CALCULATION OF CENTRAL MOMENTS OF DIFFERENTIAL MELTING CURVE OF DNA MOLECULE

R. S. Ghazaryan, S. Hakobyan, M. Shahinyan
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Abstract

Central moments of function of the differential melting curve (DMC) of DNA have been calculated through expansion of block DNA DMC to Gaussian components. Calculations showed that the first moment of DNA DMC characterizes the melting temperature, the second is DNA melting interval. Central moments of the third and fourth orders characterize distribution of nucleotides along DNA chain. It was shown that the distribution of nucleotides along DNA chain differs from quasi-arbitrary distribution.
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DNA分子微分熔化曲线中心矩的计算
将DNA的块DNA微分熔化曲线(DMC)展开为高斯分量,计算了DMC函数的中心矩。计算结果表明,DNA DMC的第一时刻表征了DNA的熔化温度,第二时刻表征了DNA的熔化间隔。第三和第四阶的中心矩表征了核苷酸沿DNA链的分布。结果表明,核苷酸沿DNA链的分布不同于准任意分布。
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