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In [1]:



    


import ligpy_utils as lig
import constants as const



    











In [2]:



    


T = 300
species_IC = 'Pseudotsuga_menziesii'



    











In [3]:



    


reactionlist, rateconstantlist, compositionlist = lig.set_paths()
y_list = lig.get_specieslist(reactionlist)



    











In [4]:



    


speciesindices, indices_to_species = lig.get_speciesindices(y_list)
rate_list = lig.build_rates_list(rateconstantlist, reactionlist, speciesindices, indices_to_species, T)
species_rxns = lig.build_species_rxns_dict(reactionlist)
dydt_expressions = lig.build_dydt_list(rate_list, y_list, species_rxns)
kmatrix = lig.build_k_matrix(rateconstantlist)
kvaluelist = lig.get_k_value_list(T, kmatrix)
PLIGC_0, PLIGH_0, PLIGO_0 = lig.define_initial_composition(compositionlist, species_IC)



    











In [5]:



    


with open('solve_ODEs_T%s.py' %T, 'w') as f:
    text = "#!/usr/bin/pythons\n" \
            "# -*- coding: utf-8 -*-\n\n" \
            "from scipy.integrate import odeint\n\n\n" \
            "def ODEs(y, t, p):\n"
    f.write(text)
    
    y = '\t' + y_list[0]
    for i in y_list[1:]:
        y += (', ' + i)
    y += ' = y'
    f.write(y + '\n')
    
    p = '\tk_%s_0' %T
    for i in range(1, len(kvaluelist)):
        p += ', k_%s_%s' %(T, i)
    p += ' = p'
    f.write(p + '\n')
    
    dydt = '\tdydt = [%s' %dydt_expressions[0].split('=')[1][1:-2]
    for ODE in dydt_expressions[1:]:
        dydt += (', \n\t\t\t' + ODE.split('=')[1][1:-2])
    dydt += ']'
    f.write(dydt + '\n')
    f.write('\treturn dydt\n\n')
    
    f.write('# k values\n')
    for i in range(len(kvaluelist)):
        f.write('k_%s_%s = %s\n' %(T, i, kvaluelist[i]))
        
    f.write('\n# Initial conditions\n')
    f.write('PLIGC = %s\nPLIGH = %s\nPLIGO = %s\n' %(PLIGC_0, PLIGH_0, PLIGO_0))
    IC = ''
    for i in y_list:
        if i == 'PLIGC' or i == 'PLIGH' or i == 'PLIGO':
            continue
        else:
            IC += ('%s = ' %i)
    IC += '0'
    f.write(IC + '\n\n')
    
    f.write('# ODE solver parameters\n')
    f.write('abserr = %s\n' %const.ABSOLUTE_TOLERANCE)
    f.write('relerr = %s\n' %const.RELATIVE_TOLERANCE)
    f.write('stoptime = 2000\n')
    f.write('numpoints = 10000\n\n')
    
    f.write('t = [stoptime * float(i) / (numpoints - 1) for i in range(numpoints)]\n')
    y0 = 'y0 = [' + y_list[0]
    for spec in y_list[1:]:
        y0 += ', %s' %spec
    y0 += ']'
    f.write(y0)
    
    p = '\np = [k_%s_0' %T
    for i in range(1, len(kvaluelist)):
        p += ', k_%s_%s' %(T, i)
    p += ']\n'
    f.write(p)
    
    f.write('\nysol = odeint(ODEs, y0, t, args=(p,), atol=abserr, rtol=relerr)\n\n')
    
    f.write("with open('sol_T%s_%s.dat', 'w') as f:\n" %(T, species_IC))
    
    ysol = ''
    for i in range(len(y_list)):
        ysol += 'yy[%s], ' %i
    f.write('\tfor tt, yy in zip(t, ysol):\n')
    f.write('\t\tprint(tt, %sfile=f)\n' %ysol)



    











In [6]:



    


y0



    


















    
Out[6]:








'y0 = [ADIO, ADIOM2, ALD3, C10H2, C10H2M2, C10H2M4, C2H6, C3H4O, C3H4O2, C3H6, C3H6O2, C3H8O2, CH2CO, CH3CHO, CH3OH, CH4, CHAR, CO, CO2, COUMARYL, ETOH, H2, H2O, KET, KETD, KETDM2, KETM2, LIG, LIGC, LIGH, LIGM2, LIGO, MGUAI, OH, PADIO, PADIOM2, PC2H2, PCH2OH, PCH2P, PCH3, PCHO, PCHOHP, PCHP2, PCOH, PCOHP2, PCOS, PFET3, PFET3M2, PH2, PHENOL, PKETM2, PLIG, PLIGC, PLIGH, PLIGM2, PLIGO, PRADIO, PRADIOM2, PRFET3, PRFET3M2, PRKETM2, PRLIGH, PRLIGH2, PRLIGM2A, RADIO, RADIOM2, RC3H3O, RC3H5O2, RC3H7O2, RCH3, RCH3O, RKET, RKETM2, RLIGA, RLIGB, RLIGH, RLIGM2A, RLIGM2B, RMGUAI, RPHENOL, RPHENOX, RPHENOXM2, SYNAPYL, VADIO, VADIOM2, VCOUMARYL, VKET, VKETD, VKETDM2, VKETM2, VMGUAI, VPHENOL, VSYNAPYL]'

















In [7]:



    


ysol



    


















    
Out[7]:








'yy[0], yy[1], yy[2], yy[3], yy[4], yy[5], yy[6], yy[7], yy[8], yy[9], yy[10], yy[11], yy[12], yy[13], yy[14], yy[15], yy[16], yy[17], yy[18], yy[19], yy[20], yy[21], yy[22], yy[23], yy[24], yy[25], yy[26], yy[27], yy[28], yy[29], yy[30], yy[31], yy[32], yy[33], yy[34], yy[35], yy[36], yy[37], yy[38], yy[39], yy[40], yy[41], yy[42], yy[43], yy[44], yy[45], yy[46], yy[47], yy[48], yy[49], yy[50], yy[51], yy[52], yy[53], yy[54], yy[55], yy[56], yy[57], yy[58], yy[59], yy[60], yy[61], yy[62], yy[63], yy[64], yy[65], yy[66], yy[67], yy[68], yy[69], yy[70], yy[71], yy[72], yy[73], yy[74], yy[75], yy[76], yy[77], yy[78], yy[79], yy[80], yy[81], yy[82], yy[83], yy[84], yy[85], yy[86], yy[87], yy[88], yy[89], yy[90], yy[91], yy[92], '

















In [8]:



    


p



    


















    
Out[8]:








'\np = [k_300_0, k_300_1, k_300_2, k_300_3, k_300_4, k_300_5, k_300_6, k_300_7, k_300_8, k_300_9, k_300_10, k_300_11, k_300_12, k_300_13, k_300_14, k_300_15, k_300_16, k_300_17, k_300_18, k_300_19, k_300_20, k_300_21, k_300_22, k_300_23, k_300_24, k_300_25, k_300_26, k_300_27, k_300_28, k_300_29, k_300_30, k_300_31, k_300_32, k_300_33, k_300_34, k_300_35, k_300_36, k_300_37, k_300_38, k_300_39, k_300_40, k_300_41, k_300_42, k_300_43, k_300_44, k_300_45, k_300_46, k_300_47, k_300_48, k_300_49, k_300_50, k_300_51, k_300_52, k_300_53, k_300_54, k_300_55, k_300_56, k_300_57, k_300_58, k_300_59, k_300_60, k_300_61, k_300_62, k_300_63, k_300_64, k_300_65, k_300_66, k_300_67, k_300_68, k_300_69, k_300_70, k_300_71, k_300_72, k_300_73, k_300_74, k_300_75, k_300_76, k_300_77, k_300_78, k_300_79, k_300_80, k_300_81, k_300_82, k_300_83, k_300_84, k_300_85, k_300_86, k_300_87, k_300_88, k_300_89, k_300_90, k_300_91, k_300_92, k_300_93, k_300_94, k_300_95, k_300_96, k_300_97, k_300_98, k_300_99, k_300_100, k_300_101, k_300_102, k_300_103, k_300_104, k_300_105, k_300_106, k_300_107, k_300_108, k_300_109, k_300_110, k_300_111, k_300_112, k_300_113, k_300_114, k_300_115, k_300_116, k_300_117, k_300_118, k_300_119, k_300_120, k_300_121, k_300_122, k_300_123, k_300_124, k_300_125, k_300_126, k_300_127, k_300_128, k_300_129, k_300_130, k_300_131, k_300_132, k_300_133, k_300_134, k_300_135, k_300_136, k_300_137, k_300_138, k_300_139, k_300_140, k_300_141, k_300_142, k_300_143, k_300_144, k_300_145, k_300_146, k_300_147, k_300_148, k_300_149, k_300_150, k_300_151, k_300_152, k_300_153, k_300_154, k_300_155, k_300_156, k_300_157, k_300_158, k_300_159, k_300_160, k_300_161, k_300_162, k_300_163, k_300_164, k_300_165, k_300_166, k_300_167, k_300_168, k_300_169, k_300_170, k_300_171, k_300_172, k_300_173, k_300_174, k_300_175, k_300_176, k_300_177, k_300_178, k_300_179, k_300_180, k_300_181, k_300_182, k_300_183, k_300_184, k_300_185, k_300_186, k_300_187, k_300_188, k_300_189, k_300_190, k_300_191, k_300_192, k_300_193, k_300_194, k_300_195, k_300_196, k_300_197, k_300_198, k_300_199, k_300_200, k_300_201, k_300_202, k_300_203, k_300_204, k_300_205, k_300_206, k_300_207, k_300_208, k_300_209, k_300_210, k_300_211, k_300_212, k_300_213, k_300_214, k_300_215, k_300_216, k_300_217, k_300_218, k_300_219, k_300_220, k_300_221, k_300_222, k_300_223, k_300_224, k_300_225, k_300_226, k_300_227, k_300_228, k_300_229, k_300_230, k_300_231, k_300_232, k_300_233, k_300_234, k_300_235, k_300_236, k_300_237, k_300_238, k_300_239, k_300_240, k_300_241, k_300_242, k_300_243, k_300_244, k_300_245, k_300_246, k_300_247, k_300_248, k_300_249, k_300_250, k_300_251, k_300_252, k_300_253, k_300_254, k_300_255, k_300_256, k_300_257, k_300_258, k_300_259, k_300_260, k_300_261, k_300_262, k_300_263, k_300_264, k_300_265, k_300_266, k_300_267, k_300_268, k_300_269, k_300_270, k_300_271, k_300_272, k_300_273, k_300_274, k_300_275, k_300_276, k_300_277, k_300_278, k_300_279, k_300_280, k_300_281, k_300_282, k_300_283, k_300_284, k_300_285, k_300_286, k_300_287, k_300_288, k_300_289, k_300_290, k_300_291, k_300_292, k_300_293, k_300_294, k_300_295, k_300_296, k_300_297, k_300_298, k_300_299, k_300_300, k_300_301, k_300_302, k_300_303, k_300_304, k_300_305, k_300_306, k_300_307, k_300_308, k_300_309, k_300_310, k_300_311, k_300_312, k_300_313, k_300_314, k_300_315, k_300_316, k_300_317, k_300_318, k_300_319, k_300_320, k_300_321, k_300_322, k_300_323, k_300_324, k_300_325, k_300_326, k_300_327, k_300_328, k_300_329, k_300_330, k_300_331, k_300_332, k_300_333, k_300_334, k_300_335, k_300_336, k_300_337, k_300_338, k_300_339, k_300_340, k_300_341, k_300_342, k_300_343, k_300_344, k_300_345, k_300_346, k_300_347, k_300_348, k_300_349, k_300_350, k_300_351, k_300_352, k_300_353, k_300_354, k_300_355, k_300_356, k_300_357, k_300_358, k_300_359, k_300_360, k_300_361, k_300_362, k_300_363, k_300_364, k_300_365, k_300_366, k_300_367, k_300_368, k_300_369, k_300_370, k_300_371, k_300_372, k_300_373, k_300_374, k_300_375, k_300_376, k_300_377, k_300_378, k_300_379, k_300_380, k_300_381, k_300_382, k_300_383, k_300_384, k_300_385, k_300_386, k_300_387, k_300_388, k_300_389, k_300_390, k_300_391, k_300_392, k_300_393, k_300_394, k_300_395, k_300_396, k_300_397, k_300_398, k_300_399, k_300_400, k_300_401, k_300_402, k_300_403, k_300_404, k_300_405]\n'

















In [11]:



    


dydt_expressions



    


















    
Out[11]:








