Marrow bone marrow is responsible for fat storage
<span><span>Answer: C. heightened aggression
Drivers under the influence of alcohol has the tendency to have </span>heighten
aggressive behavior. Most drivers has this perception that driving is a
competition where they race other drivers, tailgate another vehicle, pass
another vehicle at reckless speeds and attempting to beat a train at a railroad
crossing.</span>
Hello. You forgot to put the information out of order. The information is:
"DNA polymerase catalyzes formation of a sugar-phosphate bond neighboring nucleotides
.
Proteins bind to the DNA in order to stabilize the single strands
Primase synthesizes an RNA primer
Hydrogen bonds form between the complementary bases
Double stranded DNA is unwounded by helicase"
Answer:
- Double stranded DNA is unwounded by helicase
- Proteins bind to the DNA in order to stabilize the single strands
- Primase synthesizes an RNA primer
- DNA polymerase catalyzes formation of a sugar-phosphate bond neighboring nucleotides
- Hydrogen bonds form between the complementary bases
Explanation:
First, it is necessary that the two strands of DNA are unrolled, so that the process can be started. This unwinding happens with the action of the helicase enzyme that breaks the hydrogen bonds between the nucleotides.
This causes the two strands of DNA to separate and since DNA is a very unstable molecule, the two strands need to be stabilized. This happens with the binding of some proteins.
The DNA polymerase then approaches each strand and begins the process of forming new strands by forming nucleotides neighboring the sugar-phosphate bond.
Once new strands are formed, it is possible for new hydrogen bonds to form between the nucleotides of an old strand with a new strand.