\frac{dx_{1}}{dt} = \left(-1 \cdot k_{41} \cdot k_{3} \cdot \left(x_{1} \cdot x_{14} - k_{19} \cdot x_{15}\right) + -1 \cdot k_{41} \cdot k_{3} \cdot \left(x_{1} \cdot x_{3} - k_{7} \cdot x_{4}\right) + -1 \cdot k_{41} \cdot k_{4} \cdot \left(x_{1} \cdot x_{19} - k_{20} \cdot x_{24}\right) + -1 \cdot k_{41} \cdot k_{4} \cdot \left(x_{1} \cdot x_{8} - k_{8} \cdot x_{27}\right) + 1 \cdot k_{41} \cdot k_{9} \cdot x_{15} + 1 \cdot k_{41} \cdot k_{12} \cdot x_{21} + 1 \cdot k_{41} \cdot k_{13} \cdot x_{25} + 1 \cdot k_{41} \cdot k_{16} \cdot x_{10}\right) / k_{41}\\ \frac{dx_{2}}{dt} = \left(-1 \cdot k_{41} \cdot k_{3} \cdot \left(x_{2} \cdot x_{14} - k_{19} \cdot x_{23}\right) + -1 \cdot k_{41} \cdot k_{3} \cdot \left(x_{2} \cdot x_{3} - k_{7} \cdot x_{6}\right) + -1 \cdot k_{41} \cdot k_{4} \cdot \left(x_{2} \cdot x_{19} - k_{20} \cdot x_{18}\right) + -1 \cdot k_{41} \cdot k_{4} \cdot \left(x_{2} \cdot x_{8} - k_{8} \cdot x_{11}\right) + 1 \cdot k_{41} \cdot k_{9} \cdot x_{23} + 1 \cdot k_{41} \cdot k_{12} \cdot x_{7} + 1 \cdot k_{41} \cdot k_{13} \cdot x_{29} + 1 \cdot k_{41} \cdot k_{16} \cdot x_{16}\right) / k_{41}\\ \frac{dx_{3}}{dt} = \left(-1 \cdot k_{41} \cdot k_{3} \cdot \left(x_{1} \cdot x_{3} - k_{7} \cdot x_{4}\right) + -1 \cdot k_{41} \cdot k_{3} \cdot \left(x_{2} \cdot x_{3} - k_{7} \cdot x_{6}\right) + 1 \cdot k_{41} \cdot k_{1} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{14} \cdot x_{30} - k_{5} \cdot k_{26} \cdot k_{28} / k_{29} \cdot x_{3}\right)\right) / k_{41}\\ \frac{dx_{4}}{dt} = \left(1 \cdot k_{41} \cdot k_{3} \cdot \left(x_{1} \cdot x_{3} - k_{7} \cdot x_{4}\right) + -1 \cdot k_{41} \cdot k_{21} \cdot x_{4} + 1 \cdot k_{41} \cdot k_{1} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{30} \cdot x_{15} - k_{5} \cdot k_{7} \cdot k_{26} \cdot k_{28} / k_{29} / k_{19} \cdot x_{4}\right)\right) / k_{41}\\ \frac{dx_{5}}{dt} = \left(1 \cdot k_{41} \cdot k_{12} \cdot x_{21} + -1 \cdot k_{41} \cdot k_{17} \cdot x_{5}\right) / k_{41}\\ \frac{dx_{6}}{dt} = \left(1 \cdot k_{41} \cdot k_{3} \cdot \left(x_{2} \cdot x_{3} - k_{7} \cdot x_{6}\right) + -1 \cdot k_{41} \cdot k_{21} \cdot x_{6} + 1 \cdot k_{41} \cdot k_{1} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{30} \cdot x_{23} - k_{5} \cdot k_{7} \cdot k_{26} \cdot k_{28} / k_{29} / k_{19} \cdot x_{6}\right)\right) / k_{41}\\ \frac{dx_{7}}{dt} = \left(1 \cdot k_{41} \cdot k_{21} \cdot x_{6} + -1 \cdot k_{41} \cdot k_{12} \cdot x_{7}\right) / k_{41}\\ \frac{dx_{8}}{dt} = \left(-1 \cdot k_{41} \cdot k_{4} \cdot \left(x_{1} \cdot x_{8} - k_{8} \cdot x_{27}\right) + -1 \cdot k_{41} \cdot k_{4} \cdot \left(x_{2} \cdot x_{8} - k_{8} \cdot x_{11}\right) + 1 \cdot k_{41} \cdot k_{2} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{19} \cdot x_{30} - k_{6} \cdot k_{26} \cdot k_{28} / k_{29} \cdot x_{8}\right)\right) / k_{41}\\ \frac{dx_{9}}{dt} = \left(1 \cdot k_{41} \cdot k_{22} \cdot x_{27} + -1 \cdot k_{41} \cdot k_{11} \cdot x_{9}\right) / k_{41}\\ \frac{dx_{10}}{dt} = \left(1 \cdot k_{41} \cdot k_{11} \cdot x_{9} + -1 \cdot k_{41} \cdot k_{16} \cdot x_{10}\right) / k_{41}\\ \frac{dx_{11}}{dt} = \left(1 \cdot k_{41} \cdot k_{4} \cdot \left(x_{2} \cdot x_{8} - k_{8} \cdot x_{11}\right) + -1 \cdot k_{41} \cdot k_{22} \cdot x_{11} + 1 \cdot k_{41} \cdot k_{2} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{30} \cdot x_{18} - k_{6} \cdot k_{8} \cdot k_{26} \cdot k_{28} / k_{29} / k_{20} \cdot x_{11}\right)\right) / k_{41}\\ \frac{dx_{12}}{dt} = \left(1 \cdot k_{41} \cdot k_{22} \cdot x_{11} + -1 \cdot k_{41} \cdot k_{11} \cdot x_{12}\right) / k_{41}\\ \frac{dx_{13}}{dt} = \left(1 \cdot k_{41} \cdot k_{21} \cdot x_{4} + 1 \cdot k_{41} \cdot k_{21} \cdot x_{6} + 1 \cdot k_{41} \cdot k_{22} \cdot x_{27} + 1 \cdot k_{41} \cdot k_{22} \cdot x_{11} + -1 \cdot k_{41} \cdot k_{18} \cdot x_{13}\right) / k_{41}\\ \frac{dx_{14}}{dt} = \left(-1 \cdot k_{41} \cdot k_{3} \cdot \left(x_{1} \cdot x_{14} - k_{19} \cdot x_{15}\right) + -1 \cdot k_{41} \cdot k_{3} \cdot \left(x_{2} \cdot x_{14} - k_{19} \cdot x_{23}\right) + 1 \cdot k_{41} \cdot k_{14} \cdot x_{28} + 1 \cdot k_{41} \cdot k_{14} \cdot x_{22} + -1 \cdot k_{41} \cdot k_{1} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{14} \cdot x_{30} - k_{5} \cdot k_{26} \cdot k_{28} / k_{29} \cdot x_{3}\right)\right) / k_{41}\\ \frac{dx_{15}}{dt} = \left(1 \cdot k_{41} \cdot k_{3} \cdot \left(x_{1} \cdot x_{14} - k_{19} \cdot x_{15}\right) + -1 \cdot k_{41} \cdot k_{9} \cdot x_{15} + -1 \cdot k_{41} \cdot k_{1} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{30} \cdot x_{15} - k_{5} \cdot k_{7} \cdot k_{26} \cdot k_{28} / k_{29} / k_{19} \cdot x_{4}\right)\right) / k_{41}\\ \frac{dx_{16}}{dt} = \left(1 \cdot k_{41} \cdot k_{11} \cdot x_{12} + -1 \cdot k_{41} \cdot k_{16} \cdot x_{16}\right) / k_{41}\\ \frac{dx_{17}}{dt} = \left(1 \cdot k_{41} \cdot k_{13} \cdot x_{29} + -1 \cdot k_{41} \cdot k_{15} \cdot x_{17}\right) / k_{41}\\ \frac{dx_{18}}{dt} = \left(1 \cdot k_{41} \cdot k_{4} \cdot \left(x_{2} \cdot x_{19} - k_{20} \cdot x_{18}\right) + -1 \cdot k_{41} \cdot k_{10} \cdot x_{18} + -1 \cdot k_{41} \cdot k_{2} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{30} \cdot x_{18} - k_{6} \cdot k_{8} \cdot k_{26} \cdot k_{28} / k_{29} / k_{20} \cdot x_{11}\right)\right) / k_{41}\\ \frac{dx_{19}}{dt} = \left(-1 \cdot k_{41} \cdot k_{4} \cdot \left(x_{1} \cdot x_{19} - k_{20} \cdot x_{24}\right) + -1 \cdot k_{41} \cdot k_{4} \cdot \left(x_{2} \cdot x_{19} - k_{20} \cdot x_{18}\right) + 1 \cdot k_{41} \cdot k_{15} \cdot x_{26} + 1 \cdot k_{41} \cdot k_{15} \cdot x_{17} + 1 \cdot k_{41} \cdot k_{16} \cdot x_{10} + 1 \cdot k_{41} \cdot k_{16} \cdot x_{16} + -1 \cdot k_{41} \cdot k_{2} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{19} \cdot x_{30} - k_{6} \cdot k_{26} \cdot k_{28} / k_{29} \cdot x_{8}\right)\right) / k_{41}\\ \frac{dx_{20}}{dt} = \left(1 \cdot k_{41} \cdot k_{12} \cdot x_{7} + -1 \cdot k_{41} \cdot k_{17} \cdot