Question

Transformation of E. coli with the plasmid (pGLO) In LB agar only plate Control tube Without...

Transformation of E. coli with the plasmid (pGLO)

  1. In LB agar only plate

Control tube

Without plasmid (-)

Experimental tube

with plasmid (+)

Will you get growth?         (yes or no)

If growth, will transformants be present?     (yes or no)

Will the colony fluoresce under UV light?         (Yes or no)

  1. In LB agar with ampicillin and arabinose

Control tube

Without plasmid (-)

Experimental tube

with plasmid (+)

Will you get growth?         (yes or no)

If growth, will it contain transformants?     (yes or no)

Will the colony fluoresce under fluorescent light? (Yes, no or NA)

Homework Answers

Answer #1

Plasmids which contains both the GFP gene and AMP gene (pGLO) . The plasmid transferred cells will be grow in culture media which contains ampicillin. For the bacteria which has to fluorescence under the UV light arabinose should be added in the media which helps to turn on the gene for the production of glowing fluorescent protein. And it can grow in the presence of antibiotic ampicillin because the plasmid has amp resistance gene.

1. In LB agar only plate

Control tube without plasmid

1. yes

2. No

3. No

Experimental tube with plasmid

1. Yes

2. Yes

3. No

2. LB agar with ampicillin and arabinose

Control tube without plasmid

1. No

2. NO

3. No

Experimental tube with plasmid

1. Yes

2. Yes

3. Yes,as GFP gene is present in the plasmid it wi fluoresce in fluorescent light

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Will bacteria grow? Will bacteria glow under UV light? Plate 1 (LB only) w/pGlo- Prediction: yes...
Will bacteria grow? Will bacteria glow under UV light? Plate 1 (LB only) w/pGlo- Prediction: yes Reason: because there is no antibiotic present the wild-type bacteria grew normally and formed a "lawn" across the whole plate. Prediction: Reason: Plate 2 (LB + amp) w/pGlo- Prediction: no Reason: because the bacterial cell walls are unable to form and the bacterial cells die. Prediction: Reason: Plate 3 (LB + amp) w/pGlo+ Prediction: yes Reason: because the plasmid also contains the gene allowing...
BACTERIAL TRANSFORMATION PROTOCOL AND QUESTION 1. You have a tube of pGLO plasmid at a concentration...
BACTERIAL TRANSFORMATION PROTOCOL AND QUESTION 1. You have a tube of pGLO plasmid at a concentration of 15 ng/uL 2. Label two microfuge tubes; one with "+ pGLO" and the other "-pGLO" Add 250ul of cold transformation solution to each tube and place the tubes on ice. 3. Transfer 10 ul of the pGLO plasmid DNA only to the "+ pGLO" tube containing transformation solution and cells. Mix the DNA solution with the cell suspension in the tube. 4. Add...
When biologists conduct transformation experiments, they are concerned that the cells receiving the plasmid could already...
When biologists conduct transformation experiments, they are concerned that the cells receiving the plasmid could already be resistant to the antibiotic used. For example, in this experiment, it is possible that a small fraction of the E. coli cells were already resistant to ampicillin. If true, the colonies seen on the NA-AMP plates in part A would NOT be actual transformants, but rather – just natural variants of the E. coli cells. Due to this concern, experimental controls are performed:...
You have a tube of pGLO plasmid at a concentration of 15 ng/uL and you perform...
You have a tube of pGLO plasmid at a concentration of 15 ng/uL and you perform transformation experiments using protocol below. The protocols use E. coli that are made competent (i.e. – able to take up exogenous DNA).   Protocol is outlined below: 1 uL of pGLO was added to 100 uL of competent cells in transformation buffer (these cells had been made competent by a different procedure than the one we used in class but we don’t need to concern...
QUESTION 1 Why do non-fermenters form white/colorless colonies on MacConkey agar? a. They breakdown mannitol b....
QUESTION 1 Why do non-fermenters form white/colorless colonies on MacConkey agar? a. They breakdown mannitol b. They are gram positive c. They are coliform d. They do not breakdown lactose e. They are fecal coliform 5 points    QUESTION 2 Bacteria that can breakdown (ferment) lactose would show this result. a. Yellow color change on a mannitol salt agar b. Yellow color change on a lactose phenol red broth tube c. Green/brown color change on blood agar d. Red color...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT