Homologous recombination occurs wherever there are long regions of the same or similar nucleotide sequence in two dna molecules.
<h3>What is The role of recombination?</h3>
Long jumps through a broad genotype space are caused by recombination. Recombination can substantially facilitate the investigation of novel phenotypes because different portions of this space include distinct novel phenotypes. However, these big jumps frequently ruin a parental, well-adapted genotype. This is a fundamental issue in understanding the role of recombination in evolutionary innovation.
These details demonstrate that the problem is far less serious than one might anticipate based on data from proteins and regulatory circuits. First, because it exchanges system pieces that are consistent with a given phenotype, recombination has far smaller impacts than mutation. Second, previous recombination exposure of a system can greatly boost the system's recombination robustness. It may result in the preservation of the great majority of recombinants
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Answer:
If the mutation takes place, then the shorter side chains of asp compare to Glu will affect the permeability of the transport protein to calcium ions. Specifically, the mutation will increase the sizes of the pore,which in turn decreases the selectivity for calcium ion. Hence this affect excitability of the cell.
Explanation:
Middle of the "stellar spectral class" range of the H-R
Answer:
For the strain that lacks DNAQ there will be slowed growth and there will more DNA breakage by Tunel assay
For the strain that lacks both The cells there will have a huge DNA breakage and less peptidoglycan.
Explanation:
One of the experiments that can be used to differentiate diaminopimelic acid is by observing the cell walls in which they are present because are needed in the formation of cell walls. while to differentiate the three strains
For the strain that lacks DNAQ there will be slowed growth and there will more DNA breakage by Tunel assay
For the strain that lacks both The cells there will have a huge DNA breakage and less peptidoglycan.