x_{20}\right) / k_{41}\\ \frac{dx_{21}}{dt} = \left(1 \cdot k_{41} \cdot k_{21} \cdot x_{4} + -1 \cdot k_{41} \cdot k_{12} \cdot x_{21}\right) / k_{41}\\ \frac{dx_{22}}{dt} = \left(1 \cdot k_{41} \cdot k_{9} \cdot x_{23} + -1 \cdot k_{41} \cdot k_{14} \cdot x_{22}\right) / k_{41}\\ \frac{dx_{23}}{dt} = \left(1 \cdot k_{41} \cdot k_{3} \cdot \left(x_{2} \cdot x_{14} - k_{19} \cdot x_{23}\right) + -1 \cdot k_{41} \cdot k_{9} \cdot x_{23} + -1 \cdot k_{41} \cdot k_{1} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{30} \cdot x_{23} - k_{5} \cdot k_{7} \cdot k_{26} \cdot k_{28} / k_{29} / k_{19} \cdot x_{6}\right)\right) / k_{41}\\ \frac{dx_{24}}{dt} = \left(1 \cdot k_{41} \cdot k_{4} \cdot \left(x_{1} \cdot x_{19} - k_{20} \cdot x_{24}\right) + -1 \cdot k_{41} \cdot k_{10} \cdot x_{24} + -1 \cdot k_{41} \cdot k_{2} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{30} \cdot x_{24} - k_{6} \cdot k_{8} \cdot k_{26} \cdot k_{28} / k_{29} / k_{20} \cdot x_{27}\right)\right) / k_{41}\\ \frac{dx_{25}}{dt} = \left(1 \cdot k_{41} \cdot k_{10} \cdot x_{24} + -1 \cdot k_{41} \cdot k_{13} \cdot x_{25}\right) / k_{41}\\ \frac{dx_{26}}{dt} = \left(1 \cdot k_{41} \cdot k_{13} \cdot x_{25} + -1 \cdot k_{41} \cdot k_{15} \cdot x_{26}\right) / k_{41}\\ \frac{dx_{27}}{dt} = \left(1 \cdot k_{41} \cdot k_{4} \cdot \left(x_{1} \cdot x_{8} - k_{8} \cdot x_{27}\right) + -1 \cdot k_{41} \cdot k_{22} \cdot x_{27} + 1 \cdot k_{41} \cdot k_{2} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{30} \cdot x_{24} - k_{6} \cdot k_{8} \cdot k_{26} \cdot k_{28} / k_{29} / k_{20} \cdot x_{27}\right)\right) / k_{41}\\ \frac{dx_{28}}{dt} = \left(1 \cdot k_{41} \cdot k_{9} \cdot x_{15} + -1 \cdot k_{41} \cdot k_{14} \cdot x_{28}\right) / k_{41}\\ \frac{dx_{29}}{dt} = \left(1 \cdot k_{41} \cdot k_{10} \cdot x_{18} + -1 \cdot k_{41} \cdot k_{13} \cdot x_{29}\right) / k_{41}\\ \frac{dx_{30}}{dt} = \left(-1 \cdot k_{41} \cdot k_{1} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{14} \cdot x_{30} - k_{5} \cdot k_{26} \cdot k_{28} / k_{29} \cdot x_{3}\right) + -1 \cdot k_{41} \cdot k_{2} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{19} \cdot x_{30} - k_{6} \cdot k_{26} \cdot k_{28} / k_{29} \cdot x_{8}\right) + -1 \cdot k_{41} \cdot k_{1} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{30} \cdot x_{15} - k_{5} \cdot k_{7} \cdot k_{26} \cdot k_{28} / k_{29} / k_{19} \cdot x_{4}\right) + -1 \cdot k_{41} \cdot k_{1} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{30} \cdot x_{23} - k_{5} \cdot k_{7} \cdot k_{26} \cdot k_{28} / k_{29} / k_{19} \cdot x_{6}\right) + -1 \cdot k_{41} \cdot k_{2} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{30} \cdot x_{24} - k_{6} \cdot k_{8} \cdot k_{26} \cdot k_{28} / k_{29} / k_{20} \cdot x_{27}\right) + -1 \cdot k_{41} \cdot k_{2} \cdot k_{29} / \left(k_{26} \cdot k_{28}\right) \cdot \left(x_{30} \cdot x_{18} - k_{6} \cdot k_{8} \cdot k_{26} \cdot k_{28} / k_{29} / k_{20} \cdot x_{11}\right)\right) / k_{41}