Biotechnology

Which of the following are ways that Biotechnology can be used?

• Diagnosis of disease

• Gene therapy

• Production of pharmaceuticals (medicine)

• DNA profiling

• Agriculture - creating GMOS (Genetically modified organisms)

To make a DNA Fingerprint, you use ​ (a)​ ​ ​ (a)     to cut a DNA sample into fragments, and then use ​ (b) ​ (b)   _   to separate the fragments by size

• restriction enzymes
• Gel Electrophoresis

Match the following

• Making an exact copy of an organism

• Gene Therapy

• Used to cut DNA into pieces

• Transgenic Organisms

• Using DNA fragments for identification

• DNA Fingerprints

• Replacing faulty genes

• Cloning

• Inserting genes from one organism into another's genome

• Restriction Enzymes

Tags

NGSS.HS-LS3-2

Reorder the following

• Cut out gene you want

• Bacteria will make the protein

• Put plasmid into bacteria

• Put into bacterial plasmid

Tags

NGSS.HS-LS1-1

Match the following

• Cells with plasmids

• Restriction Enzyme

• Made of DNA (found in prokaryotes not eukaryotes)

• Transformed Bacteria

• Made of Protein

• Plasmid

• Bacteria with new gene

• Prokaryotes

Who is the father of this child? (hint: The baby received half of its DNA sequence from the mom and the other half cam from dad).

• Male # 1

• Male # 2

• Male # 3

• Non e of these

Tags

NGSS.HS-LS3-1

NGSS.HS-LS3-2

Which of the following represents a transgenic organism? Choose ALL that apply.

• Mule

• Corn with genes from bacteria

• Breeding two varieties of apples together

• GMOS (Genetically Modified Organisms)

• A pig with a human gene added to it.

Tags

NGSS.HS-LS3-2

A method used to rapidly make billions of copies of a specific DNA sample is ______ _______ __________

This lab procedure is known as

• Cloning

• gel electrophoresis

• Dichotomous Key

• cladogram

This technique used to analyze DNA involves

• synthesis of new DNA strands from subunits

• separation of DNA fragments based on size

• production of genetically engineered DNA molecules

• removal of defective genes from DNA