Answer:
Explanation:
My best bet is DNA methylation at the site of Tweedledum's leptin gene or Histone Acetylation at the site of Tweedledee's gene.
B/c DNA methylation is a process by which methyl groups are added to the DNA molecule. Methylation can change the activity of a DNA segment without changing the sequence. When located in a gene promoter, DNA methylation typically acts to repress gene transcription. So this is probably repressing Tweedledum's leptin gene trancription which is not happening in Tweedledee.
Additionally, Histone Acetylation at site of Tweedledee's gene increases her trancription b/c Histone acetylation causes DNA to be more accessible and leads to more transcription factors being able to reach the DNA. Thus, acetylation of histones is known to increase the expression of genes through transcription activation.
Answer:
By removing the apices of the plant
Explanation:
A plant can be manipulated into becoming more bushy <u>by removing the apices of its shoots.</u>
<em>A plant hormone called auxin which promotes cell elongation and plays a huge role in the maintenance of apical dominance is usually produced at the tips (apices) of stems. When the tips are removed, auxin production is disrupted, and lateral buds that have been initially suppressed by the auxin production begin to flourish, leading to the plant becoming more bushy.</em>
Hence, to trick the jade plant to become more bushy, just remove apices of the shoots the plant.
Tolerance to a regular opioid dose can develop with frequent use. The client experiences increased discomfort, asks for medication more frequently, and exhibits anxious and restless behavior, actions which are often misinterpreted as indicative of developing dependence or addiction. The client's symptoms do not suggest that the dosage is too high. Addiction is a psychological condition in which a client takes drugs for nontherapeutic reasons. This client is receiving morphine for pain control. There are no data given about the client's coping mechanism
