Which of the following is a key benefit of using high stringency washes in DNA typing?

Using high stringency washes in DNA typing significantly enhances the specificity of the results. High stringency conditions involve more stringent temperature and salt concentration settings during the washing steps, which minimizes non-specific binding between the probes and targets. As a result, only those DNA fragments that have a high degree of complementarity with the probes will remain bound, reducing background noise and leading to clearer, more reliable signals. This specificity is crucial in applications such as diagnosis and paternity testing, where accurate discrimination between closely related sequences is necessary. The clarity and reliability of the results ultimately improve the overall interpretability of the DNA typing assay.