['d[ADIO]/dt = -1*k_300_40 * ADIO**1.0 * RPHENOX**1.0  -1*k_300_44 * ADIO**1.0 * RPHENOXM2**1.0  -1*k_300_90 * ADIO**1.0  +1*k_300_132 * RADIO**1.0 * LIGH**1.0  +1*k_300_153 * RADIO**1.0 * PLIGH**1.0  +1*k_300_174 * RADIO**1.0 * PLIGM2**1.0  +1*k_300_195 * RADIO**1.0 * LIGM2**1.0  +1*k_300_216 * RADIO**1.0 * LIGM2**1.0  +1*k_300_237 * RADIO**1.0 * PFET3M2**1.0  +1*k_300_258 * RADIO**1.0 * ADIOM2**1.0  +1*k_300_279 * RADIO**1.0 * KETM2**1.0  +1*k_300_300 * RADIO**1.0 * C10H2**1.0  +1*k_300_321 * RADIO**1.0 * LIG**1.0  +1*k_300_342 * RADIO**1.0 * LIG**1.0  +1*k_300_363 * RADIO**1.0 * PFET3**1.0  -1*k_300_364 * RC3H5O2**1.0 * ADIO**1.0  -1*k_300_365 * PRFET3**1.0 * ADIO**1.0  -1*k_300_366 * RC3H7O2**1.0 * ADIO**1.0  -1*k_300_367 * RADIOM2**1.0 * ADIO**1.0  -1*k_300_368 * PRFET3M2**1.0 * ADIO**1.0  -1*k_300_369 * PRLIGH**1.0 * ADIO**1.0  -1*k_300_370 * RLIGM2B**1.0 * ADIO**1.0  -1*k_300_371 * RLIGM2A**1.0 * ADIO**1.0  -1*k_300_372 * RCH3**1.0 * ADIO**1.0  -1*k_300_373 * PRKETM2**1.0 * ADIO**1.0  -1*k_300_374 * RKET**1.0 * ADIO**1.0  -1*k_300_375 * PRADIO**1.0 * ADIO**1.0  -1*k_300_376 * RC3H3O**1.0 * ADIO**1.0  -1*k_300_377 * RLIGB**1.0 * ADIO**1.0  -1*k_300_378 * RLIGA**1.0 * ADIO**1.0  -1*k_300_379 * PRADIOM2**1.0 * ADIO**1.0  -1*k_300_380 * RMGUAI**1.0 * ADIO**1.0  -1*k_300_381 * OH**1.0 * ADIO**1.0  -1*k_300_382 * RCH3O**1.0 * ADIO**1.0  -1*k_300_383 * RPHENOL**1.0 * ADIO**1.0  -1*k_300_384 * RADIO**1.0 * ADIO**1.0  +1*k_300_384 * RADIO**1.0 * ADIO**1.0  +1*k_300_405 * RADIO**1.0 * KET**1.0  ',
 'd[ADIOM2]/dt = -1*k_300_32 * ADIOM2**1.0 * RPHENOXM2**1.0  -1*k_300_36 * ADIOM2**1.0 * RPHENOX**1.0  -1*k_300_84 * ADIOM2**1.0  +1*k_300_115 * RADIOM2**1.0 * LIGH**1.0  +1*k_300_136 * RADIOM2**1.0 * PLIGH**1.0  +1*k_300_157 * RADIOM2**1.0 * PLIGM2**1.0  +1*k_300_178 * RADIOM2**1.0 * LIGM2**1.0  +1*k_300_199 * RADIOM2**1.0 * LIGM2**1.0  +1*k_300_220 * RADIOM2**1.0 * PFET3M2**1.0  -1*k_300_238 * RC3H5O2**1.0 * ADIOM2**1.0  -1*k_300_239 * PRFET3**1.0 * ADIOM2**1.0  -1*k_300_240 * RC3H7O2**1.0 * ADIOM2**1.0  -1*k_300_241 * RADIOM2**1.0 * ADIOM2**1.0  +1*k_300_241 * RADIOM2**1.0 * ADIOM2**1.0  -1*k_300_242 * PRFET3M2**1.0 * ADIOM2**1.0  -1*k_300_243 * PRLIGH**1.0 * ADIOM2**1.0  -1*k_300_244 * RLIGM2B**1.0 * ADIOM2**1.0  -1*k_300_245 * RLIGM2A**1.0 * ADIOM2**1.0  -1*k_300_246 * RCH3**1.0 * ADIOM2**1.0  -1*k_300_247 * PRKETM2**1.0 * ADIOM2**1.0  -1*k_300_248 * RKET**1.0 * ADIOM2**1.0  -1*k_300_249 * PRADIO**1.0 * ADIOM2**1.0  -1*k_300_250 * RC3H3O**1.0 * ADIOM2**1.0  -1*k_300_251 * RLIGB**1.0 * ADIOM2**1.0  -1*k_300_252 * RLIGA**1.0 * ADIOM2**1.0  -1*k_300_253 * PRADIOM2**1.0 * ADIOM2**1.0  -1*k_300_254 * RMGUAI**1.0 * ADIOM2**1.0  -1*k_300_255 * OH**1.0 * ADIOM2**1.0  -1*k_300_256 * RCH3O**1.0 * ADIOM2**1.0  -1*k_300_257 * RPHENOL**1.0 * ADIOM2**1.0  -1*k_300_258 * RADIO**1.0 * ADIOM2**1.0  +1*k_300_262 * RADIOM2**1.0 * KETM2**1.0  +1*k_300_283 * RADIOM2**1.0 * C10H2**1.0  +1*k_300_304 * RADIOM2**1.0 * LIG**1.0  +1*k_300_325 * RADIOM2**1.0 * LIG**1.0  +1*k_300_346 * RADIOM2**1.0 * PFET3**1.0  +1*k_300_367 * RADIOM2**1.0 * ADIO**1.0  +1*k_300_388 * RADIOM2**1.0 * KET**1.0  ',
 'd[ALD3]/dt = +1*k_300_12 * RLIGH**1.0  +1*k_300_13 * PRLIGH2**1.0  ',
 'd[C10H2]/dt = +0.5*k_300_11 * RPHENOX**1.0  +0.5*k_300_29 * C10H2M2**1.0  +0.5*k_300_36 * ADIOM2**1.0 * RPHENOX**1.0  +0.5*k_300_37 * KETM2**1.0 * RPHENOX**1.0  +0.5*k_300_38 * KETDM2**1.0 * RPHENOX**1.0  +0.5*k_300_39 * SYNAPYL**1.0 * RPHENOX**1.0  +1*k_300_40 * ADIO**1.0 * RPHENOX**1.0  +1*k_300_41 * KET**1.0 * RPHENOX**1.0  +1*k_300_42 * KETD**1.0 * RPHENOX**1.0  +1*k_300_43 * COUMARYL**1.0 * RPHENOX**1.0  +0.5*k_300_44 * ADIO**1.0 * RPHENOXM2**1.0  +0.5*k_300_45 * KET**1.0 * RPHENOXM2**1.0  +0.5*k_300_46 * KETD**1.0 * RPHENOXM2**1.0  +0.5*k_300_47 * COUMARYL**1.0 * RPHENOXM2**1.0  +0.5*k_300_49 * C10H2M2**1.0 * RPHENOXM2**1.0  +0.5*k_300_50 * C10H2M4**1.0 * RPHENOX**1.0  +1*k_300_51 * C10H2M2**1.0 * RPHENOX**1.0  +0.5*k_300_52 * RCH3O**1.0 * RPHENOX**1.0  +0.5*k_300_55 * RPHENOX**1.0 * RCH3**1.0  +1.5*k_300_73 * RPHENOX**1.0 * RLIGB**1.0  +1*k_300_74 * RADIO**2.0  +2*k_300_75 * RLIGB**1.0 * RLIGB**1.0  +2*k_300_76 * RLIGA**2.0  +1*k_300_77 * RKET**2.0  +1*k_300_78 * PRFET3**1.0 * PRFET3**1.0  +1*k_300_80 * RPHENOX**1.0 * RPHENOL**1.0  +0.5*k_300_81 * RPHENOX**1.0 * RC3H3O**1.0  +0.5*k_300_82 * RPHENOX**1.0 * CHAR**1.0  +1*k_300_109 * PRADIO**2.0  -1*k_300_280 * RC3H5O2**1.0 * C10H2**1.0  +0.5*k_300_280 * RC3H5O2**1.0 * C10H2**1.0  -1*k_300_281 * PRFET3**1.0 * C10H2**1.0  +0.5*k_300_281 * PRFET3**1.0 * C10H2**1.0  -1*k_300_282 * RC3H7O2**1.0 * C10H2**1.0  +0.5*k_300_282 * RC3H7O2**1.0 * C10H2**1.0  -1*k_300_283 * RADIOM2**1.0 * C10H2**1.0  +0.5*k_300_283 * RADIOM2**1.0 * C10H2**1.0  -1*k_300_284 * PRFET3M2**1.0 * C10H2**1.0  +0.5*k_300_284 * PRFET3M2**1.0 * C10H2**1.0  -1*k_300_285 * PRLIGH**1.0 * C10H2**1.0  +0.5*k_300_285 * PRLIGH**1.0 * C10H2**1.0  -1*k_300_286 * RLIGM2B**1.0 * C10H2**1.0  +0.5*k_300_286 * RLIGM2B**1.0 * C10H2**1.0  -1*k_300_287 * RLIGM2A**1.0 * C10H2**1.0  +0.5*k_300_287 * RLIGM2A**1.0 * C10H2**1.0  -1*k_300_288 * RCH3**1.0 * C10H2**1.0  +0.5*k_300_288 * RCH3**1.0 * C10H2**1.0  -1*k_300_289 * PRKETM2**1.0 * C10H2**1.0  +0.5*k_300_289 * PRKETM2**1.0 * C10H2**1.0  -1*k_300_290 * RKET**1.0 * C10H2**1.0  +0.5*k_300_290 * RKET**1.0 * C10H2**1.0  -1*k_300_291 * PRADIO**1.0 * C10H2**1.0  +0.5*k_300_291 * PRADIO**1.0 * C10H2**1.0  -1*k_300_292 * RC3H3O**1.0 * C10H2**1.0  +0.5*k_300_292 * RC3H3O**1.0 * C10H2**1.0  -1*k_300_293 * RLIGB**1.0 * C10H2**1.0  +0.5*k_300_293 * RLIGB**1.0 * C10H2**1.0  -1*k_300_294 * RLIGA**1.0 * C10H2**1.0  +0.5*k_300_294 * RLIGA**1.0 * C10H2**1.0  -1*k_300_295 * PRADIOM2**1.0 * C10H2**1.0  +0.5*k_300_295 * PRADIOM2**1.0 * C10H2**1.0  -1*k_300_296 * RMGUAI**1.0 * C10H2**1.0  +0.5*k_300_296 * RMGUAI**1.0 * C10H2**1.0  -1*k_300_297 * OH**1.0 * C10H2**1.0  +0.5*k_300_297 * OH**1.0 * C10H2**1.0  -1*k_300_298 * RCH3O**1.0 * C10H2**1.0  +0.5*k_300_298 * RCH3O**1.0 * C10H2**1.0  -1*k_300_299 * RPHENOL**1.0 * C10H2**1.0  +0.5*k_300_299 * RPHENOL**1.0 * C10H2**1.0  -1*k_300_300 * RADIO**1.0 * C10H2**1.0  +0.5*k_300_300 * RADIO**1.0 * C10H2**1.0  ',
 'd[C10H2M2]/dt = -1*k_300_29 * C10H2M2**1.0  +0.5*k_300_48 * C10H2M4**1.0 * RPHENOXM2**1.0  -1*k_300_49 * C10H2M2**1.0 * RPHENOXM2**1.0  +0.5*k_300_49 * C10H2M2**1.0 * RPHENOXM2**1.0  +0.5*k_300_50 * C10H2M4**1.0 * RPHENOX**1.0  -1*k_300_51 * C10H2M2**1.0 * RPHENOX**1.0  +0.5*k_300_51 * C10H2M2**1.0 * RPHENOX**1.0  ',
 'd[C10H2M4]/dt = +0.5*k_300_10 * RPHENOXM2**1.0  -1*k_300_28 * C10H2M4**1.0  +0.5*k_300_28 * C10H2M4**1.0  +1*k_300_32 * ADIOM2**1.0 * RPHENOXM2**1.0  +1*k_300_33 * KETM2**1.0 * RPHENOXM2**1.0  +1*k_300_34 * KETDM2**1.0 * RPHENOXM2**1.0  +1*k_300_35 * SYNAPYL**1.0 * RPHENOXM2**1.0  +0.5*k_300_36 * ADIOM2**1.0 * RPHENOX**1.0  +0.5*k_300_37 * KETM2**1.0 * RPHENOX**1.0  +0.5*k_300_38 * KETDM2**1.0 * RPHENOX**1.0  +0.5*k_300_39 * SYNAPYL**1.0 * RPHENOX**1.0  +0.5*k_300_44 * ADIO**1.0 * RPHENOXM2**1.0  +0.5*k_300_45 * KET**1.0 * RPHENOXM2**1.0  +0.5*k_300_46 * KETD**1.0 * RPHENOXM2**1.0  +0.5*k_300_47 * COUMARYL**1.0 * RPHENOXM2**1.0  -1*k_300_48 * C10H2M4**1.0 * RPHENOXM2**1.0  +1*k_300_48 * C10H2M4**1.0 * RPHENOXM2**1.0  +0.5*k_300_49 * C10H2M2**1.0 * RPHENOXM2**1.0  -1*k_300_50 * C10H2M4**1.0 * RPHENOX**1.0  +0.5*k_300_50 * C10H2M4**1.0 * RPHENOX**1.0  +0.5*k_300_53 * RCH3O**1.0 * RPHENOXM2**1.0  +0.5*k_300_54 * RPHENOXM2**1.0 * RCH3**1.0  +1*k_300_60 * RADIOM2**2.0  +2*k_300_61 * RLIGM2B**2.0  +2*k_300_62 * RLIGM2A**2.0  +1*k_300_63 * RMGUAI**2.0  +1*k_300_64 * RKETM2**2.0  +1*k_300_65 * PRFET3M2**1.0 * PRFET3M2**1.0  +2*k_300_79 * RLIGH**1.0 * RLIGH**1.0  +0.5*k_300_83 * RPHENOXM2**1.0 * CHAR**1.0  +1*k_300_110 * PRADIOM2**2.0  ',
 'd[C2H6]/dt = +1*k_300_70 * RCH3**2.0  ',
 'd[C3H4O]/dt = +1*k_300_124 * RC3H3O**1.0 * LIGH**1.0  +1*k_300_145 * RC3H3O**1.0 * PLIGH**1.0  +1*k_300_166 * RC3H3O**1.0 * PLIGM2**1.0  +1*k_300_187 * RC3H3O**1.0 * LIGM2**1.0  +1*k_300_208 * RC3H3O**1.0 * LIGM2**1.0  +1*k_300_229 * RC3H3O**1.0 * PFET3M2**1.0  +1*k_300_250 * RC3H3O**1.0 * ADIOM2**1.0  +1*k_300_271 * RC3H3O**1.0 * KETM2**1.0  +1*k_300_292 * RC3H3O**1.0 * C10H2**1.0  +1*k_300_313 * RC3H3O**1.0 * LIG**1.0  +1*k_300_334 * RC3H3O**1.0 * LIG**1.0  +1*k_300_355 * RC3H3O**1.0 * PFET3**1.0  +1*k_300_376 * RC3H3O**1.0 * ADIO**1.0  +1*k_300_397 * RC3H3O**1.0 * KET**1.0  ',
