Answer:
The texts mentions answer A, so I would go with that (idrk tho)
<span>In 1433, neo-Confucian factions within the Ming court instituted an overtly isolationist policy that was to characterized China's trade policy into the 18th century. By this time, however, the Ming Chinese had colonized neighboring Annam, and established permanent commercial diaspora communities in Southeast Asia.</span>
When glucose levels are low, cAMP is produced. The cAMP connects to CAP, letting it bind DNA. CAP permits RNA polymerase fix to the promoter, resulting in high levels of transcription.
<h3>What happens to cAMP when glucose is low?</h3>
When the concentration of intracellular glucose is low (upper panel), the classes of the signal molecule cAMP are high. cAMP readily binds with CAP, and the CAP-cAMP complex binds DNA at a standing upstream of the lac operon.
<h3>How does glucose connect with cAMP in the lac operon?</h3>
Once the glucose is used completely, the adenylate cyclase is not inhibited anymore and thus can produce cAMP, which constructs a complex with the catabolite activator protein (CAP) and thus permits the transcription of the lac operon.
To learn more about DNA visit the link
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Answer:
The United States was victorious over Japan in the Battle of Midway. This victory was the turning point of the war in the Pacific. Germany invaded the Soviet Union. The Soviet Union defeated Germany at Stalingrad, marking the turning point of the war in Eastern Europe.
Explanation:
The Battle of Midway was a decisive naval battle in the Pacific Theater of World War II that took place on 4–7 June 1942, six months after Japan’s attack on Pearl Harbor and one month after the Battle of the Coral Sea.
