Answer:
True
Explanation:
Transcriptional activators are proteins that contain domains and/or motifs that bind to DNA in order to induce transcription of specific nearby genes. In general, transcriptional activators enhance the binding with the RNA polymerase complex in order to start transcription. The DNA-binding domains (DBDs) are protein domains that enable a transcriptional activator the binding with enhancers or promoter-proximal elements. Some examples of DBDs include the zinc finger domain, helix-turn-helix domain, leucine zipper domain, etc. On the other hand, the activation domains (ADs) such as, for example, C-terminal activation domains, enable the interaction of the transcriptional activator with coactivators during the formation of the preinitiation complex, thereby transmitting the activating signal to the transcription machinery.
The necessary actions are
<span>- Inform the patient about her rights
</span><span>- Obtain consent from the patient
</span>
To be ethical, we should fully give informations to the perinatal patient about research without concealing anything. Including the potential side effects of the research and the payment/benefit that they patients would get if they agree to be a part of it
Glucose is consumed, and carbon dioxide is produced.
Answer:
Decrease your PH
Explanation:
Acid rain causes the aquatic environment to have very low PH levels. In addition, the aluminum found in the soil escapes into lakes and streams; unfortunately, increased acidity and increased levels of aluminum can be deadly for wildlife, among them ephemera, rainbow trout, smallmouth bass, frogs, spotted salamanders, crabs are affected river, and other creatures that are part of the food web.
Answer:
sinkhole may from due to wind erosion