Answer:
It allows the single gene to code for multiple proteins.
Explanation:
The primary transcript formed by transcription in the nucleus of eukaryotes under post-transcriptional modifications. One such modification is the removal of introns and joining of exons together. The mature mRNA after these modifications enter the cytoplasm to serve as a template for protein synthesis.
Alternative splicing is the differential splicing process that produces mRNA with different combinations of exon from a single primary transcript. These mRNA molecules with different combinations of exons code for different proteins. Therefore, alternative splicing allows the formation of cell specific or developmental stage specific variants of proteins from a single gene in a eukaryotic cell.
Answer:
See explanation below.
Explanation:
Mitosis is the duplication of cells in the bodies of plants and animals. All cells can undergo mitosis. Mitosis benefits the body by replacing cells as needed. The skin for example loses a lot of cells. Mitosis is when cells reproduce - and results in an exact copy - to replace the cells that are lost or need to be replaced for other reasons.
Meiosis is the duplication of cells that are not alike. In Mitosis, the duplicate cells are an exact copy, with a full exact copy of the body's DNA. In Meiosis, the new cells are different in that each one has half of the DNA - or half the number of chromosomes. Meiosis allows for the creation of cells that allows for sexual reproduction. Meiosis is the process that creates sperm and eggs. These cells are known as haploid cells - in that other cells are known as diploid, with full DNA and cells that have gone through the meiosis process have half and are known as haploid cells.
Hope this helps! Have an awesome day! :-)
34oy7eiruwfhjdskxznhdewgsadhiu`kz