Answer:
Genes are passed down to children by the process of meiosis. Meiosis includes gametes (sex cells). Most cells in our body are diploid, they have 23 pair of chromosomes (46 in total). 23 come from our father and 23 from our mother. The gametes are haploids, which mean that they only have one copy of each chromosome. The gametes are formed by meiosis, which leads to genes being passed onto children. Meiosis is where a normal diploid cell divides to make four non-identical haploid cell. First, each chromosome makes a copy of itself. The pairs of chromosomes line up and divide. The two new cell divide again creating 4 new daughter cells, each with a single set of chromosome. Each new sex cell has a combination of the genetic material from the mother and the father. Now when a sperm fertilises and egg, a new combination of chromosomes are created. This is a diploid cell, which then divides to create a zygote (baby). The baby now has the genes (genetic material) from the parents.
Explanation:
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planets and the largest one would be Jupiter
During photosynthesis, carbon dioxide (CO2) is USED and oxygen (O) is CREATED.
During respiration it's the opposite. Oxygen is used and carbon dioxide is created in respiration.
The sequence containing short stretch of hydrophobic amino acids fused to the c-terminus of GFP, will be probably found outside the cell because it has no signal sequence.
GFP, called the Green Fluorescent Protein emits a green fluorescence when exposed to light. The protein was first isolated from a jellyfish <em>Aequorea victoria</em>. In laboratories, the protein is majorly used as a marker to track the movement of functioning of any substance.
Signal sequence are the short stretch oh polypeptides found attached to any protein to determine its target site. These sequences determine the pathway and the function that the protein will follow.
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