Question Details

(Solved) Lab 6 Population Genetics & Evolution BIO101L Experiment 1:


I need help with this assignment. I just ?need help getting started don't need the whole thing completed?


Lab 6 Population Genetics & Evolution

 


 

BIO101L

 


 

Experiment 1: Genetic Variation

 

Beaker #1 Population Composition

 

# of Individuals

 

% of Population

 

Red Beads

 

Blue Beads

 

Total

 

Red Beads

 

Blue Beads

 

Click here to

 

Click here to

 

Click here to

 

Click here to

 

50

 

enter text.

 

enter text.

 

enter text.

 

enter text.

 


 

Total

 


 

Beaker #2 Population Composition

 

# of Individuals

 

% of Population

 

Yellow Beads Green Beads Total

 

Yellow Beads Green Beads

 

Click here to

 

Click here to

 

Click here to

 

Click here to

 

20

 

enter text.

 

enter text.

 

enter text.

 

enter text.

 


 

Total

 


 

100

 


 

100

 


 

Experiment 2: Genetic Drif

 

Beaker #3 Population Composition

 

# of Individuals

 

% of Population

 

Yellow Beads Green Beads Total

 

Yellow Beads Green Beads

 

Click here to

 

Click here to

 

Click here to

 

Click here to

 

10

 

enter text.

 

enter text.

 

enter text.

 

enter text.

 


 

Total

 

100

 


 

Beaker #1 Survivors

 

Trial

 

1

 

2

 

3

 

4

 

5

 


 

# of Survivors

 

Red Beads

 

Blue Beads

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 


 

Total

 

25

 

25

 

25

 

25

 

25

 


 

% of Population

 

Red Beads

 

Blue Beads

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 


 

Total

 

100

 

100

 

100

 

100

 

100

 


 

Beaker #2 Survivors

 

Trial

 

1

 

2

 

3

 


 

# of Survivors

 

Yellow Beads Green Beads

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 


 

Total

 

10

 

10

 

10

 


 

% of Population

 

Yellow Beads Green Beads

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 


 

Total

 

100

 

100

 

100

 


 

Lab 6 Population Genetics & Evolution

 

4

 

5

 


 

Trial

 

1

 

2

 

3

 

4

 

5

 


 

enter text.

 

Click here to

 

enter text.

 

Click here to

 

enter text.

 


 

enter text.

 

Click here to

 

enter text.

 

Click here to

 

enter text.

 


 

10

 

10

 


 

enter text.

 

Click here to

 

enter text.

 

Click here to

 

enter text.

 


 

enter text.

 

Click here to

 

enter text.

 

Click here to

 

enter text.

 


 

Beaker #3 Survivors

 

# of Survivors

 

% of Population

 

Yellow Beads Green Beads Total

 

Yellow Beads Green Beads

 

Click here to

 

Click here to

 

Click here to

 

Click here to

 

5

 

enter text.

 

enter text.

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

Click here to

 

Click here to

 

5

 

enter text.

 

enter text.

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

Click here to

 

Click here to

 

5

 

enter text.

 

enter text.

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

Click here to

 

Click here to

 

5

 

enter text.

 

enter text.

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

Click here to

 

Click here to

 

5

 

enter text.

 

enter text.

 

enter text.

 

enter text.

 


 

BIO101L

 


 

100

 

100

 


 

Total

 

100

 

100

 

100

 

100

 

100

 


 

Experiment 3: Founder Effect

 


 

Trial

 

1

 

2

 

3

 

4

 

5

 


 

Trial

 

1

 

2

 

3

 


 

Beaker #1 Founders

 

# of Founders

 

% of Population

 

Red Beads

 

Blue Beads

 

Total

 

Red Beads

 

Blue Beads

 

Click here to

 

Click here to

 

Click here to

 

Click here to

 

10

 

enter text.

 

enter text.

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

Click here to

 

Click here to

 

10

 

enter text.

 

enter text.

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

Click here to

 

Click here to

 

10

 

enter text.

 

enter text.

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

Click here to

 

Click here to

 

10

 

enter text.

 

enter text.

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

Click here to

 

Click here to

 

10

 

enter text.

 

enter text.

 

enter text.

 

enter text.

