Hairpin like structures are formed in both DNA and RNA but are common in RNA than in DNA. This is because DNA can be double stranded or single stranded while RNA is generally single stranded structure that can be double stranded only when it forms a hair pin like structure.
The features of hairpin structure in RNA are as follows:
1. This structure is a building block of many secondary structures of RNA.
2. The termination sequence during transcription also forms a hairpin loop like structure.
3. tRNA also forms a hairpin loop like structure and helps in the process of translation.
final stage in meiosis also in mitosis which that most of these are highly separated to reach to other chromsomes that divide nuclei
Answer:
1. it's difficult
2.more harder
<u>Explanation</u><u>:</u>
lt have sense
Explanation:
Unlike asexual reproduction or genetically identical cloning, sexual reproduction involves a sperm and egg and that includes DNA from each parent and since we are humans, we vary and have different traits than another so the baby will inherit some of the parent traits but not all and it makes them unique.
