## 3 Results
### Antibacterial and Antifungal Activities and MIC
\begin{table}
\begin{tabular}{c c c c c c} \hline \hline
**Organisms** & _C. albicans_ & _P. chrysogenum_ & _A. fumigatus_ & _M. racemosus_ \\ \hline _A. fulica_ & \(100\) \({}^{1}\) (10.4 \({}^{2}\)) & ND. & \(100\) \({}^{1}\) (12.8 \({}^{2}\)) & ND. & ND. \\ _C. bistrialis_ & \(50\) \({}^{1}\) (74.6 \({}^{2}\)) & \(50\) \({}^{1}\) (80.1 \({}^{2}\)) & \(25\) \({}^{1}\) (66.82 \({}^{2}\)) & \(25\) \({}^{1}\) (70.8 \({}^{2}\)) \\ _P. globosa_ & \(100\) \({}^{1}\) (11.3 \({}^{2}\)) & \(100\) \({}^{1}\) (15.12 \({}^{2}\)) & ND. & ND. \\ _P. virens_ & \(100\) \({}^{1}\) (17.18 \({}^{2}\)) & ND. & ND. & ND. \\ _B. dissimilis_ & ND. & ND. & ND. & ND. \\ _B. pulchella_ & ND. & ND. & ND. & ND. \\ _M. tuberculata_ & ND. & ND. & ND. & ND. \\ \hline \end{tabular}
\end{table} 
Table 4: Minimum inhibitory concentration of seven different snail proteins against fungi. \begin{table}
\begin{tabular}{c c c c c c} \hline \hline
**Organisms** & _P. aeruginosa_ & _P. vulgaris_ & _H. alvei_ & _S. marcescens_ & _S. aureus_ & _M. luteus_ \\ \hline _A. fulica_ & \(100\) \({}^{1}\) (16.4 \({}^{2}\)) & ND. & \(100\) \({}^{1}\) (9.2 \({}^{2}\)) & \(100\) \({}^{1}\) (16.5 \({}^{2}\)) & \(100\) \({}^{1}\) (12.8 \({}^{2}\)) & ND. \\ _C. bistrialis_ & \(12.5\) \({}^{1}\) (86.6 \({}^{2}\)) & \(12.5\) \({}^{1}\) (88.2 \({}^{2}\)) & \(25\) \({}^{1}\) (86.5 \({}^{2}\)) & \(25\) \({}^{1}\) (66.82 \({}^{2}\)) & \(12.5\) \({}^{1}\) (90.9 \({}^{2}\)) & \(25\) \({}^{1}\) (70.8 \({}^{2}\)) \\ _P. globosa_ & \(50\) \({}^{1}\) (14.8 \({}^{2}\)) & ND. & ND. & ND. & \(100\) \({}^{1}\) (10.02 \({}^{2}\)) & ND. \\ _P. virens_ & \(100\) \({}^{1}\) (11.38 \({}^{2}\)) & ND. & ND. & ND. & ND. \\ _B. dissimilis_ & ND. & ND. & ND. & ND. & ND. \\ _B. pulchella_ & ND. & ND. & ND. & ND. & ND. \\ _M. tuberculata_ & ND. & ND. & ND. & ND. & ND. \\ \hline \end{tabular}
\end{table} 
Table 2: Minimum inhibitory concentration of seven different snail proteins against bacteria. \begin{table}
\begin{tabular}{c c c c c c} \hline \hline
**Snails** & **Micro-Organisms** & \multicolumn{5}{c}{**Zone of Inhibition in mm**} \\ \cline{2-6}  & **25 ug/mL** & **50 ug/mL** & **100 ug/mL** & **N.C.** & **Amphotericin-B (100 ug/mL)** \\ \hline _A. fulica_ & _C. albicans_ & \(8.6\pm 0.57\) & \(11.16\pm 0.76\) & \(15.5\pm 0.5\) & - & \(19.6\pm 0.57\) \\ _A. fulica_ & _P. chrysogenum_ & - & \(8\pm 1\) & \(11.83\pm 0.76\) & - & \(15.93\pm 0.1\) \\ _A. fumigatus_ & _-_ & - & \(12.3\pm 0.5\) & - & \(21\pm 1\) \\ _M.racmosus_ & - & - & - & - & \(11\pm 0.76\) \\ \hline _C. albicans_ & \(8.5\pm 0.5\) & \(13.3\pm 0.5\) & \(15.83\pm 0.2\) & - & \(20\pm 1\) \\ _C. bistrialis_ & _P. chrysogenum_ & \(10.5\pm 0.5\) & \(18\pm 1\) & \(19.83\pm 0.2\) & - & \(20.83\pm 0.76\) \\ _A. fumigatusatus_ & \(18.6\pm 1.1\) & \(22\pm 1\) & \(24.6\pm 0.5\) & & \(25.6\pm 0.57\) \\ _M.racmosus_ & \(11\pm 0.1\) & \(16\pm 0.7\) & \(21\pm 0.2\) & - & \(22\pm 0.5\) \\ \hline _P. globosa_ & _C. albicans_ & - & - & - & \(15.3\pm 0.57\) \\ _P. globosa_ & _P. chrysogenum_ & - & - & - & \(10.83\pm 1.04\) \\ _A. fumigatusatus_ & 7.43 \(\pm 0.60\) & \(8\pm 1\) & \(11.6\pm 0.57\) & - & \(21\pm 1\) \\ _A. fumigatusatus_ & - & \(16\pm 0.5\) & \(20\pm 0.1\) & - & \(22\pm 0.2\) \\ \hline _P. virens_ & _C. albicans_ & \(7\pm 1\) & \(7.6\pm 0.5\) & \(9\pm 1\) & - & \(14.6\pm 1.1\) \\ _P. chrysogenum_ & - & \(8\pm 1\) & \(10.5\pm 0.5\) & - & \(15.58\pm 0.5\) \\ _A. fumigatusatus_ & - & \(7.33\pm 1.52\) & \(11\pm 1\) & - & \(23\pm 1\) \\ _M. racmosus_ & \(6\pm 1\) & \(8\pm 0.56\) & \(10\pm 1\) & - & \(13\pm 0.8\) \\ \hline _C. albicans_ & - & - & - & - & \(14.5\pm 0.5\) \\ _B. dissimilis_ & _P. chrysogenum_ & - & - & - & \(13\pm 1\) \\ _A. fumigatusatus_ & - & - & - & - & \(15\pm 1\) \\ _M. racmosus_ & - & - & - & - & \(22\pm 0.5\) \\ \hline _C. albicans_ & - & - & - & - & \(11\pm 1\) \\ _P. chrysogenum_ & - & - & - & - & \(13\pm 0.57\) \\ _A. fumigatusatus_ & - & - & - & - & \(13\pm 1\) \\ _M. racmosus_ & - & - & - & - & \(16\pm 0.1\) \\ \hline \hline \end{tabular}
\end{table} 
Table 3: Antifungal activity of seven different snail proteins.