 'd[C3H4O2]/dt = +1*k_300_18 * PRFET3M2**1.0  +1*k_300_22 * PRFET3**1.0  ',
 'd[C3H6]/dt = +1*k_300_1 * LIGH**1.0  ',
 'd[C3H6O2]/dt = +1*k_300_14 * RADIOM2**1.0  +1*k_300_19 * RADIO**1.0  +1*k_300_112 * RC3H5O2**1.0 * LIGH**1.0  +1*k_300_133 * RC3H5O2**1.0 * PLIGH**1.0  +1*k_300_154 * RC3H5O2**1.0 * PLIGM2**1.0  +1*k_300_175 * RC3H5O2**1.0 * LIGM2**1.0  +1*k_300_196 * RC3H5O2**1.0 * LIGM2**1.0  +1*k_300_217 * RC3H5O2**1.0 * PFET3M2**1.0  +1*k_300_238 * RC3H5O2**1.0 * ADIOM2**1.0  +1*k_300_259 * RC3H5O2**1.0 * KETM2**1.0  +1*k_300_280 * RC3H5O2**1.0 * C10H2**1.0  +1*k_300_301 * RC3H5O2**1.0 * LIG**1.0  +1*k_300_322 * RC3H5O2**1.0 * LIG**1.0  +1*k_300_343 * RC3H5O2**1.0 * PFET3**1.0  +1*k_300_364 * RC3H5O2**1.0 * ADIO**1.0  +1*k_300_385 * RC3H5O2**1.0 * KET**1.0  ',
 'd[C3H8O2]/dt = +1*k_300_114 * RC3H7O2**1.0 * LIGH**1.0  +1*k_300_135 * RC3H7O2**1.0 * PLIGH**1.0  +1*k_300_156 * RC3H7O2**1.0 * PLIGM2**1.0  +1*k_300_177 * RC3H7O2**1.0 * LIGM2**1.0  +1*k_300_198 * RC3H7O2**1.0 * LIGM2**1.0  +1*k_300_219 * RC3H7O2**1.0 * PFET3M2**1.0  +1*k_300_240 * RC3H7O2**1.0 * ADIOM2**1.0  +1*k_300_261 * RC3H7O2**1.0 * KETM2**1.0  +1*k_300_282 * RC3H7O2**1.0 * C10H2**1.0  +1*k_300_303 * RC3H7O2**1.0 * LIG**1.0  +1*k_300_324 * RC3H7O2**1.0 * LIG**1.0  +1*k_300_345 * RC3H7O2**1.0 * PFET3**1.0  +1*k_300_366 * RC3H7O2**1.0 * ADIO**1.0  +1*k_300_387 * RC3H7O2**1.0 * KET**1.0  ',
 'd[CH2CO]/dt = +1*k_300_30 * PLIGC**1.0  +1*k_300_108 * LIGC**1.0  ',
 'd[CH3CHO]/dt = +1*k_300_27 * RC3H7O2**1.0  +1*k_300_57 * RCH3O**2.0  ',
 'd[CH3OH]/dt = +1*k_300_69 * OH**1.0 * RCH3**1.0  +1*k_300_130 * RCH3O**1.0 * LIGH**1.0  +1*k_300_151 * RCH3O**1.0 * PLIGH**1.0  +1*k_300_172 * RCH3O**1.0 * PLIGM2**1.0  +1*k_300_193 * RCH3O**1.0 * LIGM2**1.0  +1*k_300_214 * RCH3O**1.0 * LIGM2**1.0  +1*k_300_235 * RCH3O**1.0 * PFET3M2**1.0  +1*k_300_256 * RCH3O**1.0 * ADIOM2**1.0  +1*k_300_277 * RCH3O**1.0 * KETM2**1.0  +1*k_300_298 * RCH3O**1.0 * C10H2**1.0  +1*k_300_319 * RCH3O**1.0 * LIG**1.0  +1*k_300_340 * RCH3O**1.0 * LIG**1.0  +1*k_300_361 * RCH3O**1.0 * PFET3**1.0  +1*k_300_382 * RCH3O**1.0 * ADIO**1.0  +1*k_300_403 * RCH3O**1.0 * KET**1.0  ',
 'd[CH4]/dt = +1*k_300_120 * RCH3**1.0 * LIGH**1.0  +1*k_300_141 * RCH3**1.0 * PLIGH**1.0  +1*k_300_162 * RCH3**1.0 * PLIGM2**1.0  +1*k_300_183 * RCH3**1.0 * LIGM2**1.0  +1*k_300_204 * RCH3**1.0 * LIGM2**1.0  +1*k_300_225 * RCH3**1.0 * PFET3M2**1.0  +1*k_300_246 * RCH3**1.0 * ADIOM2**1.0  +1*k_300_267 * RCH3**1.0 * KETM2**1.0  +1*k_300_288 * RCH3**1.0 * C10H2**1.0  +1*k_300_309 * RCH3**1.0 * LIG**1.0  +1*k_300_330 * RCH3**1.0 * LIG**1.0  +1*k_300_351 * RCH3**1.0 * PFET3**1.0  +1*k_300_372 * RCH3**1.0 * ADIO**1.0  +1*k_300_393 * RCH3**1.0 * KET**1.0  ',
 'd[CHAR]/dt = +0.2*k_300_61 * RLIGM2B**2.0  +0.2*k_300_75 * RLIGB**1.0 * RLIGB**1.0  -1*k_300_82 * RPHENOX**1.0 * CHAR**1.0  +1*k_300_82 * RPHENOX**1.0 * CHAR**1.0  -1*k_300_83 * RPHENOXM2**1.0 * CHAR**1.0  +1*k_300_83 * RPHENOXM2**1.0 * CHAR**1.0  +0.2*k_300_97 * PC2H2**1.0  +0.1*k_300_100 * PCOHP2**1.0  +0.1*k_300_103 * PCHP2**1.0  +0.5*k_300_280 * RC3H5O2**1.0 * C10H2**1.0  +0.5*k_300_281 * PRFET3**1.0 * C10H2**1.0  +0.5*k_300_282 * RC3H7O2**1.0 * C10H2**1.0  +0.5*k_300_283 * RADIOM2**1.0 * C10H2**1.0  +0.5*k_300_284 * PRFET3M2**1.0 * C10H2**1.0  +0.5*k_300_285 * PRLIGH**1.0 * C10H2**1.0  +0.5*k_300_286 * RLIGM2B**1.0 * C10H2**1.0  +0.5*k_300_287 * RLIGM2A**1.0 * C10H2**1.0  +0.5*k_300_288 * RCH3**1.0 * C10H2**1.0  +0.5*k_300_289 * PRKETM2**1.0 * C10H2**1.0  +0.5*k_300_290 * RKET**1.0 * C10H2**1.0  +0.5*k_300_291 * PRADIO**1.0 * C10H2**1.0  +0.5*k_300_292 * RC3H3O**1.0 * C10H2**1.0  +0.5*k_300_293 * RLIGB**1.0 * C10H2**1.0  +0.5*k_300_294 * RLIGA**1.0 * C10H2**1.0  +0.5*k_300_295 * PRADIOM2**1.0 * C10H2**1.0  +0.5*k_300_296 * RMGUAI**1.0 * C10H2**1.0  +0.5*k_300_297 * OH**1.0 * C10H2**1.0  +0.5*k_300_298 * RCH3O**1.0 * C10H2**1.0  +0.5*k_300_299 * RPHENOL**1.0 * C10H2**1.0  +0.5*k_300_300 * RADIO**1.0 * C10H2**1.0  ',
 'd[CO]/dt = +1*k_300_10 * RPHENOXM2**1.0  +1*k_300_11 * RPHENOX**1.0  +1*k_300_94 * PCOS**1.0  +1*k_300_95 * PCOH**1.0  +1*k_300_111 * PCHO**1.0  ',
 'd[CO2]/dt = +1*k_300_31 * PLIGO**1.0  +1*k_300_52 * RCH3O**1.0 * RPHENOX**1.0  +1*k_300_53 * RCH3O**1.0 * RPHENOXM2**1.0  +1*k_300_107 * LIGO**1.0  ',
 'd[COUMARYL]/dt = +1*k_300_25 * RADIO**1.0  -1*k_300_43 * COUMARYL**1.0 * RPHENOX**1.0  -1*k_300_47 * COUMARYL**1.0 * RPHENOXM2**1.0  -1*k_300_89 * COUMARYL**1.0  ',
 'd[ETOH]/dt = +1*k_300_56 * RCH3O**1.0 * RCH3**1.0  ',
 'd[H2]/dt = +0.5*k_300_10 * RPHENOXM2**1.0  +1.5*k_300_11 * RPHENOX**1.0  +0.5*k_300_32 * ADIOM2**1.0 * RPHENOXM2**1.0  +0.5*k_300_33 * KETM2**1.0 * RPHENOXM2**1.0  +0.5*k_300_34 * KETDM2**1.0 * RPHENOXM2**1.0  +1*k_300_35 * SYNAPYL**1.0 * RPHENOXM2**1.0  +0.5*k_300_37 * KETM2**1.0 * RPHENOX**1.0  +0.5*k_300_38 * KETDM2**1.0 * RPHENOX**1.0  +1.5*k_300_39 * SYNAPYL**1.0 * RPHENOX**1.0  +1.5*k_300_40 * ADIO**1.0 * RPHENOX**1.0  +1.5*k_300_41 * KET**1.0 * RPHENOX**1.0  +1.5*k_300_42 * KETD**1.0 * RPHENOX**1.0  +2.5*k_300_43 * COUMARYL**1.0 * RPHENOX**1.0  +1.5*k_300_44 * ADIO**1.0 * RPHENOXM2**1.0  +1.5*k_300_45 * KET**1.0 * RPHENOXM2**1.0  +1.5*k_300_46 * KETD**1.0 * RPHENOXM2**1.0  +1.5*k_300_47 * COUMARYL**1.0 * RPHENOXM2**1.0  +0.5*k_300_48 * C10H2M4**1.0 * RPHENOXM2**1.0  +0.5*k_300_49 * C10H2M2**1.0 * RPHENOXM2**1.0  +1.5*k_300_50 * C10H2M4**1.0 * RPHENOX**1.0  +1.5*k_300_51 * C10H2M2**1.0 * RPHENOX**1.0  +1.5*k_300_52 * RCH3O**1.0 * RPHENOX**1.0  +0.5*k_300_53 * RCH3O**1.0 * RPHENOXM2**1.0  +2*k_300_73 * RPHENOX**1.0 * RLIGB**1.0  +1*k_300_74 * RADIO**2.0  +2*k_300_75 * RLIGB**1.0 * RLIGB**1.0  +2*k_300_76 * RLIGA**2.0  +2*k_300_77 * RKET**2.0  +1*k_300_78 * PRFET3**1.0 * PRFET3**1.0  +1*k_300_79 * RLIGH**1.0 * RLIGH**1.0  +1.5*k_300_80 * RPHENOX**1.0 * RPHENOL**1.0  +1*k_300_81 * RPHENOX**1.0 * RC3H3O**1.0  +1.5*k_300_82 * RPHENOX**1.0 * CHAR**1.0  +0.5*k_300_83 * RPHENOXM2**1.0 * CHAR**1.0  +1*k_300_96 * PH2**1.0  +1*k_300_97 * PC2H2**1.0  +0.5*k_300_102 * PCH2P**1.0  +0.5*k_300_103 * PCHP2**1.0  +1*k_300_109 * PRADIO**2.0  ',
 'd[H2O]/dt = +1*k_300_57 * RCH3O**2.0  +2*k_300_62 * RLIGM2A**2.0  +2*k_300_66 * RC3H7O2**2.0  +2*k_300_67 * RC3H5O2**2.0  +1*k_300_73 * RPHENOX**1.0 * RLIGB**1.0  +2*k_300_76 * RLIGA**2.0  +4*k_300_79 * RLIGH**1.0 * RLIGH**1.0  +1*k_300_129 * OH**1.0 * LIGH**1.0  +1*k_300_150 * OH**1.0 * PLIGH**1.0  +1*k_300_171 * OH**1.0 * PLIGM2**1.0  +1*k_300_192 * OH**1.0 * LIGM2**1.0  +1*k_300_213 * OH**1.0 * LIGM2**1.0  +1*k_300_234 * OH**1.0 * PFET3M2**1.0  +1*k_300_255 * OH**1.0 * ADIOM2**1.0  +1*k_300_276 * OH**1.0 * KETM2**1.0  +1*k_300_297 * OH**1.0 * C10H2**1.0  +1*k_300_318 * OH**1.0 * LIG**1.0  +1*k_300_339 * OH**1.0 * LIG**1.0  +1*k_300_360 * OH**1.0 * PFET3**1.0  +1*k_300_381 * OH**1.0 * ADIO**1.0  +1*k_300_402 * OH**1.0 * KET**1.0  ',
 'd[KET]/dt = +1*k_300_20 * RLIGA**1.0  -1*k_300_41 * KET**1.0 * RPHENOX**1.0  -1*k_300_45 * KET**1.0 * RPHENOXM2**1.0  -1*k_300_91 * KET**1.0  +1*k_300_122 * RKET**1.0 * LIGH**1.0  +1*k_300_143 * RKET**1.0 * PLIGH**1.0  +1*k_300_164 * RKET**1.0 * PLIGM2**1.0  +1*k_300_185 * RKET**1.0 * LIGM2**1.0  +1*k_300_206 * RKET**1.0 * LIGM2**1.0  +1*k_300_227 * RKET**1.0 * PFET3M2**1.0  +1*k_300_248 * RKET**1.0 * ADIOM2**1.0  +1*k_300_269 * RKET**1.0 * KETM2**1.0  +1*k_300_290 * RKET**1.0 * C10H2**1.0  +1*k_300_311 * RKET**1.0 * LIG**1.0  +1*k_300_332 * RKET**1.0 * LIG**1.0  +1*k_300_353 * RKET**1.0 * PFET3**1.0  +1*k_300_374 * RKET**1.0 * ADIO**1.0  -1*k_300_385 * RC3H5O2**1.0 * KET**1.0  -1*k_300_386 * PRFET3**1.0 * KET**1.0  -1*k_300_387 * RC3H7O2**1.0 * KET**1.0  -1*k_300_388 * RADIOM2**1.0 * KET**1.0  -1*k_300_389 * PRFET3M2**1.0 * KET**1.0  -1*k_300_390 * PRLIGH**1.0 * KET**1.0  -1*k_300_391 * RLIGM2B**1.0 * KET**1.0  -1*k_300_392 * RLIGM2A**1.0 * KET**1.0  -1*k_300_393 * RCH3**1.0 * KET**1.0  -1*k_300_394 * PRKETM2**1.0 * KET**1.0  -1*k_300_395 * RKET**1.0 * KET**1.0  +1*k_300_395 * RKET**1.0 * KET**1.0  -1*k_300_396 * PRADIO**1.0 * KET**1.0  -1*k_300_397 * RC3H3O**1.0 * KET**1.0  -1*k_300_398 * RLIGB**1.0 * KET**1.0  -1*k_300_399 * RLIGA**1.0 * KET**1.0  -1*k_300_400 * PRADIOM2**1.0 * KET**1.0  -1*k_300_401 * RMGUAI**1.0 * KET**1.0  -1*k_300_402 * OH**1.0 * KET**1.0  -1*k_300_403 * RCH3O**1.0 * KET**1.0  -1*k_300_404 * RPHENOL**1.0 * KET**1.0  -1*k_300_405 * RADIO**1.0 * KET**1.0  ',
