True. The statement "People with more shared SINEs are likely more closely related than those that share fewer SINEs" is True.
Explanation:Short Interspersed Nuclear Elements (SINEs) are a group of repeated sequences of nucleotides that are interspersed throughout the genome. These SINEs are used as molecular markers because they differ in number and location among individuals or species, but they are very similar within individuals or species.SINEs are used as a tool in population genetics because they show that people with more shared SINEs are likely to be more closely related than those who share fewer SINEs, as they are used to determine how closely related two individuals or groups are.
As we know, humans share approximately 99.9% of their DNA sequence. This implies that any two random human genomes will be almost identical, with less than 0.1% of their DNA sequence differing. Thus, the answer is ".1%."The genomic differences between humans, however, are not distributed evenly throughout the genome. Furthermore, a significant number of these differences are located in regulatory regions that influence gene expression or protein function, resulting in significant phenotypic variability.
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