 

Beaker #2 Founders

 

# of Founders

 

% of Population

 

Yellow Beads Green Beads Total

 

Yellow Beads Green Beads

 

Click here to

 

Click here to

 

Click here to

 

Click here to

 

5

 

enter text.

 

enter text.

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

Click here to

 

Click here to

 

5

 

enter text.

 

enter text.

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

5

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

enter text.

 

enter text.

 


 

Total

 

100

 

100

 

100

 

100

 

100

 


 

Total

 

100

 

100

 

100

 


 

Lab 6 Population Genetics & Evolution

 

4

 

5

 


 

Click here to

 

enter text.

 

Click here to

 

enter text.

 


 

Click here to

 

enter text.

 

Click here to

 

enter text.

 


 

5

 

5

 


 

Click here to

 

enter text.

 

Click here to

 

enter text.

 


 

Click here to

 

enter text.

 

Click here to

 

enter text.

 


 

BIO101L

 

100

 

100

 


 

Beaker #3 Founders

 

Trial

 

1

 

2

 

3

 

4

 

5

 


 

# of Founders

 

Yellow Beads Green Beads

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 


 

Total

 

2

 

2

 

2

 

2

 

2

 


 

% of Population

 

Yellow Beads Green Beads

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 

Click here to

 

Click here to

 

enter text.

 

enter text.

 


 

Total

 

100

 

100

 

100

 

100

 

100

 


 

Experiment 4: Mutations

 

Part 2

 

1. A group of three nucleotides codes for one amino acid. Notice the black tick marks above the DNA

 

strand showing these triplet groups. How many amino acids are coded for by the strand in the model

 

above?

 

Click here to enter text.

 

2. In this model, the bottom DNA strand is transcribed. Which DNA strand is most similar to the RNA

 

strand?

 

Click here to enter text.

 

3. One amino acid in the protein is different from the others. Is it hydrophobic or hydrophilic?

 

Click here to enter text.

 

Part 3

 

1. Some substitution mutations result in a malfunctioning protein, but others do not. Why is this?

 

Click here to enter text.

 

Part 4

 

1. How did you create a silent mutation? Explain, giving the code for the triplet where you made your

 

substitution, before and after the mutation.

 

Click here to enter text.

 


 

Lab 6 Population Genetics & Evolution

 


 

BIO101L

 


 

Part 5

 

1. Why do mutations that create a stop codon have a bigger effect on the protein than other mutations?

 

Click here to enter text.

 

Part 6

 

1. Why do insertion mutations have a bigger effect on the protein than substitution mutations?

 

Click here to enter text.

 

2. How did you make an insertion or deletion mutation that did not cause a frame-shift?

 

Click here to enter text.

 

Part 7

 

1. How can a mutation be neutral?

 

Click here to enter text.

 

2. Which types of mutation, among those you created in this activity, are more likely to be lethal? Why?

 

Click here to enter text.

 


 

Experiment 5: Natural Selection

 

Step 7- Record the remaining colors from the ?Red Habitat?

 

Blue- Click here to enter text.

 

Red- Click here to enter text.

 

Step 8- Record the remaining colors from the ?Red Habitat?

 

Blue- Click here to enter text.

 

Red- Click here to enter text.

 


 

Experiment 6: Sickle Cell Anemia Inheritance Patterns

 

Generation 1

 

#

 

Genotype

 

Click here to

 

1

 

enter text.

 

Click here to

 

2

 

enter text.

 

Click here to

 

3

 

enter text.

 

Click here to

 

4

 

enter text.

 

Click here to

 

5

 

enter text.

 

6 Click here to

 


 

Generation 2

 

#

 

Genotype

 

Click here to

 

1

 

enter text.

 

Click here to

 

2

 

enter text.

 

Click here to

 

3

 

enter text.

 

Click here to

 

4

 

enter text.

 

Click here to

 

5

 

enter text.

 

6 Click here to

 


 

Generation 3

 

#

 

Genotype

 

Click here to

 

1

 

enter text.

 

Click here to

 

2

 

enter text.

 

Click here to

 

3

 

enter text.

 

Click here to

 

4

 

enter text.

 

Click here to

 

5

 

enter text.

 

6 Click here to

 


 

Generation 4

 

#

 

Genotype

 

Click here to

 

1

 

enter text.

 

Click here to

 

2

 

enter text.

 

Click here to

 

3

 

enter text.

 

Click here to

 

4

 

enter text.

