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:
<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
Answer:
Mitosis is the division of somatic cells in which the genetic content or number of chromosomes remain intact in daughter cells.
So the correct option is ' Eighteen'.
Explanation:
Answer:
faced a struggle for survival
Explanation:
The woolly mammoths became extinct, unlike the other species, because the woolly mammoths faced a struggle for survival due to changing of environmental conditions. Global warming is the main cause of extinction of woolly mammoth which destroy their habitats about 10,500 years ago. The environmental conditions are not favourable for them so they faced struggle for survival which causes extinction of woolly mammoth.
Answer:
Explanation:
What occurs when the stomata close and evaporation stops is that, the tension in the xylem continues to increase until the living cells of the leaf are fully hydrated. This happens according to the cohesion-tension theory of sap ascent.
This happens at night. Transpiration stops immediately when the stomata is closed. There is a cohesion between each water molecule and adhesion between the water molecules and the stem walls; water is held in the leaves ad stems when the stomata is closed this hereby increases the tension.
Answer:
Signal transduction pathways
Explanation:
Plant hormones act by directly affecting the activities of signal transduction pathways.
Signal transduction pathways are involved in the transfer of signals from outside of the cell to the inside of the cell for the regulation of various cellular activities. For this, the extracellular signalling molecules bind to the receptors that are located on the cell membrane. After their binding due to some change in the receptor molecule, a signal is triggered in to the cell and thus information from outside of the cell is transferred to the inside of the cell through these transduction pathways.
Plant hormones affect these pathways and as a result membranes, enzymes, and genes are also influenced by the plant hormones.
