# Fractal Aspects of Human S100 Protein Structures
## 3 Results
\begin{table}
\begin{tabular}{c c c c c c c} \hline \hline
**S100 Protein** & **PDB ID** & **Mutation** & **D\({}_{\text{s}}\)** & **Predicted** & **Polar Surface** & **Apolar Surface** \\  & & & & **Conformation** & **Area (Å\({}^{2}\))** & **Area (Å\({}^{2}\))** \\ \hline \multirow{8}{*}{S100A1} & 2 LLS & CYS85 SER & 2.297 & E & 3810.35 & 4998.32 \\  & 2 LHL & GLN32 GLU & 2.493 & E & 4783.09 & 6294.13 \\  & 2 LPS & - & 2.324 & E & 4211.80 & 6495.46 \\  & 2 LP2 & - & 2.427 & E & 4165.02 & 6131.12 \\  & 2 LUX & CYS85 MET & 2.434 & E & 4785.64 & 7403.02 \\  & 2 LLT & - & 2.341 & E & 4113.49 & 5218.42 \\  & 2 LLU & - & 2.384 & E & 4047.06 & 5415.18 \\  & 2 LOP & - & 2.404 & E & 4656.96 & 5958.00 \\ \hline \multirow{2}{*}{S100A2} & 2 RGI \({}^{*}\) & - & 2.293 & S & 4011.84 & 5140.48 \\  & 4 DUG \({}^{*}\) & - & 2.259 & S & 3254.44 & 5311.59 \\ \hline \multirow{2}{*}{S100A3} & 1 KSO \({}^{*}\) & - & 2.260 & E & 4198.00 & 5147.16 \\  & 2 MRD & CYS3 SER, CYS76 SER, & & & & \\  & 2 LNK & - & 2.313 & E & 5342.46 & 6370.31 \\ \hline \multirow{8}{*}{S100A4} & 2Q91 \({}^{*}\) & - & 2.211 & S & 3905.40 & 6774.69 \\  & 4 ETO \({}^{*}\) & - & 2.218 & E & 3480.64 & 5758.14 \\ \cline{1-1}  & 4 CFR \({}^{*}\) & CYS3 SER, CYS81 SER, & & & & \\ \cline{1-1}  & CYS86 SER, CHE45 TRP & 2.173 & E & 3931.81 & 7387.15 \\ \hline \multirow{2}{*}{S100A5} & 2 KAX & - & 2.264 & S & 3400.17 & 6222.59 \\  & 2 KAY & - & 2.181 & E & 3067.51 & 6735.71 \\ \hline \multirow{2}{*}{S100A6} & 2M1K & - & 2.293 & E & 3436.93 & 6168.41 \\  & 1K9K \({}^{*}\) & - & 2.241 & E & 3441.54 & 5840.82 \\ \hline \multirow{2}{*}{S100A7} & 1 PSR \({}^{*}\) & - & 2.293 & S & 4123.34 & 6442.49 \\ \hline \multirow{2}{*}{S100A8} & 1 MR8 \({}^{*}\) & - & 2.195 & E & 3275.41 & 6483.19 \\  & 5l8N & CYS3 SER & 2.282 & E & 4169.94 & 6875.82 \\  & 7U15 & CYS3 SER, MET63 PHE & 2.251 & S & 4539.31 & 7843.24 \\ \hline \multirow{2}{*}{S100A10} & 1 BT6 \({}^{*}\) & - & 2.227 & E & 3901.40 & 6789.86 \\  & 4 FTG \({}^{*}\) & - & 2.197 & E & 4224.03 & 6780.49 \\ \hline \multirow{2}{*}{S100A11} & 2 LUC & - & 2.191 & E & 4433.48 & 6171.41 \\ \cline{1-1}  & 2M9G & - & 2.316 & E & 4081.35 & 5146.88 \\ \hline \multirow{6}{*}{S100A12} & 1 YUS & - & 2.288 & S & 3983.00 & 7302.80 \\  & 1 VUU & - & 2.251 & S & 3796.32 & 7324.13 \\  & 2 VCE \({}^{*}\) & - & 2.215 & E & 3087.44 & 5655.49 \\  & 1 ESA \({}^{*}\) & - & 2.184 & E & 3558.21 & 6036.97 \\  & 2 KOT & - & 2.337 & E & 4901.58 & 6465.85 \\  & 2 KI4 & - & 2.499 & E & 4494.66 & 8141.09 \\  & 2 LE9 & - & 2.472 & E & 4270.70 & 6761.99 \\  & 2K8M & - & 2.385 & E & 4502.92 & 7698.37 \\  & 2L5X & - & 2.484 & E & 4274.37 & 6338.57 \\  & 2 EGD \({}^{*}\) & - & 2.151 & E & 3212.75 & 5977.91 \\ \hline \multirow{2}{*}{S100A14} & 2M0R & - & 2.387 & S & 6073.11 & 6620.80 \\ \cline{1-1}  & 2L50 & - & 2.312 & S & 4566.04 & 6246.56 \\ \cline{1-1}  & 2L51 & - & 2.471 & S & 4032.70 & 6849.12 \\ \hline \hline \end{tabular}
\end{table} 
Table 1: Values of the surface fractal dimensions (Ds) for the investigated structures, their global conformation, and polar and apolar surface areas. Crystallographic structures are marked with asterisks (*). E—elongated conformation, S—spherical conformation.