 'd[KETD]/dt = +1*k_300_26 * RKET**1.0  -1*k_300_42 * KETD**1.0 * RPHENOX**1.0  -1*k_300_46 * KETD**1.0 * RPHENOXM2**1.0  -1*k_300_92 * KETD**1.0  ',
 'd[KETDM2]/dt = +1*k_300_9 * PRKETM2**1.0  +1*k_300_24 * RKETM2**1.0  -1*k_300_34 * KETDM2**1.0 * RPHENOXM2**1.0  -1*k_300_38 * KETDM2**1.0 * RPHENOX**1.0  -1*k_300_86 * KETDM2**1.0  ',
 'd[KETM2]/dt = +1*k_300_15 * RLIGM2A**1.0  -1*k_300_33 * KETM2**1.0 * RPHENOXM2**1.0  -1*k_300_37 * KETM2**1.0 * RPHENOX**1.0  -1*k_300_85 * KETM2**1.0  -1*k_300_259 * RC3H5O2**1.0 * KETM2**1.0  -1*k_300_260 * PRFET3**1.0 * KETM2**1.0  -1*k_300_261 * RC3H7O2**1.0 * KETM2**1.0  -1*k_300_262 * RADIOM2**1.0 * KETM2**1.0  -1*k_300_263 * PRFET3M2**1.0 * KETM2**1.0  -1*k_300_264 * PRLIGH**1.0 * KETM2**1.0  -1*k_300_265 * RLIGM2B**1.0 * KETM2**1.0  -1*k_300_266 * RLIGM2A**1.0 * KETM2**1.0  -1*k_300_267 * RCH3**1.0 * KETM2**1.0  -1*k_300_268 * PRKETM2**1.0 * KETM2**1.0  -1*k_300_269 * RKET**1.0 * KETM2**1.0  -1*k_300_270 * PRADIO**1.0 * KETM2**1.0  -1*k_300_271 * RC3H3O**1.0 * KETM2**1.0  -1*k_300_272 * RLIGB**1.0 * KETM2**1.0  -1*k_300_273 * RLIGA**1.0 * KETM2**1.0  -1*k_300_274 * PRADIOM2**1.0 * KETM2**1.0  -1*k_300_275 * RMGUAI**1.0 * KETM2**1.0  -1*k_300_276 * OH**1.0 * KETM2**1.0  -1*k_300_277 * RCH3O**1.0 * KETM2**1.0  -1*k_300_278 * RPHENOL**1.0 * KETM2**1.0  -1*k_300_279 * RADIO**1.0 * KETM2**1.0  ',
 'd[LIG]/dt = -1*k_300_4 * LIG**1.0  +1*k_300_108 * LIGC**1.0  +1*k_300_125 * RLIGB**1.0 * LIGH**1.0  +1*k_300_126 * RLIGA**1.0 * LIGH**1.0  +1*k_300_146 * RLIGB**1.0 * PLIGH**1.0  +1*k_300_147 * RLIGA**1.0 * PLIGH**1.0  +1*k_300_167 * RLIGB**1.0 * PLIGM2**1.0  +1*k_300_168 * RLIGA**1.0 * PLIGM2**1.0  +1*k_300_188 * RLIGB**1.0 * LIGM2**1.0  +1*k_300_189 * RLIGA**1.0 * LIGM2**1.0  +1*k_300_209 * RLIGB**1.0 * LIGM2**1.0  +1*k_300_210 * RLIGA**1.0 * LIGM2**1.0  +1*k_300_230 * RLIGB**1.0 * PFET3M2**1.0  +1*k_300_231 * RLIGA**1.0 * PFET3M2**1.0  +1*k_300_251 * RLIGB**1.0 * ADIOM2**1.0  +1*k_300_252 * RLIGA**1.0 * ADIOM2**1.0  +1*k_300_272 * RLIGB**1.0 * KETM2**1.0  +1*k_300_273 * RLIGA**1.0 * KETM2**1.0  +1*k_300_293 * RLIGB**1.0 * C10H2**1.0  +1*k_300_294 * RLIGA**1.0 * C10H2**1.0  -1*k_300_301 * RC3H5O2**1.0 * LIG**1.0  -1*k_300_302 * PRFET3**1.0 * LIG**1.0  -1*k_300_303 * RC3H7O2**1.0 * LIG**1.0  -1*k_300_304 * RADIOM2**1.0 * LIG**1.0  -1*k_300_305 * PRFET3M2**1.0 * LIG**1.0  -1*k_300_306 * PRLIGH**1.0 * LIG**1.0  -1*k_300_307 * RLIGM2B**1.0 * LIG**1.0  -1*k_300_308 * RLIGM2A**1.0 * LIG**1.0  -1*k_300_309 * RCH3**1.0 * LIG**1.0  -1*k_300_310 * PRKETM2**1.0 * LIG**1.0  -1*k_300_311 * RKET**1.0 * LIG**1.0  -1*k_300_312 * PRADIO**1.0 * LIG**1.0  -1*k_300_313 * RC3H3O**1.0 * LIG**1.0  -1*k_300_314 * RLIGB**1.0 * LIG**1.0  +1*k_300_314 * RLIGB**1.0 * LIG**1.0  -1*k_300_315 * RLIGA**1.0 * LIG**1.0  +1*k_300_315 * RLIGA**1.0 * LIG**1.0  -1*k_300_316 * PRADIOM2**1.0 * LIG**1.0  -1*k_300_317 * RMGUAI**1.0 * LIG**1.0  -1*k_300_318 * OH**1.0 * LIG**1.0  -1*k_300_319 * RCH3O**1.0 * LIG**1.0  -1*k_300_320 * RPHENOL**1.0 * LIG**1.0  -1*k_300_321 * RADIO**1.0 * LIG**1.0  -1*k_300_322 * RC3H5O2**1.0 * LIG**1.0  -1*k_300_323 * PRFET3**1.0 * LIG**1.0  -1*k_300_324 * RC3H7O2**1.0 * LIG**1.0  -1*k_300_325 * RADIOM2**1.0 * LIG**1.0  -1*k_300_326 * PRFET3M2**1.0 * LIG**1.0  -1*k_300_327 * PRLIGH**1.0 * LIG**1.0  -1*k_300_328 * RLIGM2B**1.0 * LIG**1.0  -1*k_300_329 * RLIGM2A**1.0 * LIG**1.0  -1*k_300_330 * RCH3**1.0 * LIG**1.0  -1*k_300_331 * PRKETM2**1.0 * LIG**1.0  -1*k_300_332 * RKET**1.0 * LIG**1.0  -1*k_300_333 * PRADIO**1.0 * LIG**1.0  -1*k_300_334 * RC3H3O**1.0 * LIG**1.0  -1*k_300_335 * RLIGB**1.0 * LIG**1.0  +1*k_300_335 * RLIGB**1.0 * LIG**1.0  -1*k_300_336 * RLIGA**1.0 * LIG**1.0  +1*k_300_336 * RLIGA**1.0 * LIG**1.0  -1*k_300_337 * PRADIOM2**1.0 * LIG**1.0  -1*k_300_338 * RMGUAI**1.0 * LIG**1.0  -1*k_300_339 * OH**1.0 * LIG**1.0  -1*k_300_340 * RCH3O**1.0 * LIG**1.0  -1*k_300_341 * RPHENOL**1.0 * LIG**1.0  -1*k_300_342 * RADIO**1.0 * LIG**1.0  +1*k_300_356 * RLIGB**1.0 * PFET3**1.0  +1*k_300_357 * RLIGA**1.0 * PFET3**1.0  +1*k_300_377 * RLIGB**1.0 * ADIO**1.0  +1*k_300_378 * RLIGA**1.0 * ADIO**1.0  +1*k_300_398 * RLIGB**1.0 * KET**1.0  +1*k_300_399 * RLIGA**1.0 * KET**1.0  ',
 'd[LIGC]/dt = +1*k_300_105 * PLIGC**1.0  -1*k_300_108 * LIGC**1.0  ',
 'd[LIGH]/dt = -1*k_300_1 * LIGH**1.0  +1*k_300_104 * PLIGH**1.0  -1*k_300_112 * RC3H5O2**1.0 * LIGH**1.0  -1*k_300_113 * PRFET3**1.0 * LIGH**1.0  -1*k_300_114 * RC3H7O2**1.0 * LIGH**1.0  -1*k_300_115 * RADIOM2**1.0 * LIGH**1.0  -1*k_300_116 * PRFET3M2**1.0 * LIGH**1.0  -1*k_300_117 * PRLIGH**1.0 * LIGH**1.0  -1*k_300_118 * RLIGM2B**1.0 * LIGH**1.0  -1*k_300_119 * RLIGM2A**1.0 * LIGH**1.0  -1*k_300_120 * RCH3**1.0 * LIGH**1.0  -1*k_300_121 * PRKETM2**1.0 * LIGH**1.0  -1*k_300_122 * RKET**1.0 * LIGH**1.0  -1*k_300_123 * PRADIO**1.0 * LIGH**1.0  -1*k_300_124 * RC3H3O**1.0 * LIGH**1.0  -1*k_300_125 * RLIGB**1.0 * LIGH**1.0  -1*k_300_126 * RLIGA**1.0 * LIGH**1.0  -1*k_300_127 * PRADIOM2**1.0 * LIGH**1.0  -1*k_300_128 * RMGUAI**1.0 * LIGH**1.0  -1*k_300_129 * OH**1.0 * LIGH**1.0  -1*k_300_130 * RCH3O**1.0 * LIGH**1.0  -1*k_300_131 * RPHENOL**1.0 * LIGH**1.0  -1*k_300_132 * RADIO**1.0 * LIGH**1.0  ',
 'd[LIGM2]/dt = -1*k_300_2 * LIGM2**1.0  +1*k_300_107 * LIGO**1.0  +1*k_300_118 * RLIGM2B**1.0 * LIGH**1.0  +1*k_300_119 * RLIGM2A**1.0 * LIGH**1.0  +1*k_300_139 * RLIGM2B**1.0 * PLIGH**1.0  +1*k_300_140 * RLIGM2A**1.0 * PLIGH**1.0  +1*k_300_160 * RLIGM2B**1.0 * PLIGM2**1.0  +1*k_300_161 * RLIGM2A**1.0 * PLIGM2**1.0  -1*k_300_175 * RC3H5O2**1.0 * LIGM2**1.0  -1*k_300_176 * PRFET3**1.0 * LIGM2**1.0  -1*k_300_177 * RC3H7O2**1.0 * LIGM2**1.0  -1*k_300_178 * RADIOM2**1.0 * LIGM2**1.0  -1*k_300_179 * PRFET3M2**1.0 * LIGM2**1.0  -1*k_300_180 * PRLIGH**1.0 * LIGM2**1.0  -1*k_300_181 * RLIGM2B**1.0 * LIGM2**1.0  +1*k_300_181 * RLIGM2B**1.0 * LIGM2**1.0  -1*k_300_182 * RLIGM2A**1.0 * LIGM2**1.0  +1*k_300_182 * RLIGM2A**1.0 * LIGM2**1.0  -1*k_300_183 * RCH3**1.0 * LIGM2**1.0  -1*k_300_184 * PRKETM2**1.0 * LIGM2**1.0  -1*k_300_185 * RKET**1.0 * LIGM2**1.0  -1*k_300_186 * PRADIO**1.0 * LIGM2**1.0  -1*k_300_187 * RC3H3O**1.0 * LIGM2**1.0  -1*k_300_188 * RLIGB**1.0 * LIGM2**1.0  -1*k_300_189 * RLIGA**1.0 * LIGM2**1.0  -1*k_300_190 * PRADIOM2**1.0 * LIGM2**1.0  -1*k_300_191 * RMGUAI**1.0 * LIGM2**1.0  -1*k_300_192 * OH**1.0 * LIGM2**1.0  -1*k_300_193 * RCH3O**1.0 * LIGM2**1.0  -1*k_300_194 * RPHENOL**1.0 * LIGM2**1.0  -1*k_300_195 * RADIO**1.0 * LIGM2**1.0  -1*k_300_196 * RC3H5O2**1.0 * LIGM2**1.0  -1*k_300_197 * PRFET3**1.0 * LIGM2**1.0  -1*k_300_198 * RC3H7O2**1.0 * LIGM2**1.0  -1*k_300_199 * RADIOM2**1.0 * LIGM2**1.0  -1*k_300_200 * PRFET3M2**1.0 * LIGM2**1.0  -1*k_300_201 * PRLIGH**1.0 * LIGM2**1.0  -1*k_300_202 * RLIGM2B**1.0 * LIGM2**1.0  +1*k_300_202 * RLIGM2B**1.0 * LIGM2**1.0  -1*k_300_203 * RLIGM2A**1.0 * LIGM2**1.0  +1*k_300_203 * RLIGM2A**1.0 * LIGM2**1.0  -1*k_300_204 * RCH3**1.0 * LIGM2**1.0  -1*k_300_205 * PRKETM2**1.0 * LIGM2**1.0  -1*k_300_206 * RKET**1.0 * LIGM2**1.0  -1*k_300_207 * PRADIO**1.0 * LIGM2**1.0  -1*k_300_208 * RC3H3O**1.0 * LIGM2**1.0  -1*k_300_209 * RLIGB**1.0 * LIGM2**1.0  -1*k_300_210 * RLIGA**1.0 * LIGM2**1.0  -1*k_300_211 * PRADIOM2**1.0 * LIGM2**1.0  -1*k_300_212 * RMGUAI**1.0 * LIGM2**1.0  -1*k_300_213 * OH**1.0 * LIGM2**1.0  -1*k_300_214 * RCH3O**1.0 * LIGM2**1.0  -1*k_300_215 * RPHENOL**1.0 * LIGM2**1.0  -1*k_300_216 * RADIO**1.0 * LIGM2**1.0  +1*k_300_223 * RLIGM2B**1.0 * PFET3M2**1.0  +1*k_300_224 * RLIGM2A**1.0 * PFET3M2**1.0  +1*k_300_244 * RLIGM2B**1.0 * ADIOM2**1.0  +1*k_300_245 * RLIGM2A**1.0 * ADIOM2**1.0  +1*k_300_265 * RLIGM2B**1.0 * KETM2**1.0  +1*k_300_266 * RLIGM2A**1.0 * KETM2**1.0  +1*k_300_286 * RLIGM2B**1.0 * C10H2**1.0  +1*k_300_287 * RLIGM2A**1.0 * C10H2**1.0  +1*k_300_307 * RLIGM2B**1.0 * LIG**1.0  +1*k_300_308 * RLIGM2A**1.0 * LIG**1.0  +1*k_300_328 * RLIGM2B**1.0 * LIG**1.0  +1*k_300_329 * RLIGM2A**1.0 * LIG**1.0  +1*k_300_349 * RLIGM2B**1.0 * PFET3**1.0  +1*k_300_350 * RLIGM2A**1.0 * PFET3**1.0  +1*k_300_370 * RLIGM2B**1.0 * ADIO**1.0  +1*k_300_371 * RLIGM2A**1.0 * ADIO**1.0  +1*k_300_391 * RLIGM2B**1.0 * KET**1.0  +1*k_300_392 * RLIGM2A**1.0 * KET**1.0  ',
