article_snippet.sent: HRMA subjects the DNA to increasingly high temperatures until the hydrogen bonds break, known as the melting temperature.
article_snippet.sent: The more hydrogen bonds that are present in the DNA, the higher the temperature required to melt the DNA.
article_snippet.sent: The more hydrogen bonds present in DNA, the higher the temperature needed to melt DNA .
article_snippet.sent: Analytical Biochemistry said: ‘What HRMA does is to subject the DNA to increasingly high temperatures until the hydrogen bonds break, known as the melting temperature.
article_snippet.sent: ‘The more hydrogen bonds that are present in the DNA, the higher the temperature required to melt the DNA.