What is an example of a method used in Sequence-Specific PCR (SSP-PCR)?

Sequence-Specific PCR (SSP-PCR) is a technique specifically designed to amplify only the DNA sequences that match a particular set of primers. This method is particularly useful for differentiating between closely related sequences by utilizing primers that are complementary only to target sequences, thereby enhancing specificity.

In this context, "membrane bound" can refer to various techniques that involve the immobilization of PCR products or nucleic acids on a membrane for further analysis or hybridization. Although it's less common to describe SSP-PCR directly as "membrane bound," it indicates an approach that could involve capturing amplified products on membranes for subsequent evaluation.

Western blot, ELISA, and microarray analysis are all distinct techniques that are not directly related to the amplification specificity of SSP-PCR. Western blot is primarily used for protein analysis; ELISA is used for detecting and quantifying proteins or other molecules; and microarray analysis is used for studying expression levels of multiple genes simultaneously. Hence, they do not exemplify the sequence specificity focus inherent in SSP-PCR methods.

By identifying "membrane bound" as relevant to SSP-PCR through its potential application in capturing and analyzing amplified products, it aligns more closely with the fundamental principles of this specific PCR technique.