Tandem Repeats: Exploring the Repetitive DNA Sequence Pattern of TTAG Every 2,000 Bases

If a segment of non-coding DNA contained a sequence TTAG every 2,000 bases throughout the entire chromosome, you would call this a(n) ____ repeat.

If a segment of non-coding DNA contained a sequence TTAG every 2,000 bases throughout the entire chromosome, you would call this a tandem repeat

If a segment of non-coding DNA contained a sequence TTAG every 2,000 bases throughout the entire chromosome, you would call this a tandem repeat.

Tandem repeats are a type of repetitive DNA sequence where the same pattern of nucleotides repeats adjacent to each other multiple times. In this case, the sequence TTAG is repeated every 2,000 bases, meaning it occurs in tandem within the DNA segment.

More Answers:

The Power of Polymerase Chain Reaction (PCR): Amplifying DNA for Genetic Research and Medical Diagnostics
The Power of Genetic Engineering: Enhancing Traits and Solving Problems through DNA Manipulation
The Role of Genes in Organism Development, Traits, and Functioning: An In-depth Exploration of DNA Instructions and Protein Synthesis

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