Answer:
RNA polymerase binds to the promoter
Polymerase initiates RNA synthesis at the start point on the template strand
RNA polymerase moves downstream unwinding the DNA
RNA transcript is released and polymerase detaches from the DNA
The pre-RNA undergoes processing
Explanation:
The promoter is the specific DNA sequence that serves as a binding site for RNA polymerase. The enzyme RNA polymerase recognizes the promoter sequence and binds to it to begin the process of RNA synthesis. The process of RNA synthesis begins at the start site where the process of the unwinding of DNA duplex is initiated.
The unwinding separates the two DNA strands at the start site where RNA polymerase begins the process of synthesis of the new RNA strand. The newly formed RNA strand and RNA polymerase are released from the template strand after the termination of the process.
In eukaryotes, the primary RNA transcript undergoes the process of splicing of introns, the addition of poly-A tails and 5' cap which in turn transform it into the mature mRNA.
Compaction and cementation
<span>It's a Polygenic Inheritance</span>
Answer:
The correct answer is option b, that is, injection of antibodies to the toxin.
Explanation:
In countries like the United States, the cases of snake bites are very common. The effect of the bite of the snake depends on the fact that whether it is venomous or harmless. Even a bit of a harmless snake can result in allergic reactions. On the other hand, the bite of venomous snakes is considered deadly and needs to be treated as a medical emergency.
A bite from a poisonous snake can lead to different kinds of symptoms like convulsions, localized pain, and inflammation, paralysis, and nausea. In case, if the severity of the bite is more, that is, if the condition is life-threatening, a doctor may use antivenom. Antivenom is a form of antibodies produced to tackle the symptoms of poisonous snake bites. The administration of antivenom is required to be done as quickly as possible to get the desired result.
