## 3 Results
\begin{table}
\begin{tabular}{c c c c c c c} \hline
**Network Properties** & **Intron 8** & **Exon 10** & **Exon 12** & **Intron 13** \\ \hline Density & 0.01546718 & 0.01608148 & 0.01621950 & 0.01589322 \\ \hline Average Degree & 40.10639938 & 4.59930314 & 7.02304147 & 13.92246294 \\ \hline The Zagreb group index 1 & 4,197,898 & 7318 & 24,348 & 181,692 \\ \hline The Zagreb group index 2 & 84,948,210 & 22,800 & 104,419 & 1,413,671 \\ \hline The Platt index & 4,093,862 & 5998 & 21,300 & 169,482 \\ \hline Edges & 52,018 & 660 & 1524 & 6105 \\ \hline Type of triads 3–102 & 132,781,531 & 185,036 & 647,562 & 5.256,849 \\ \hline Type of triads 16–300 & 681,579 & 978 & 3498 & 28,152 \\ \hline Watts-Strogatz Clustering Coefficient & 0.99896066 & 0.97880415 & 0.98307498 & 0.99606624 \\ \hline Fractal dimension & 1.365 & 1.862 & 1.907 & 1.851 \\ \hline \end{tabular}
\end{table} 
Table 2: Topological and statistical properties of the non-cancer DNA network. \begin{table}
\begin{tabular}{c c c c c c c c} \hline
**Network Properties** & **rs10873142** & **rs14508050** & **rs141492849** & **rs143005929** & **rs11549465** & **rs11549467** & **rs199775054** & **rs10645014** \\  & **[C \(>\) T]** & **[C \(>\) T]** & **[C \(>\) T]** & **[G \(>\) A]** & **[C \(>\) T]** & **[G \(>\) A]** & **[G \(>\) C]** & **[C \(>\) T]** \\ \hline Density & 0.01546748 & 0.01676372 & 0.02084608 & 0.01779048 & 0.01757311 & 0.02084908 & 0 Figure 8: Comparison graph \(\Gamma_{(\varphi i,j)}\) of sequence (\(\varphi_{i},j\)) from DNA sequences between non cancer and cancer 1 rs41492849 [C \(>\) T], cancer 2 rs34005929 [G \(>\) A], cancer 3 rs11549465 [C \(>\) T], cancer 4 rs11549467 [G \(>\) A], cancer 5 Rs199775054 [G \(>\) C]. \begin{table}
\begin{tabular}{c c c c c c c c} \hline \hline
**Statistical Properties** & **n10873142** & **rs1508050** & **rs41492849** & **rs34005929** & **rs11549465** & **rs11549467** & **rs199775054** & **rs10645014** \\  & **IC \(>\) T]** & **[C \(>\) T]** & **[C \(>\) T]** & **[G \(>\) A]** & **[C \(>\) T]** & **[G \(>\) A]** & **[G \(>\) C]** & **[C \(>\) T]** \\ \hline Standard Deviation & 12.36723 & 2.37446 & 3.85292 & 4.675162 & 3.493759 & 4.068852 & 5.10322 & 5.0600326 \\ \hline Standard Error & 1.545904 & 0.299152 & 0.4816449 & 0.5849353 & 0.436798 & 0.508606 & 0.6590812 & 0.6325407 \\ \hline Variance & 152.9484 & 5.637995 & 14.84499 & 21.85741 & 12.20635 & 16.55536 & 26.06328 & 25.6069 \\ \hline Mean Absolute & & & & & & & \\ Deviation & 7.890625 & 1.904762 & 3.253418 & 3.523438 & 2.925781 & 3.109375 & 4.91555 & 4.140625 \\ \hline Coefficient of Variation & 0.3348151 & 0.521298 & 0.5829477 & 0.7056849 & 0.5273598 & 0.6141663 & 0.7582011 & 0.4013146 \\ \hline Coefficient of Dispersion & & & & & & & \\ \hline Pearson’s Contingency & & & & & & & \\ Coefficient & 0.9661 & 0.9535 & 0.9701 & 0.9682 & 0.9636 & 0.9661 & 0.9635 & 0.9718 \\ \hline \hline \end{tabular}
\end{table} 
Table 5: Statistical properties of graphs \(\Gamma_{(\varphi i,j)}\) of sequence (\(\varphi_{i},j\)) from cancer DNA sequences. Figure 7: Comparison graph \(\Gamma_{(\varphi i,j)}\) of sequence (\(\varphi_{i},j\)) from DNA sequences between non cancer and cancer rs10873142 [C \(>\) T].