what process?

• selective breedin

• inbreeding

• cloning

• recombinant DNA

What gene was transferred to bacteria to make them glow under UV light?

• A gene from a bioluminescent jellyfish

• A gene from a deep-sea fish

• A human gene

• A gene from a fluorescent plant

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NGSS.HS-LS3-2

What is the process called where a cell takes up DNA from their environment?

• Photosynthesis

• Mitosis

• Transformation

• Transcription