 'd[LIGO]/dt = +1*k_300_106 * PLIGO**1.0  -1*k_300_107 * LIGO**1.0  ',
 'd[MGUAI]/dt = -1*k_300_88 * MGUAI**1.0  +1*k_300_128 * RMGUAI**1.0 * LIGH**1.0  +1*k_300_149 * RMGUAI**1.0 * PLIGH**1.0  +1*k_300_170 * RMGUAI**1.0 * PLIGM2**1.0  +1*k_300_191 * RMGUAI**1.0 * LIGM2**1.0  +1*k_300_212 * RMGUAI**1.0 * LIGM2**1.0  +1*k_300_233 * RMGUAI**1.0 * PFET3M2**1.0  +1*k_300_254 * RMGUAI**1.0 * ADIOM2**1.0  +1*k_300_275 * RMGUAI**1.0 * KETM2**1.0  +1*k_300_296 * RMGUAI**1.0 * C10H2**1.0  +1*k_300_317 * RMGUAI**1.0 * LIG**1.0  +1*k_300_338 * RMGUAI**1.0 * LIG**1.0  +1*k_300_359 * RMGUAI**1.0 * PFET3**1.0  +1*k_300_380 * RMGUAI**1.0 * ADIO**1.0  +1*k_300_401 * RMGUAI**1.0 * KET**1.0  ',
 'd[OH]/dt = +1*k_300_1 * LIGH**1.0  +1*k_300_9 * PRKETM2**1.0  +1*k_300_23 * RADIOM2**1.0  +1*k_300_24 * RKETM2**1.0  +1*k_300_25 * RADIO**1.0  +1*k_300_26 * RKET**1.0  -1*k_300_69 * OH**1.0 * RCH3**1.0  +1*k_300_98 * PCH2OH**1.0  +1*k_300_99 * PCHOHP**1.0  +1*k_300_100 * PCOHP2**1.0  -1*k_300_129 * OH**1.0 * LIGH**1.0  -1*k_300_150 * OH**1.0 * PLIGH**1.0  -1*k_300_171 * OH**1.0 * PLIGM2**1.0  -1*k_300_192 * OH**1.0 * LIGM2**1.0  -1*k_300_213 * OH**1.0 * LIGM2**1.0  -1*k_300_234 * OH**1.0 * PFET3M2**1.0  -1*k_300_255 * OH**1.0 * ADIOM2**1.0  -1*k_300_276 * OH**1.0 * KETM2**1.0  -1*k_300_297 * OH**1.0 * C10H2**1.0  -1*k_300_318 * OH**1.0 * LIG**1.0  -1*k_300_339 * OH**1.0 * LIG**1.0  -1*k_300_360 * OH**1.0 * PFET3**1.0  -1*k_300_381 * OH**1.0 * ADIO**1.0  -1*k_300_402 * OH**1.0 * KET**1.0  ',
 'd[PADIO]/dt = -1*k_300_7 * PADIO**1.0  +1*k_300_123 * PRADIO**1.0 * LIGH**1.0  +1*k_300_144 * PRADIO**1.0 * PLIGH**1.0  +1*k_300_165 * PRADIO**1.0 * PLIGM2**1.0  +1*k_300_186 * PRADIO**1.0 * LIGM2**1.0  +1*k_300_207 * PRADIO**1.0 * LIGM2**1.0  +1*k_300_228 * PRADIO**1.0 * PFET3M2**1.0  +1*k_300_249 * PRADIO**1.0 * ADIOM2**1.0  +1*k_300_270 * PRADIO**1.0 * KETM2**1.0  +1*k_300_291 * PRADIO**1.0 * C10H2**1.0  +1*k_300_312 * PRADIO**1.0 * LIG**1.0  +1*k_300_333 * PRADIO**1.0 * LIG**1.0  +1*k_300_354 * PRADIO**1.0 * PFET3**1.0  +1*k_300_375 * PRADIO**1.0 * ADIO**1.0  +1*k_300_396 * PRADIO**1.0 * KET**1.0  ',
 'd[PADIOM2]/dt = -1*k_300_6 * PADIOM2**1.0  +1*k_300_58 * RCH3O**1.0 * PRADIOM2**1.0  +1*k_300_71 * RCH3**1.0 * PRADIOM2**1.0  +1*k_300_127 * PRADIOM2**1.0 * LIGH**1.0  +1*k_300_148 * PRADIOM2**1.0 * PLIGH**1.0  +1*k_300_169 * PRADIOM2**1.0 * PLIGM2**1.0  +1*k_300_190 * PRADIOM2**1.0 * LIGM2**1.0  +1*k_300_211 * PRADIOM2**1.0 * LIGM2**1.0  +1*k_300_232 * PRADIOM2**1.0 * PFET3M2**1.0  +1*k_300_253 * PRADIOM2**1.0 * ADIOM2**1.0  +1*k_300_274 * PRADIOM2**1.0 * KETM2**1.0  +1*k_300_295 * PRADIOM2**1.0 * C10H2**1.0  +1*k_300_316 * PRADIOM2**1.0 * LIG**1.0  +1*k_300_337 * PRADIOM2**1.0 * LIG**1.0  +1*k_300_358 * PRADIOM2**1.0 * PFET3**1.0  +1*k_300_379 * PRADIOM2**1.0 * ADIO**1.0  +1*k_300_400 * PRADIOM2**1.0 * KET**1.0  ',
 'd[PC2H2]/dt = +2*k_300_62 * RLIGM2A**2.0  +2*k_300_66 * RC3H7O2**2.0  +2*k_300_67 * RC3H5O2**2.0  +2*k_300_68 * RC3H3O**2.0  +1*k_300_73 * RPHENOX**1.0 * RLIGB**1.0  +2*k_300_76 * RLIGA**2.0  +2*k_300_79 * RLIGH**1.0 * RLIGH**1.0  +1*k_300_81 * RPHENOX**1.0 * RC3H3O**1.0  -1*k_300_97 * PC2H2**1.0  +0.5*k_300_99 * PCHOHP**1.0  ',
 'd[PCH2OH]/dt = +1*k_300_58 * RCH3O**1.0 * PRADIOM2**1.0  +1*k_300_59 * RCH3O**1.0 * PRKETM2**1.0  +2*k_300_60 * RADIOM2**2.0  +2*k_300_61 * RLIGM2B**2.0  +2*k_300_64 * RKETM2**2.0  +2*k_300_74 * RADIO**2.0  +2*k_300_75 * RLIGB**1.0 * RLIGB**1.0  +2*k_300_77 * RKET**2.0  -1*k_300_98 * PCH2OH**1.0  +2*k_300_109 * PRADIO**2.0  +2*k_300_110 * PRADIOM2**2.0  ',
 'd[PCH2P]/dt = +2*k_300_79 * RLIGH**1.0 * RLIGH**1.0  +1*k_300_98 * PCH2OH**1.0  -1*k_300_102 * PCH2P**1.0  ',
 'd[PCH3]/dt = +1*k_300_54 * RPHENOXM2**1.0 * RCH3**1.0  +1*k_300_55 * RPHENOX**1.0 * RCH3**1.0  +1*k_300_71 * RCH3**1.0 * PRADIOM2**1.0  +1*k_300_72 * RCH3**1.0 * PRKETM2**1.0  +2*k_300_79 * RLIGH**1.0 * RLIGH**1.0  -1*k_300_101 * PCH3**1.0  ',
 'd[PCHO]/dt = +2*k_300_65 * PRFET3M2**1.0 * PRFET3M2**1.0  +2*k_300_78 * PRFET3**1.0 * PRFET3**1.0  -1*k_300_111 * PCHO**1.0  ',
 'd[PCHOHP]/dt = +2*k_300_60 * RADIOM2**2.0  +2*k_300_61 * RLIGM2B**2.0  +2*k_300_65 * PRFET3M2**1.0 * PRFET3M2**1.0  +2*k_300_66 * RC3H7O2**2.0  +2*k_300_74 * RADIO**2.0  +2*k_300_75 * RLIGB**1.0 * RLIGB**1.0  +2*k_300_78 * PRFET3**1.0 * PRFET3**1.0  -1*k_300_99 * PCHOHP**1.0  +2*k_300_109 * PRADIO**2.0  +2*k_300_110 * PRADIOM2**2.0  ',
 'd[PCHP2]/dt = +2*k_300_60 * RADIOM2**2.0  +2*k_300_64 * RKETM2**2.0  +2*k_300_65 * PRFET3M2**1.0 * PRFET3M2**1.0  +2*k_300_74 * RADIO**2.0  +2*k_300_77 * RKET**2.0  +2*k_300_78 * PRFET3**1.0 * PRFET3**1.0  +2*k_300_79 * RLIGH**1.0 * RLIGH**1.0  +1*k_300_102 * PCH2P**1.0  -1*k_300_103 * PCHP2**1.0  +2*k_300_109 * PRADIO**2.0  +2*k_300_110 * PRADIOM2**2.0  ',
 'd[PCOH]/dt = +2*k_300_32 * ADIOM2**1.0 * RPHENOXM2**1.0  +2*k_300_33 * KETM2**1.0 * RPHENOXM2**1.0  +2*k_300_34 * KETDM2**1.0 * RPHENOXM2**1.0  +2*k_300_35 * SYNAPYL**1.0 * RPHENOXM2**1.0  +1*k_300_36 * ADIOM2**1.0 * RPHENOX**1.0  +1*k_300_38 * KETDM2**1.0 * RPHENOX**1.0  +1*k_300_39 * SYNAPYL**1.0 * RPHENOX**1.0  +1*k_300_44 * ADIO**1.0 * RPHENOXM2**1.0  +1*k_300_45 * KET**1.0 * RPHENOXM2**1.0  +1*k_300_46 * KETD**1.0 * RPHENOXM2**1.0  +1*k_300_47 * COUMARYL**1.0 * RPHENOXM2**1.0  +1*k_300_48 * C10H2M4**1.0 * RPHENOXM2**1.0  +1*k_300_49 * C10H2M2**1.0 * RPHENOXM2**1.0  +1*k_300_54 * RPHENOXM2**1.0 * RCH3**1.0  +1*k_300_55 * RPHENOX**1.0 * RCH3**1.0  +2*k_300_60 * RADIOM2**2.0  +4*k_300_61 * RLIGM2B**2.0  +4*k_300_62 * RLIGM2A**2.0  +2*k_300_63 * RMGUAI**2.0  +4*k_300_64 * RKETM2**2.0  +2*k_300_65 * PRFET3M2**1.0 * PRFET3M2**1.0  +2*k_300_67 * RC3H5O2**2.0  +2*k_300_68 * RC3H3O**2.0  +1*k_300_74 * RADIO**2.0  +3*k_300_77 * RKET**2.0  +4*k_300_79 * RLIGH**1.0 * RLIGH**1.0  +1*k_300_81 * RPHENOX**1.0 * RC3H3O**1.0  -1*k_300_95 * PCOH**1.0  +1*k_300_109 * PRADIO**2.0  +2*k_300_110 * PRADIOM2**2.0  ',
 'd[PCOHP2]/dt = +2*k_300_62 * RLIGM2A**2.0  +1*k_300_73 * RPHENOX**1.0 * RLIGB**1.0  +2*k_300_76 * RLIGA**2.0  +2*k_300_79 * RLIGH**1.0 * RLIGH**1.0  -1*k_300_100 * PCOHP2**1.0  ',
 'd[PCOS]/dt = +1*k_300_36 * ADIOM2**1.0 * RPHENOX**1.0  +2*k_300_37 * KETM2**1.0 * RPHENOX**1.0  +1*k_300_38 * KETDM2**1.0 * RPHENOX**1.0  +1*k_300_39 * SYNAPYL**1.0 * RPHENOX**1.0  +2*k_300_40 * ADIO**1.0 * RPHENOX**1.0  +2*k_300_41 * KET**1.0 * RPHENOX**1.0  +2*k_300_42 * KETD**1.0 * RPHENOX**1.0  +2*k_300_43 * COUMARYL**1.0 * RPHENOX**1.0  +1*k_300_44 * ADIO**1.0 * RPHENOXM2**1.0  +1*k_300_45 * KET**1.0 * RPHENOXM2**1.0  +1*k_300_46 * KETD**1.0 * RPHENOXM2**1.0  +1*k_300_47 * COUMARYL**1.0 * RPHENOXM2**1.0  +1*k_300_50 * C10H2M4**1.0 * RPHENOX**1.0  +1*k_300_51 * C10H2M2**1.0 * RPHENOX**1.0  +3*k_300_73 * RPHENOX**1.0 * RLIGB**1.0  +1*k_300_74 * RADIO**2.0  +1*k_300_75 * RLIGB**1.0 * RLIGB**1.0  +3*k_300_75 * RLIGB**1.0 * RLIGB**1.0  +4*k_300_76 * RLIGA**2.0  +1*k_300_77 * RKET**2.0  +2*k_300_78 * PRFET3**1.0 * PRFET3**1.0  +2*k_300_80 * RPHENOX**1.0 * RPHENOL**1.0  +1*k_300_81 * RPHENOX**1.0 * RC3H3O**1.0  +1*k_300_82 * RPHENOX**1.0 * CHAR**1.0  +1*k_300_83 * RPHENOXM2**1.0 * CHAR**1.0  -1*k_300_94 * PCOS**1.0  +1*k_300_109 * PRADIO**2.0  ',
 'd[PFET3]/dt = +1*k_300_21 * RLIGB**1.0  +1*k_300_113 * PRFET3**1.0 * LIGH**1.0  +1*k_300_134 * PRFET3**1.0 * PLIGH**1.0  +1*k_300_155 * PRFET3**1.0 * PLIGM2**1.0  +1*k_300_176 * PRFET3**1.0 * LIGM2**1.0  +1*k_300_197 * PRFET3**1.0 * LIGM2**1.0  +1*k_300_218 * PRFET3**1.0 * PFET3M2**1.0  +1*k_300_239 * PRFET3**1.0 * ADIOM2**1.0  +1*k_300_260 * PRFET3**1.0 * KETM2**1.0  +1*k_300_281 * PRFET3**1.0 * C10H2**1.0  +1*k_300_302 * PRFET3**1.0 * LIG**1.0  +1*k_300_323 * PRFET3**1.0 * LIG**1.0  -1*k_300_343 * RC3H5O2**1.0 * PFET3**1.0  -1*k_300_344 * PRFET3**1.0 * PFET3**1.0  +1*k_300_344 * PRFET3**1.0 * PFET3**1.0  -1*k_300_345 * RC3H7O2**1.0 * PFET3**1.0  -1*k_300_346 * RADIOM2**1.0 * PFET3**1.0  -1*k_300_347 * PRFET3M2**1.0 * PFET3**1.0  -1*k_300_348 * PRLIGH**1.0 * PFET3**1.0  -1*k_300_349 * RLIGM2B**1.0 * PFET3**1.0  -1*k_300_350 * RLIGM2A**1.0 * PFET3**1.0  -1*k_300_351 * RCH3**1.0 * PFET3**1.0  -1*k_300_352 * PRKETM2**1.0 * PFET3**1.0  -1*k_300_353 * RKET**1.0 * PFET3**1.0  -1*k_300_354 * PRADIO**1.0 * PFET3**1.0  -1*k_300_355 * RC3H3O**1.0 * PFET3**1.0  -1*k_300_356 * RLIGB**1.0 * PFET3**1.0  -1*k_300_357 * RLIGA**1.0 * PFET3**1.0  -1*k_300_358 * PRADIOM2**1.0 * PFET3**1.0  -1*k_300_359 * RMGUAI**1.0 * PFET3**1.0  -1*k_300_360 * OH**1.0 * PFET3**1.0  -1*k_300_361 * RCH3O**1.0 * PFET3**1.0  -1*k_300_362 * RPHENOL**1.0 * PFET3**1.0  -1*k_300_363 * RADIO**1.0 * PFET3**1.0  +1*k_300_365 * PRFET3**1.0 * ADIO**1.0  +1*k_300_386 * PRFET3**1.0 * KET**1.0  ',
