Question: A geneticist is analyzing a DNA segment that repeats every 12 base pairs. If a mutation occurs every 48 base pairs on average, how many mutations are expected in 144 base pairs?

Thu, 16 Apr 2026 02:37:58 +0000

**Why 144 Base Pairs Matter: A Geneticist’s Insight into Mutation Patterns** Ever wondered how geneticists track subtle changes in DNA across vast sequences? A key focus is understanding how mutations cluster within repeating patterns—especially when certain segments repeat every 12 base pairs, and deviations like mutations appear less frequently at larger intervals. This interest reflects a growing dialogue among researchers, clinicians, and even curious readers about how genetic variation emerges systematically. The question at hand—*How many mutations are expected in 144 base pairs if one occurs every 48 base pairs on average?*—touches on fundamental principles of mutation clustering and statistical prediction in genomics.stAY curious, stay informed. **Why Is This Question Gaining Ground in the US?**
Advances in precision medicine and genomic research have made population genetics more accessible to general audiences. With rising interest in inherited conditions, ancestry analysis, and personalized health, individuals now seek deeper understanding of how mutations distribute across DNA. The specificity of the query—linking predictable repeats every 12 base pairs with a 48-base-pair mutation frequency—mirrors broader curiosity about biological patterns. Combined with increasing accessibility of genetic testing and online science education, this question reflects a demand for accurate, neutral explanations grounded in real data rather than rumor. Digital health platforms and content hubs are seeing higher engagement around these foundational genomics concepts—making this topic poised for SERP #1 visibility. **How Mutation Frequency Estimates Work in DNA Analysis**