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pav-90 [236]
2 years ago
6

Your research group is investigating the possible use of genetically - engineered cells to produce a vaccine for malaria. In par

agraph form, explain the pros AND cons of using E. coli, Saccharomyces, AND animal cells to produce the vaccine.
Biology
1 answer:
gregori [183]2 years ago
7 0

Answer:

<u>Attributes of E. coli articulation frameworks  </u>

Advantages:

  • Quick articulation  
  • Simplicity of culture  
  • Significant returns  
  • Cheap  
  • Genome alterations conceivable  
  • Large scale manufacturing quick and practical  

Disadvantages:

  • Proteins with disulfide bonds hard to communicate  
  • Produce unglycosylated proteins  
  • Proteins created with endotoxins  
  • Acetic acid derivation development bringing about cell lethality  
  • Proteins created as consideration bodies  
  • produce dormant proteins  
  • needs collapsing  

<u>YEAST SYSTEM </u>

Advantages:

  • Nearness of post translational change  
  • discharge can be recognized by emission signal  
  • develop in minimal effort media  
  • straightforward hereditary control  

Disadvantages:

  • Low yeild of item  

<u>Bacillus articulation frameworks  </u>

Advantages:

  • Solid discharge  
  • no association of intracellular consideration bodies  
  • Simplicity of control  
  • Hereditarily all around portrayed frameworks  
  • Exceptionally created change and quality substitution advancements.  
  • Unrivaled development qualities  
  • financially savvy recuperation  

<u>Animal Cells:</u>

Advantage:

  • nearness of post interpretation adjustment  

Disadvatages

Issues with creature utilization  

Can get sullied with creature diseases  

Exorbitant downstream preparing

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The brilliant research scientist, Professor "Iron-Mike" Scrawll is studying a new pore-forming toxin from the pathogenic bacteri
Dafna11 [192]

Answer:

The correct option is C - Professor Scrawll applied 100 nM BurD to the cells for 24 hours, while Dr. Bogey applied 1 nM BurD to the cells for 12 hours.

Explanation:

The correct option is C - Professor Scrawll applied 100 nM BurD to the cells for 24 hours, while Dr. Bogey applied 1 nM BurD to the cells for 12 hours.

As the exotoxin, BurD is very stable and lyse the ankle cells very quickly, more concentration and more time of action should only lyse the cells. Perhaps Dr.Bogey's ankle cells were not lysed because the concentration she used was only 1nM compared to the 100nM concentration used by Dr. Scrawll, and the time period of incubation was only 12 hours compared to the 24 hours used by Dr. Scrawll.

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5 0
3 years ago
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size = (number of minor spaces x 10μm) / number of ocular spaces
       = (2 x 10) / 1
       = 20μm

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2 years ago
Structure that organizes motion of the chromosomes?
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Explanation:

4 0
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