 'd[PFET3M2]/dt = +1*k_300_17 * RLIGM2B**1.0  +1*k_300_116 * PRFET3M2**1.0 * LIGH**1.0  +1*k_300_137 * PRFET3M2**1.0 * PLIGH**1.0  +1*k_300_158 * PRFET3M2**1.0 * PLIGM2**1.0  +1*k_300_179 * PRFET3M2**1.0 * LIGM2**1.0  +1*k_300_200 * PRFET3M2**1.0 * LIGM2**1.0  -1*k_300_217 * RC3H5O2**1.0 * PFET3M2**1.0  -1*k_300_218 * PRFET3**1.0 * PFET3M2**1.0  -1*k_300_219 * RC3H7O2**1.0 * PFET3M2**1.0  -1*k_300_220 * RADIOM2**1.0 * PFET3M2**1.0  -1*k_300_221 * PRFET3M2**1.0 * PFET3M2**1.0  +1*k_300_221 * PRFET3M2**1.0 * PFET3M2**1.0  -1*k_300_222 * PRLIGH**1.0 * PFET3M2**1.0  -1*k_300_223 * RLIGM2B**1.0 * PFET3M2**1.0  -1*k_300_224 * RLIGM2A**1.0 * PFET3M2**1.0  -1*k_300_225 * RCH3**1.0 * PFET3M2**1.0  -1*k_300_226 * PRKETM2**1.0 * PFET3M2**1.0  -1*k_300_227 * RKET**1.0 * PFET3M2**1.0  -1*k_300_228 * PRADIO**1.0 * PFET3M2**1.0  -1*k_300_229 * RC3H3O**1.0 * PFET3M2**1.0  -1*k_300_230 * RLIGB**1.0 * PFET3M2**1.0  -1*k_300_231 * RLIGA**1.0 * PFET3M2**1.0  -1*k_300_232 * PRADIOM2**1.0 * PFET3M2**1.0  -1*k_300_233 * RMGUAI**1.0 * PFET3M2**1.0  -1*k_300_234 * OH**1.0 * PFET3M2**1.0  -1*k_300_235 * RCH3O**1.0 * PFET3M2**1.0  -1*k_300_236 * RPHENOL**1.0 * PFET3M2**1.0  -1*k_300_237 * RADIO**1.0 * PFET3M2**1.0  +1*k_300_242 * PRFET3M2**1.0 * ADIOM2**1.0  +1*k_300_263 * PRFET3M2**1.0 * KETM2**1.0  +1*k_300_284 * PRFET3M2**1.0 * C10H2**1.0  +1*k_300_305 * PRFET3M2**1.0 * LIG**1.0  +1*k_300_326 * PRFET3M2**1.0 * LIG**1.0  +1*k_300_347 * PRFET3M2**1.0 * PFET3**1.0  +1*k_300_368 * PRFET3M2**1.0 * ADIO**1.0  +1*k_300_389 * PRFET3M2**1.0 * KET**1.0  ',
 'd[PH2]/dt = +1*k_300_32 * ADIOM2**1.0 * RPHENOXM2**1.0  +1*k_300_33 * KETM2**1.0 * RPHENOXM2**1.0  +1*k_300_34 * KETDM2**1.0 * RPHENOXM2**1.0  +1.5*k_300_35 * SYNAPYL**1.0 * RPHENOXM2**1.0  +1*k_300_36 * ADIOM2**1.0 * RPHENOX**1.0  +2*k_300_37 * KETM2**1.0 * RPHENOX**1.0  +2*k_300_38 * KETDM2**1.0 * RPHENOX**1.0  +2*k_300_39 * SYNAPYL**1.0 * RPHENOX**1.0  +2*k_300_40 * ADIO**1.0 * RPHENOX**1.0  +2*k_300_41 * KET**1.0 * RPHENOX**1.0  +2*k_300_42 * KETD**1.0 * RPHENOX**1.0  +2*k_300_43 * COUMARYL**1.0 * RPHENOX**1.0  +1*k_300_44 * ADIO**1.0 * RPHENOXM2**1.0  +1*k_300_45 * KET**1.0 * RPHENOXM2**1.0  +1*k_300_46 * KETD**1.0 * RPHENOXM2**1.0  +2*k_300_47 * COUMARYL**1.0 * RPHENOXM2**1.0  +0.5*k_300_54 * RPHENOXM2**1.0 * RCH3**1.0  +1.5*k_300_55 * RPHENOX**1.0 * RCH3**1.0  +2*k_300_60 * RADIOM2**2.0  +3*k_300_61 * RLIGM2B**2.0  +3*k_300_62 * RLIGM2A**2.0  +2*k_300_63 * RMGUAI**2.0  +2*k_300_64 * RKETM2**2.0  +1*k_300_65 * PRFET3M2**1.0 * PRFET3M2**1.0  +1*k_300_66 * RC3H7O2**2.0  +1*k_300_67 * RC3H5O2**2.0  +1*k_300_68 * RC3H3O**2.0  +3*k_300_73 * RPHENOX**1.0 * RLIGB**1.0  +3*k_300_74 * RADIO**2.0  +5*k_300_75 * RLIGB**1.0 * RLIGB**1.0  +5*k_300_76 * RLIGA**2.0  +2*k_300_77 * RKET**2.0  +2*k_300_78 * PRFET3**1.0 * PRFET3**1.0  +2*k_300_80 * RPHENOX**1.0 * RPHENOL**1.0  +1*k_300_81 * RPHENOX**1.0 * RC3H3O**1.0  -1*k_300_96 * PH2**1.0  +2*k_300_109 * PRADIO**2.0  +1*k_300_110 * PRADIOM2**2.0  ',
 'd[PHENOL]/dt = -1*k_300_93 * PHENOL**1.0  +1*k_300_131 * RPHENOL**1.0 * LIGH**1.0  +1*k_300_152 * RPHENOL**1.0 * PLIGH**1.0  +1*k_300_173 * RPHENOL**1.0 * PLIGM2**1.0  +1*k_300_194 * RPHENOL**1.0 * LIGM2**1.0  +1*k_300_215 * RPHENOL**1.0 * LIGM2**1.0  +1*k_300_236 * RPHENOL**1.0 * PFET3M2**1.0  +1*k_300_257 * RPHENOL**1.0 * ADIOM2**1.0  +1*k_300_278 * RPHENOL**1.0 * KETM2**1.0  +1*k_300_299 * RPHENOL**1.0 * C10H2**1.0  +1*k_300_320 * RPHENOL**1.0 * LIG**1.0  +1*k_300_341 * RPHENOL**1.0 * LIG**1.0  +1*k_300_362 * RPHENOL**1.0 * PFET3**1.0  +1*k_300_383 * RPHENOL**1.0 * ADIO**1.0  +1*k_300_404 * RPHENOL**1.0 * KET**1.0  ',
 'd[PKETM2]/dt = -1*k_300_8 * PKETM2**1.0  +1*k_300_16 * PRLIGM2A**1.0  +1*k_300_59 * RCH3O**1.0 * PRKETM2**1.0  +1*k_300_72 * RCH3**1.0 * PRKETM2**1.0  +1*k_300_121 * PRKETM2**1.0 * LIGH**1.0  +1*k_300_142 * PRKETM2**1.0 * PLIGH**1.0  +1*k_300_163 * PRKETM2**1.0 * PLIGM2**1.0  +1*k_300_184 * PRKETM2**1.0 * LIGM2**1.0  +1*k_300_205 * PRKETM2**1.0 * LIGM2**1.0  +1*k_300_226 * PRKETM2**1.0 * PFET3M2**1.0  +1*k_300_247 * PRKETM2**1.0 * ADIOM2**1.0  +1*k_300_268 * PRKETM2**1.0 * KETM2**1.0  +1*k_300_289 * PRKETM2**1.0 * C10H2**1.0  +1*k_300_310 * PRKETM2**1.0 * LIG**1.0  +1*k_300_331 * PRKETM2**1.0 * LIG**1.0  +1*k_300_352 * PRKETM2**1.0 * PFET3**1.0  +1*k_300_373 * PRKETM2**1.0 * ADIO**1.0  +1*k_300_394 * PRKETM2**1.0 * KET**1.0  ',
 'd[PLIG]/dt = -1*k_300_5 * PLIG**1.0  +1*k_300_30 * PLIGC**1.0  ',
 'd[PLIGC]/dt = -1*k_300_30 * PLIGC**1.0  -1*k_300_105 * PLIGC**1.0  ',
 'd[PLIGH]/dt = -1*k_300_0 * PLIGH**1.0  -1*k_300_104 * PLIGH**1.0  +1*k_300_117 * PRLIGH**1.0 * LIGH**1.0  -1*k_300_133 * RC3H5O2**1.0 * PLIGH**1.0  -1*k_300_134 * PRFET3**1.0 * PLIGH**1.0  -1*k_300_135 * RC3H7O2**1.0 * PLIGH**1.0  -1*k_300_136 * RADIOM2**1.0 * PLIGH**1.0  -1*k_300_137 * PRFET3M2**1.0 * PLIGH**1.0  -1*k_300_138 * PRLIGH**1.0 * PLIGH**1.0  +1*k_300_138 * PRLIGH**1.0 * PLIGH**1.0  -1*k_300_139 * RLIGM2B**1.0 * PLIGH**1.0  -1*k_300_140 * RLIGM2A**1.0 * PLIGH**1.0  -1*k_300_141 * RCH3**1.0 * PLIGH**1.0  -1*k_300_142 * PRKETM2**1.0 * PLIGH**1.0  -1*k_300_143 * RKET**1.0 * PLIGH**1.0  -1*k_300_144 * PRADIO**1.0 * PLIGH**1.0  -1*k_300_145 * RC3H3O**1.0 * PLIGH**1.0  -1*k_300_146 * RLIGB**1.0 * PLIGH**1.0  -1*k_300_147 * RLIGA**1.0 * PLIGH**1.0  -1*k_300_148 * PRADIOM2**1.0 * PLIGH**1.0  -1*k_300_149 * RMGUAI**1.0 * PLIGH**1.0  -1*k_300_150 * OH**1.0 * PLIGH**1.0  -1*k_300_151 * RCH3O**1.0 * PLIGH**1.0  -1*k_300_152 * RPHENOL**1.0 * PLIGH**1.0  -1*k_300_153 * RADIO**1.0 * PLIGH**1.0  +1*k_300_159 * PRLIGH**1.0 * PLIGM2**1.0  +1*k_300_180 * PRLIGH**1.0 * LIGM2**1.0  +1*k_300_201 * PRLIGH**1.0 * LIGM2**1.0  +1*k_300_222 * PRLIGH**1.0 * PFET3M2**1.0  +1*k_300_243 * PRLIGH**1.0 * ADIOM2**1.0  +1*k_300_264 * PRLIGH**1.0 * KETM2**1.0  +1*k_300_285 * PRLIGH**1.0 * C10H2**1.0  +1*k_300_306 * PRLIGH**1.0 * LIG**1.0  +1*k_300_327 * PRLIGH**1.0 * LIG**1.0  +1*k_300_348 * PRLIGH**1.0 * PFET3**1.0  +1*k_300_369 * PRLIGH**1.0 * ADIO**1.0  +1*k_300_390 * PRLIGH**1.0 * KET**1.0  ',
 'd[PLIGM2]/dt = -1*k_300_3 * PLIGM2**1.0  +1*k_300_31 * PLIGO**1.0  -1*k_300_154 * RC3H5O2**1.0 * PLIGM2**1.0  -1*k_300_155 * PRFET3**1.0 * PLIGM2**1.0  -1*k_300_156 * RC3H7O2**1.0 * PLIGM2**1.0  -1*k_300_157 * RADIOM2**1.0 * PLIGM2**1.0  -1*k_300_158 * PRFET3M2**1.0 * PLIGM2**1.0  -1*k_300_159 * PRLIGH**1.0 * PLIGM2**1.0  -1*k_300_160 * RLIGM2B**1.0 * PLIGM2**1.0  -1*k_300_161 * RLIGM2A**1.0 * PLIGM2**1.0  -1*k_300_162 * RCH3**1.0 * PLIGM2**1.0  -1*k_300_163 * PRKETM2**1.0 * PLIGM2**1.0  -1*k_300_164 * RKET**1.0 * PLIGM2**1.0  -1*k_300_165 * PRADIO**1.0 * PLIGM2**1.0  -1*k_300_166 * RC3H3O**1.0 * PLIGM2**1.0  -1*k_300_167 * RLIGB**1.0 * PLIGM2**1.0  -1*k_300_168 * RLIGA**1.0 * PLIGM2**1.0  -1*k_300_169 * PRADIOM2**1.0 * PLIGM2**1.0  -1*k_300_170 * RMGUAI**1.0 * PLIGM2**1.0  -1*k_300_171 * OH**1.0 * PLIGM2**1.0  -1*k_300_172 * RCH3O**1.0 * PLIGM2**1.0  -1*k_300_173 * RPHENOL**1.0 * PLIGM2**1.0  -1*k_300_174 * RADIO**1.0 * PLIGM2**1.0  ',
 'd[PLIGO]/dt = -1*k_300_31 * PLIGO**1.0  -1*k_300_106 * PLIGO**1.0  ',
 'd[PRADIO]/dt = +1*k_300_5 * PLIG**1.0  +1*k_300_7 * PADIO**1.0  -2*k_300_109 * PRADIO**2.0  -1*k_300_123 * PRADIO**1.0 * LIGH**1.0  -1*k_300_144 * PRADIO**1.0 * PLIGH**1.0  -1*k_300_165 * PRADIO**1.0 * PLIGM2**1.0  -1*k_300_186 * PRADIO**1.0 * LIGM2**1.0  -1*k_300_207 * PRADIO**1.0 * LIGM2**1.0  -1*k_300_228 * PRADIO**1.0 * PFET3M2**1.0  -1*k_300_249 * PRADIO**1.0 * ADIOM2**1.0  -1*k_300_270 * PRADIO**1.0 * KETM2**1.0  -1*k_300_291 * PRADIO**1.0 * C10H2**1.0  -1*k_300_312 * PRADIO**1.0 * LIG**1.0  -1*k_300_333 * PRADIO**1.0 * LIG**1.0  -1*k_300_354 * PRADIO**1.0 * PFET3**1.0  -1*k_300_375 * PRADIO**1.0 * ADIO**1.0  -1*k_300_396 * PRADIO**1.0 * KET**1.0  ',
