Natural Selection
Artificial Selection
Genetic Engineering
DNA Replication
Protein Synthesis
100

What is the process by which organisms better adapted to their environment tend to survive and produce more offspring?

Natural Selection

100

What is artificial selection?

The intentional breeding of two organisms selected for their desired traits.

100

What is genetic engineering? 

The direct manipulation of an organism's DNA.

100

What is DNA replication?

 The process by which DNA makes a copy of itself for each daughter cell. 

100

What is protein synthesis?

The creation of proteins 

200

Name a common example of natural selection in action.

Giraffe neck length 

Moths colors 

Frog colors 

200

Give an example of a trait selected through artificial selection in animals.

Dog breeds

Cows for more milk production 

rose colors 

200

Name a common method used in genetic engineering.

Recombinant DNA 

CRISPR-Cas9

200

Define semi-conservative 

One strand of each NEW DNA helix is from the original parent DNA and one is newly made

200

Name the two main stages of protein synthesis. (100 points each) 

1. Transcription 

2. Translation 

300

How does variation among individuals in a population affect natural selection?

Variation allows some individuals to survive better and reproduce more than others.

300

How does artificial selection differ from natural selection?

Artificial selection is human-directed, while natural selection is driven by environmental pressures.

300

How can genetic engineering be used in agriculture?

It can be used to create genetically modified organisms (GMOs) that are resistant to pests or diseases.

300

What are the three parts that make up DNA? (100 points for each) 

Deoxyribose sugar 

Phosphate 

Nitrogen Base 

300

What role does mRNA play in protein synthesis?

mRNA creates a copy of the gene segment AND carries it from the nucleus to the ribosome. 

400

Explain the term "survival of the fittest" in the context of natural selection.

 The individuals best suited to their environment are more likely to survive longer and reproduce.

400

What are some potential drawbacks of artificial selection?

It can reduce genetic diversity and lead to health problems in the selected species.

400

What ethical concerns are associated with genetic engineering?

Concerns include potential long-term effects on ecosystems and ethical considerations of modifying life.

400

Name the four nitrogen base pairs. (100 points each) 

Adenine Thymine 

Guanine Cytosine 

400

What is the purpose of the proteins made? (200 points each) 

1. Cell Function (job) 

2. Express traits 

500

What role does inheritance play in natural selection?

 Inheritance allows advantageous traits to be passed down to future generations.

500

Discuss how artificial selection can impact genetic diversity.

Artificial selection can reduce genetic diversity and increase susceptibility to diseases.

500

Describe a real-world application of genetic engineering in medicine.

Producing insulin for diabetes treatment through genetically modified bacteria.

500

Name the three steps of DNA Replication

Unwinding the DNA double helix, complementary base pairing, and joining new nucleotides.

500

Name the 6 steps of protein synthesis. (100 points for each correct step = 600 points total) 

1. DNA double helix strands are unzipped, exposing nitrogen bases

2. mRNA comes and matches complementary nitrogen bases creating a copy of the DNA

3. mRNA take the copied strand to a Ribosome to begin Protein Synthesis

4. tRNA brings codons to compliment mRNA sequence  

5. rRNA chemically bonds the codons together, forming a chain of amino acids

6.The amino acids curl and fold into themselves, forming the coded for protein. Shape = Function 

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