 

Click here to

 

5

 

enter text.

 

6 Click here to

 


 

Lab 6 Population Genetics & Evolution

 

7

 

8

 

9

 

10

 


 

enter text.

 

Click here to

 

enter text.

 

Click here to

 

enter text.

 

Click here to

 

enter text.

 

Click here to

 

enter text.

 


 

7

 

8

 

9

 

10

 


 

enter text.

 

Click here to

 

enter text.

 

Click here to

 

enter text.

 

Click here to

 

enter text.

 

Click here to

 

enter text.

 


 

Generation 5

 

#

 

Genotype

 

Click here to

 

1

 

enter text.

 

Click here to

 

2

 

enter text.

 

Click here to

 

3

 

enter text.

 

Click here to

 

4

 

enter text.

 

Click here to

 

5

 

enter text.

 

Click here to

 

6

 

enter text.

 

Click here to

 

7

 

enter text.

 

Click here to

 

8

 

enter text.

 

Click here to

 

9

 

enter text.

 

Click here to

 

10

 

enter text.

 


 

7

 

8

 

9

 

10

 


 

enter text.

 

Click here to

 

enter text.

 

Click here to

 

enter text.

 

Click here to

 

enter text.

 

Click here to

 

enter text.

 


 

Generation 6

 

#

 

Genotype

 

Click here to

 

1

 

enter text.

 

Click here to

 

2

 

enter text.

 

Click here to

 

3

 

enter text.

 

Click here to

 

4

 

enter text.

 

Click here to

 

5

 

enter text.

 

Click here to

 

6

 

enter text.

 

Click here to

 

7

 

enter text.

 

Click here to

 

8

 

enter text.

 

Click here to

 

9

 

enter text.

 

Click here to

 

10

 

enter text.

 


 

Afer 7

 

Generations

 


 

25

 


 

Click here to

 

enter text.

 


 

25

 


 

Click here to

 

enter text.

 


 

Total Alleles

 


 

50

 


 

% of S allele

 

in population

 


 

50

 


 

8

 

9

 

10

 


 

enter text.

 

Click here to

 

enter text.

 

Click here to

 

enter text.

 

Click here to

 

enter text.

 

Click here to

 

enter text.

 


 

Generation 7

 

#

 

Genotype

 

Click here to

 

1

 

enter text.

 

Click here to

 

2

 

enter text.

 

Click here to

 

3

 

enter text.

 

Click here to

 

4

 

enter text.

 

Click here to

 

5

 

enter text.

 

Click here to

 

6

 

enter text.

 

Click here to

 

7

 

enter text.

 

Click here to

 

8

 

enter text.

 

Click here to

 

9

 

enter text.

 

Click here to

 

10

 

enter text.

 


 

Starting

 

Population

 

# of S alleles

 

(red beads)

 

in population

 

# of s alleles

 

(blue beads)

 

in population

 


 

7

 


 

Click here to

 

enter text.

 

Click here to

 

enter text.

 


 

BIO101L

 


 

Lab 6 Population Genetics & Evolution

 

% of s allele

 

in population

 


 

50

 


 

Click here to

 

enter text.

 


 

BIO101L

 


 

 


Solution details:

Pay using PayPal (No PayPal account Required) or your credit card . All your purchases are securely protected by .
SiteLock

About this Question

STATUS

Answered

QUALITY

Approved

DATE ANSWERED

Oct 15, 2019

EXPERT

Tutor

ANSWER RATING

YES, THIS IS LEGAL

We have top-notch tutors who can do your essay/homework for you at a reasonable cost and then you can simply use that essay as a template to build your own arguments.

You can also use these solutions:

  • As a reference for in-depth understanding of the subject.
  • As a source of ideas / reasoning for your own research (if properly referenced)
  • For editing and paraphrasing (check your institution's definition of plagiarism and recommended paraphrase).
This we believe is a better way of understanding a problem and makes use of the efficiency of time of the student.

NEW ASSIGNMENT HELP?

Order New Solution. Quick Turnaround

Click on the button below in order to Order for a New, Original and High-Quality Essay Solutions. New orders are original solutions and precise to your writing instruction requirements. Place a New Order using the button below.

WE GUARANTEE, THAT YOUR PAPER WILL BE WRITTEN FROM SCRATCH AND WITHIN A DEADLINE.

Order Now