 'd[PRADIOM2]/dt = +1*k_300_3 * PLIGM2**1.0  +1*k_300_6 * PADIOM2**1.0  -1*k_300_58 * RCH3O**1.0 * PRADIOM2**1.0  -1*k_300_71 * RCH3**1.0 * PRADIOM2**1.0  -2*k_300_110 * PRADIOM2**2.0  -1*k_300_127 * PRADIOM2**1.0 * LIGH**1.0  -1*k_300_148 * PRADIOM2**1.0 * PLIGH**1.0  -1*k_300_169 * PRADIOM2**1.0 * PLIGM2**1.0  -1*k_300_190 * PRADIOM2**1.0 * LIGM2**1.0  -1*k_300_211 * PRADIOM2**1.0 * LIGM2**1.0  -1*k_300_232 * PRADIOM2**1.0 * PFET3M2**1.0  -1*k_300_253 * PRADIOM2**1.0 * ADIOM2**1.0  -1*k_300_274 * PRADIOM2**1.0 * KETM2**1.0  -1*k_300_295 * PRADIOM2**1.0 * C10H2**1.0  -1*k_300_316 * PRADIOM2**1.0 * LIG**1.0  -1*k_300_337 * PRADIOM2**1.0 * LIG**1.0  -1*k_300_358 * PRADIOM2**1.0 * PFET3**1.0  -1*k_300_379 * PRADIOM2**1.0 * ADIO**1.0  -1*k_300_400 * PRADIOM2**1.0 * KET**1.0  ',
 'd[PRFET3]/dt = -1*k_300_22 * PRFET3**1.0  -1*k_300_78 * PRFET3**1.0 * PRFET3**1.0  -1*k_300_78 * PRFET3**1.0 * PRFET3**1.0  -1*k_300_113 * PRFET3**1.0 * LIGH**1.0  -1*k_300_134 * PRFET3**1.0 * PLIGH**1.0  -1*k_300_155 * PRFET3**1.0 * PLIGM2**1.0  -1*k_300_176 * PRFET3**1.0 * LIGM2**1.0  -1*k_300_197 * PRFET3**1.0 * LIGM2**1.0  -1*k_300_218 * PRFET3**1.0 * PFET3M2**1.0  -1*k_300_239 * PRFET3**1.0 * ADIOM2**1.0  -1*k_300_260 * PRFET3**1.0 * KETM2**1.0  -1*k_300_281 * PRFET3**1.0 * C10H2**1.0  -1*k_300_302 * PRFET3**1.0 * LIG**1.0  -1*k_300_323 * PRFET3**1.0 * LIG**1.0  +1*k_300_343 * RC3H5O2**1.0 * PFET3**1.0  -1*k_300_344 * PRFET3**1.0 * PFET3**1.0  +1*k_300_344 * PRFET3**1.0 * PFET3**1.0  +1*k_300_345 * RC3H7O2**1.0 * PFET3**1.0  +1*k_300_346 * RADIOM2**1.0 * PFET3**1.0  +1*k_300_347 * PRFET3M2**1.0 * PFET3**1.0  +1*k_300_348 * PRLIGH**1.0 * PFET3**1.0  +1*k_300_349 * RLIGM2B**1.0 * PFET3**1.0  +1*k_300_350 * RLIGM2A**1.0 * PFET3**1.0  +1*k_300_351 * RCH3**1.0 * PFET3**1.0  +1*k_300_352 * PRKETM2**1.0 * PFET3**1.0  +1*k_300_353 * RKET**1.0 * PFET3**1.0  +1*k_300_354 * PRADIO**1.0 * PFET3**1.0  +1*k_300_355 * RC3H3O**1.0 * PFET3**1.0  +1*k_300_356 * RLIGB**1.0 * PFET3**1.0  +1*k_300_357 * RLIGA**1.0 * PFET3**1.0  +1*k_300_358 * PRADIOM2**1.0 * PFET3**1.0  +1*k_300_359 * RMGUAI**1.0 * PFET3**1.0  +1*k_300_360 * OH**1.0 * PFET3**1.0  +1*k_300_361 * RCH3O**1.0 * PFET3**1.0  +1*k_300_362 * RPHENOL**1.0 * PFET3**1.0  +1*k_300_363 * RADIO**1.0 * PFET3**1.0  -1*k_300_365 * PRFET3**1.0 * ADIO**1.0  -1*k_300_386 * PRFET3**1.0 * KET**1.0  ',
 'd[PRFET3M2]/dt = -1*k_300_18 * PRFET3M2**1.0  -1*k_300_65 * PRFET3M2**1.0 * PRFET3M2**1.0  -1*k_300_65 * PRFET3M2**1.0 * PRFET3M2**1.0  -1*k_300_116 * PRFET3M2**1.0 * LIGH**1.0  -1*k_300_137 * PRFET3M2**1.0 * PLIGH**1.0  -1*k_300_158 * PRFET3M2**1.0 * PLIGM2**1.0  -1*k_300_179 * PRFET3M2**1.0 * LIGM2**1.0  -1*k_300_200 * PRFET3M2**1.0 * LIGM2**1.0  +1*k_300_217 * RC3H5O2**1.0 * PFET3M2**1.0  +1*k_300_218 * PRFET3**1.0 * PFET3M2**1.0  +1*k_300_219 * RC3H7O2**1.0 * PFET3M2**1.0  +1*k_300_220 * RADIOM2**1.0 * PFET3M2**1.0  -1*k_300_221 * PRFET3M2**1.0 * PFET3M2**1.0  +1*k_300_221 * PRFET3M2**1.0 * PFET3M2**1.0  +1*k_300_222 * PRLIGH**1.0 * PFET3M2**1.0  +1*k_300_223 * RLIGM2B**1.0 * PFET3M2**1.0  +1*k_300_224 * RLIGM2A**1.0 * PFET3M2**1.0  +1*k_300_225 * RCH3**1.0 * PFET3M2**1.0  +1*k_300_226 * PRKETM2**1.0 * PFET3M2**1.0  +1*k_300_227 * RKET**1.0 * PFET3M2**1.0  +1*k_300_228 * PRADIO**1.0 * PFET3M2**1.0  +1*k_300_229 * RC3H3O**1.0 * PFET3M2**1.0  +1*k_300_230 * RLIGB**1.0 * PFET3M2**1.0  +1*k_300_231 * RLIGA**1.0 * PFET3M2**1.0  +1*k_300_232 * PRADIOM2**1.0 * PFET3M2**1.0  +1*k_300_233 * RMGUAI**1.0 * PFET3M2**1.0  +1*k_300_234 * OH**1.0 * PFET3M2**1.0  +1*k_300_235 * RCH3O**1.0 * PFET3M2**1.0  +1*k_300_236 * RPHENOL**1.0 * PFET3M2**1.0  +1*k_300_237 * RADIO**1.0 * PFET3M2**1.0  -1*k_300_242 * PRFET3M2**1.0 * ADIOM2**1.0  -1*k_300_263 * PRFET3M2**1.0 * KETM2**1.0  -1*k_300_284 * PRFET3M2**1.0 * C10H2**1.0  -1*k_300_305 * PRFET3M2**1.0 * LIG**1.0  -1*k_300_326 * PRFET3M2**1.0 * LIG**1.0  -1*k_300_347 * PRFET3M2**1.0 * PFET3**1.0  -1*k_300_368 * PRFET3M2**1.0 * ADIO**1.0  -1*k_300_389 * PRFET3M2**1.0 * KET**1.0  ',
 'd[PRKETM2]/dt = +1*k_300_8 * PKETM2**1.0  -1*k_300_9 * PRKETM2**1.0  -1*k_300_59 * RCH3O**1.0 * PRKETM2**1.0  -1*k_300_72 * RCH3**1.0 * PRKETM2**1.0  -1*k_300_121 * PRKETM2**1.0 * LIGH**1.0  -1*k_300_142 * PRKETM2**1.0 * PLIGH**1.0  -1*k_300_163 * PRKETM2**1.0 * PLIGM2**1.0  -1*k_300_184 * PRKETM2**1.0 * LIGM2**1.0  -1*k_300_205 * PRKETM2**1.0 * LIGM2**1.0  -1*k_300_226 * PRKETM2**1.0 * PFET3M2**1.0  -1*k_300_247 * PRKETM2**1.0 * ADIOM2**1.0  -1*k_300_268 * PRKETM2**1.0 * KETM2**1.0  -1*k_300_289 * PRKETM2**1.0 * C10H2**1.0  -1*k_300_310 * PRKETM2**1.0 * LIG**1.0  -1*k_300_331 * PRKETM2**1.0 * LIG**1.0  -1*k_300_352 * PRKETM2**1.0 * PFET3**1.0  -1*k_300_373 * PRKETM2**1.0 * ADIO**1.0  -1*k_300_394 * PRKETM2**1.0 * KET**1.0  ',
 'd[PRLIGH]/dt = +1*k_300_0 * PLIGH**1.0  -1*k_300_117 * PRLIGH**1.0 * LIGH**1.0  -1*k_300_138 * PRLIGH**1.0 * PLIGH**1.0  -1*k_300_159 * PRLIGH**1.0 * PLIGM2**1.0  -1*k_300_180 * PRLIGH**1.0 * LIGM2**1.0  -1*k_300_201 * PRLIGH**1.0 * LIGM2**1.0  -1*k_300_222 * PRLIGH**1.0 * PFET3M2**1.0  -1*k_300_243 * PRLIGH**1.0 * ADIOM2**1.0  -1*k_300_264 * PRLIGH**1.0 * KETM2**1.0  -1*k_300_285 * PRLIGH**1.0 * C10H2**1.0  -1*k_300_306 * PRLIGH**1.0 * LIG**1.0  -1*k_300_327 * PRLIGH**1.0 * LIG**1.0  -1*k_300_348 * PRLIGH**1.0 * PFET3**1.0  -1*k_300_369 * PRLIGH**1.0 * ADIO**1.0  -1*k_300_390 * PRLIGH**1.0 * KET**1.0  ',
 'd[PRLIGH2]/dt = -1*k_300_13 * PRLIGH2**1.0  +1*k_300_133 * RC3H5O2**1.0 * PLIGH**1.0  +1*k_300_134 * PRFET3**1.0 * PLIGH**1.0  +1*k_300_135 * RC3H7O2**1.0 * PLIGH**1.0  +1*k_300_136 * RADIOM2**1.0 * PLIGH**1.0  +1*k_300_137 * PRFET3M2**1.0 * PLIGH**1.0  +1*k_300_138 * PRLIGH**1.0 * PLIGH**1.0  +1*k_300_139 * RLIGM2B**1.0 * PLIGH**1.0  +1*k_300_140 * RLIGM2A**1.0 * PLIGH**1.0  +1*k_300_141 * RCH3**1.0 * PLIGH**1.0  +1*k_300_142 * PRKETM2**1.0 * PLIGH**1.0  +1*k_300_143 * RKET**1.0 * PLIGH**1.0  +1*k_300_144 * PRADIO**1.0 * PLIGH**1.0  +1*k_300_145 * RC3H3O**1.0 * PLIGH**1.0  +1*k_300_146 * RLIGB**1.0 * PLIGH**1.0  +1*k_300_147 * RLIGA**1.0 * PLIGH**1.0  +1*k_300_148 * PRADIOM2**1.0 * PLIGH**1.0  +1*k_300_149 * RMGUAI**1.0 * PLIGH**1.0  +1*k_300_150 * OH**1.0 * PLIGH**1.0  +1*k_300_151 * RCH3O**1.0 * PLIGH**1.0  +1*k_300_152 * RPHENOL**1.0 * PLIGH**1.0  +1*k_300_153 * RADIO**1.0 * PLIGH**1.0  ',
 'd[PRLIGM2A]/dt = +1*k_300_13 * PRLIGH2**1.0  -1*k_300_16 * PRLIGM2A**1.0  +1*k_300_154 * RC3H5O2**1.0 * PLIGM2**1.0  +1*k_300_155 * PRFET3**1.0 * PLIGM2**1.0  +1*k_300_156 * RC3H7O2**1.0 * PLIGM2**1.0  +1*k_300_157 * RADIOM2**1.0 * PLIGM2**1.0  +1*k_300_158 * PRFET3M2**1.0 * PLIGM2**1.0  +1*k_300_159 * PRLIGH**1.0 * PLIGM2**1.0  +1*k_300_160 * RLIGM2B**1.0 * PLIGM2**1.0  +1*k_300_161 * RLIGM2A**1.0 * PLIGM2**1.0  +1*k_300_162 * RCH3**1.0 * PLIGM2**1.0  +1*k_300_163 * PRKETM2**1.0 * PLIGM2**1.0  +1*k_300_164 * RKET**1.0 * PLIGM2**1.0  +1*k_300_165 * PRADIO**1.0 * PLIGM2**1.0  +1*k_300_166 * RC3H3O**1.0 * PLIGM2**1.0  +1*k_300_167 * RLIGB**1.0 * PLIGM2**1.0  +1*k_300_168 * RLIGA**1.0 * PLIGM2**1.0  +1*k_300_169 * PRADIOM2**1.0 * PLIGM2**1.0  +1*k_300_170 * RMGUAI**1.0 * PLIGM2**1.0  +1*k_300_171 * OH**1.0 * PLIGM2**1.0  +1*k_300_172 * RCH3O**1.0 * PLIGM2**1.0  +1*k_300_173 * RPHENOL**1.0 * PLIGM2**1.0  +1*k_300_174 * RADIO**1.0 * PLIGM2**1.0  ',
 'd[RADIO]/dt = +1*k_300_4 * LIG**1.0  -1*k_300_19 * RADIO**1.0  -1*k_300_25 * RADIO**1.0  -2*k_300_74 * RADIO**2.0  -1*k_300_132 * RADIO**1.0 * LIGH**1.0  -1*k_300_153 * RADIO**1.0 * PLIGH**1.0  -1*k_300_174 * RADIO**1.0 * PLIGM2**1.0  -1*k_300_195 * RADIO**1.0 * LIGM2**1.0  -1*k_300_216 * RADIO**1.0 * LIGM2**1.0  -1*k_300_237 * RADIO**1.0 * PFET3M2**1.0  -1*k_300_258 * RADIO**1.0 * ADIOM2**1.0  -1*k_300_279 * RADIO**1.0 * KETM2**1.0  -1*k_300_300 * RADIO**1.0 * C10H2**1.0  -1*k_300_321 * RADIO**1.0 * LIG**1.0  -1*k_300_342 * RADIO**1.0 * LIG**1.0  -1*k_300_363 * RADIO**1.0 * PFET3**1.0  +1*k_300_364 * RC3H5O2**1.0 * ADIO**1.0  +1*k_300_365 * PRFET3**1.0 * ADIO**1.0  +1*k_300_366 * RC3H7O2**1.0 * ADIO**1.0  +1*k_300_367 * RADIOM2**1.0 * ADIO**1.0  +1*k_300_368 * PRFET3M2**1.0 * ADIO**1.0  +1*k_300_369 * PRLIGH**1.0 * ADIO**1.0  +1*k_300_370 * RLIGM2B**1.0 * ADIO**1.0  +1*k_300_371 * RLIGM2A**1.0 * ADIO**1.0  +1*k_300_372 * RCH3**1.0 * ADIO**1.0  +1*k_300_373 * PRKETM2**1.0 * ADIO**1.0  +1*k_300_374 * RKET**1.0 * ADIO**1.0  +1*k_300_375 * PRADIO**1.0 * ADIO**1.0  +1*k_300_376 * RC3H3O**1.0 * ADIO**1.0  +1*k_300_377 * RLIGB**1.0 * ADIO**1.0  +1*k_300_378 * RLIGA**1.0 * ADIO**1.0  +1*k_300_379 * PRADIOM2**1.0 * ADIO**1.0  +1*k_300_380 * RMGUAI**1.0 * ADIO**1.0  +1*k_300_381 * OH**1.0 * ADIO**1.0  +1*k_300_382 * RCH3O**1.0 * ADIO**1.0  +1*k_300_383 * RPHENOL**1.0 * ADIO**1.0  -1*k_300_384 * RADIO**1.0 * ADIO**1.0  +1*k_300_384 * RADIO**1.0 * ADIO**1.0  -1*k_300_405 * RADIO**1.0 * KET**1.0  ',
