The answer is <span>C. transcription because this process will transcribe DNA to RNA.
Transcription is a process of transcribing DNA to RNA. Translation is a process of translation mRNA to protein. Therefore, through the process of elimination, the correct choice is C). When an enzyme binds to a sequence of base pairs in DNA, transcription begins. As the result, DNA is transcribed to mRNA which will later be translated to protein during the process of translation.</span>
Answer:
The correct option is <em>"B,"</em> which is <em>One non-reducing end; multiple non-reducing ends;</em>
Explanation:
<em>In glycogen, about 10% of the glucose units are branched (Lehninger. p304-305). The molecule has one reducing end (right hand end of chain) but many non-reducing ends (left hand ends) due to the branches. The non-reducing ends are the locations of all glucose additions or removals.</em>
Therefore,<em> in a molecule of glycogen, there is only one reducing end but the number of non-reducing ends depends on the number of α→6 glycosidic linkages or the branches.</em>
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For more clarifications find attached image of a glycogen with <em>One non-reducing end; multiple non-reducing ends;</em>
Answer: The parasympathetic nervous system and sympathetic nervous system play opposite roles
Explanation:
To ensure a stable internal environment (homeostasis) is achieved, the parasympathetic nervous system (PNS) and sympathetic nervous system (SNS) play OPPOSITE roles.
The PNS dominate during relaxed periods and stimulates the
- liver to break down glycogen
- constriction of bladder to pass out urine
- increases heartbeat
- dilate pupils etc
The SNS, in contrast dominate in times of emergency or stressful periods and do the EXACT opposite of the processes mentioned above.
Thus homeostasis is maintained
A a pyrocrat that make up the animal filled wit bluud