 'd[RADIOM2]/dt = +1*k_300_2 * LIGM2**1.0  -1*k_300_14 * RADIOM2**1.0  -1*k_300_23 * RADIOM2**1.0  -2*k_300_60 * RADIOM2**2.0  -1*k_300_115 * RADIOM2**1.0 * LIGH**1.0  -1*k_300_136 * RADIOM2**1.0 * PLIGH**1.0  -1*k_300_157 * RADIOM2**1.0 * PLIGM2**1.0  -1*k_300_178 * RADIOM2**1.0 * LIGM2**1.0  -1*k_300_199 * RADIOM2**1.0 * LIGM2**1.0  -1*k_300_220 * RADIOM2**1.0 * PFET3M2**1.0  +1*k_300_238 * RC3H5O2**1.0 * ADIOM2**1.0  +1*k_300_239 * PRFET3**1.0 * ADIOM2**1.0  +1*k_300_240 * RC3H7O2**1.0 * ADIOM2**1.0  -1*k_300_241 * RADIOM2**1.0 * ADIOM2**1.0  +1*k_300_241 * RADIOM2**1.0 * ADIOM2**1.0  +1*k_300_242 * PRFET3M2**1.0 * ADIOM2**1.0  +1*k_300_243 * PRLIGH**1.0 * ADIOM2**1.0  +1*k_300_244 * RLIGM2B**1.0 * ADIOM2**1.0  +1*k_300_245 * RLIGM2A**1.0 * ADIOM2**1.0  +1*k_300_246 * RCH3**1.0 * ADIOM2**1.0  +1*k_300_247 * PRKETM2**1.0 * ADIOM2**1.0  +1*k_300_248 * RKET**1.0 * ADIOM2**1.0  +1*k_300_249 * PRADIO**1.0 * ADIOM2**1.0  +1*k_300_250 * RC3H3O**1.0 * ADIOM2**1.0  +1*k_300_251 * RLIGB**1.0 * ADIOM2**1.0  +1*k_300_252 * RLIGA**1.0 * ADIOM2**1.0  +1*k_300_253 * PRADIOM2**1.0 * ADIOM2**1.0  +1*k_300_254 * RMGUAI**1.0 * ADIOM2**1.0  +1*k_300_255 * OH**1.0 * ADIOM2**1.0  +1*k_300_256 * RCH3O**1.0 * ADIOM2**1.0  +1*k_300_257 * RPHENOL**1.0 * ADIOM2**1.0  +1*k_300_258 * RADIO**1.0 * ADIOM2**1.0  -1*k_300_262 * RADIOM2**1.0 * KETM2**1.0  -1*k_300_283 * RADIOM2**1.0 * C10H2**1.0  -1*k_300_304 * RADIOM2**1.0 * LIG**1.0  -1*k_300_325 * RADIOM2**1.0 * LIG**1.0  -1*k_300_346 * RADIOM2**1.0 * PFET3**1.0  -1*k_300_367 * RADIOM2**1.0 * ADIO**1.0  -1*k_300_388 * RADIOM2**1.0 * KET**1.0  ',
 'd[RC3H3O]/dt = +1*k_300_34 * KETDM2**1.0 * RPHENOXM2**1.0  +1*k_300_35 * SYNAPYL**1.0 * RPHENOXM2**1.0  +1*k_300_38 * KETDM2**1.0 * RPHENOX**1.0  +1*k_300_39 * SYNAPYL**1.0 * RPHENOX**1.0  +1*k_300_42 * KETD**1.0 * RPHENOX**1.0  +1*k_300_43 * COUMARYL**1.0 * RPHENOX**1.0  +1*k_300_46 * KETD**1.0 * RPHENOXM2**1.0  +1*k_300_47 * COUMARYL**1.0 * RPHENOXM2**1.0  -2*k_300_68 * RC3H3O**2.0  -1*k_300_81 * RPHENOX**1.0 * RC3H3O**1.0  -1*k_300_124 * RC3H3O**1.0 * LIGH**1.0  -1*k_300_145 * RC3H3O**1.0 * PLIGH**1.0  -1*k_300_166 * RC3H3O**1.0 * PLIGM2**1.0  -1*k_300_187 * RC3H3O**1.0 * LIGM2**1.0  -1*k_300_208 * RC3H3O**1.0 * LIGM2**1.0  -1*k_300_229 * RC3H3O**1.0 * PFET3M2**1.0  -1*k_300_250 * RC3H3O**1.0 * ADIOM2**1.0  -1*k_300_271 * RC3H3O**1.0 * KETM2**1.0  -1*k_300_292 * RC3H3O**1.0 * C10H2**1.0  -1*k_300_313 * RC3H3O**1.0 * LIG**1.0  -1*k_300_334 * RC3H3O**1.0 * LIG**1.0  -1*k_300_355 * RC3H3O**1.0 * PFET3**1.0  -1*k_300_376 * RC3H3O**1.0 * ADIO**1.0  -1*k_300_397 * RC3H3O**1.0 * KET**1.0  ',
 'd[RC3H5O2]/dt = +1*k_300_33 * KETM2**1.0 * RPHENOXM2**1.0  +1*k_300_37 * KETM2**1.0 * RPHENOX**1.0  +1*k_300_41 * KET**1.0 * RPHENOX**1.0  +1*k_300_45 * KET**1.0 * RPHENOXM2**1.0  -2*k_300_67 * RC3H5O2**2.0  -1*k_300_112 * RC3H5O2**1.0 * LIGH**1.0  -1*k_300_133 * RC3H5O2**1.0 * PLIGH**1.0  -1*k_300_154 * RC3H5O2**1.0 * PLIGM2**1.0  -1*k_300_175 * RC3H5O2**1.0 * LIGM2**1.0  -1*k_300_196 * RC3H5O2**1.0 * LIGM2**1.0  -1*k_300_217 * RC3H5O2**1.0 * PFET3M2**1.0  -1*k_300_238 * RC3H5O2**1.0 * ADIOM2**1.0  -1*k_300_259 * RC3H5O2**1.0 * KETM2**1.0  -1*k_300_280 * RC3H5O2**1.0 * C10H2**1.0  -1*k_300_301 * RC3H5O2**1.0 * LIG**1.0  -1*k_300_322 * RC3H5O2**1.0 * LIG**1.0  -1*k_300_343 * RC3H5O2**1.0 * PFET3**1.0  -1*k_300_364 * RC3H5O2**1.0 * ADIO**1.0  -1*k_300_385 * RC3H5O2**1.0 * KET**1.0  ',
 'd[RC3H7O2]/dt = -1*k_300_27 * RC3H7O2**1.0  +1*k_300_32 * ADIOM2**1.0 * RPHENOXM2**1.0  +1*k_300_36 * ADIOM2**1.0 * RPHENOX**1.0  +1*k_300_40 * ADIO**1.0 * RPHENOX**1.0  +1*k_300_44 * ADIO**1.0 * RPHENOXM2**1.0  -2*k_300_66 * RC3H7O2**2.0  -1*k_300_114 * RC3H7O2**1.0 * LIGH**1.0  -1*k_300_135 * RC3H7O2**1.0 * PLIGH**1.0  -1*k_300_156 * RC3H7O2**1.0 * PLIGM2**1.0  -1*k_300_177 * RC3H7O2**1.0 * LIGM2**1.0  -1*k_300_198 * RC3H7O2**1.0 * LIGM2**1.0  -1*k_300_219 * RC3H7O2**1.0 * PFET3M2**1.0  -1*k_300_240 * RC3H7O2**1.0 * ADIOM2**1.0  -1*k_300_261 * RC3H7O2**1.0 * KETM2**1.0  -1*k_300_282 * RC3H7O2**1.0 * C10H2**1.0  -1*k_300_303 * RC3H7O2**1.0 * LIG**1.0  -1*k_300_324 * RC3H7O2**1.0 * LIG**1.0  -1*k_300_345 * RC3H7O2**1.0 * PFET3**1.0  -1*k_300_366 * RC3H7O2**1.0 * ADIO**1.0  -1*k_300_387 * RC3H7O2**1.0 * KET**1.0  ',
 'd[RCH3]/dt = +1*k_300_52 * RCH3O**1.0 * RPHENOX**1.0  +1*k_300_53 * RCH3O**1.0 * RPHENOXM2**1.0  -1*k_300_54 * RPHENOXM2**1.0 * RCH3**1.0  -1*k_300_55 * RPHENOX**1.0 * RCH3**1.0  -1*k_300_56 * RCH3O**1.0 * RCH3**1.0  -1*k_300_69 * OH**1.0 * RCH3**1.0  -2*k_300_70 * RCH3**2.0  -1*k_300_71 * RCH3**1.0 * PRADIOM2**1.0  -1*k_300_72 * RCH3**1.0 * PRKETM2**1.0  +1*k_300_101 * PCH3**1.0  -1*k_300_120 * RCH3**1.0 * LIGH**1.0  -1*k_300_141 * RCH3**1.0 * PLIGH**1.0  -1*k_300_162 * RCH3**1.0 * PLIGM2**1.0  -1*k_300_183 * RCH3**1.0 * LIGM2**1.0  -1*k_300_204 * RCH3**1.0 * LIGM2**1.0  -1*k_300_225 * RCH3**1.0 * PFET3M2**1.0  -1*k_300_246 * RCH3**1.0 * ADIOM2**1.0  -1*k_300_267 * RCH3**1.0 * KETM2**1.0  -1*k_300_288 * RCH3**1.0 * C10H2**1.0  -1*k_300_309 * RCH3**1.0 * LIG**1.0  -1*k_300_330 * RCH3**1.0 * LIG**1.0  -1*k_300_351 * RCH3**1.0 * PFET3**1.0  -1*k_300_372 * RCH3**1.0 * ADIO**1.0  -1*k_300_393 * RCH3**1.0 * KET**1.0  ',
 'd[RCH3O]/dt = +1*k_300_27 * RC3H7O2**1.0  +1*k_300_28 * C10H2M4**1.0  +1*k_300_29 * C10H2M2**1.0  +1*k_300_48 * C10H2M4**1.0 * RPHENOXM2**1.0  +1*k_300_49 * C10H2M2**1.0 * RPHENOXM2**1.0  +1*k_300_50 * C10H2M4**1.0 * RPHENOX**1.0  +1*k_300_51 * C10H2M2**1.0 * RPHENOX**1.0  -1*k_300_52 * RCH3O**1.0 * RPHENOX**1.0  -1*k_300_53 * RCH3O**1.0 * RPHENOXM2**1.0  -1*k_300_56 * RCH3O**1.0 * RCH3**1.0  -2*k_300_57 * RCH3O**2.0  -1*k_300_58 * RCH3O**1.0 * PRADIOM2**1.0  -1*k_300_59 * RCH3O**1.0 * PRKETM2**1.0  -1*k_300_130 * RCH3O**1.0 * LIGH**1.0  -1*k_300_151 * RCH3O**1.0 * PLIGH**1.0  -1*k_300_172 * RCH3O**1.0 * PLIGM2**1.0  -1*k_300_193 * RCH3O**1.0 * LIGM2**1.0  -1*k_300_214 * RCH3O**1.0 * LIGM2**1.0  -1*k_300_235 * RCH3O**1.0 * PFET3M2**1.0  -1*k_300_256 * RCH3O**1.0 * ADIOM2**1.0  -1*k_300_277 * RCH3O**1.0 * KETM2**1.0  -1*k_300_298 * RCH3O**1.0 * C10H2**1.0  -1*k_300_319 * RCH3O**1.0 * LIG**1.0  -1*k_300_340 * RCH3O**1.0 * LIG**1.0  -1*k_300_361 * RCH3O**1.0 * PFET3**1.0  -1*k_300_382 * RCH3O**1.0 * ADIO**1.0  -1*k_300_403 * RCH3O**1.0 * KET**1.0  ',
 'd[RKET]/dt = -1*k_300_26 * RKET**1.0  -2*k_300_77 * RKET**2.0  -1*k_300_122 * RKET**1.0 * LIGH**1.0  -1*k_300_143 * RKET**1.0 * PLIGH**1.0  -1*k_300_164 * RKET**1.0 * PLIGM2**1.0  -1*k_300_185 * RKET**1.0 * LIGM2**1.0  -1*k_300_206 * RKET**1.0 * LIGM2**1.0  -1*k_300_227 * RKET**1.0 * PFET3M2**1.0  -1*k_300_248 * RKET**1.0 * ADIOM2**1.0  -1*k_300_269 * RKET**1.0 * KETM2**1.0  -1*k_300_290 * RKET**1.0 * C10H2**1.0  -1*k_300_311 * RKET**1.0 * LIG**1.0  -1*k_300_332 * RKET**1.0 * LIG**1.0  -1*k_300_353 * RKET**1.0 * PFET3**1.0  -1*k_300_374 * RKET**1.0 * ADIO**1.0  +1*k_300_385 * RC3H5O2**1.0 * KET**1.0  +1*k_300_386 * PRFET3**1.0 * KET**1.0  +1*k_300_387 * RC3H7O2**1.0 * KET**1.0  +1*k_300_388 * RADIOM2**1.0 * KET**1.0  +1*k_300_389 * PRFET3M2**1.0 * KET**1.0  +1*k_300_390 * PRLIGH**1.0 * KET**1.0  +1*k_300_391 * RLIGM2B**1.0 * KET**1.0  +1*k_300_392 * RLIGM2A**1.0 * KET**1.0  +1*k_300_393 * RCH3**1.0 * KET**1.0  +1*k_300_394 * PRKETM2**1.0 * KET**1.0  -1*k_300_395 * RKET**1.0 * KET**1.0  +1*k_300_395 * RKET**1.0 * KET**1.0  +1*k_300_396 * PRADIO**1.0 * KET**1.0  +1*k_300_397 * RC3H3O**1.0 * KET**1.0  +1*k_300_398 * RLIGB**1.0 * KET**1.0  +1*k_300_399 * RLIGA**1.0 * KET**1.0  +1*k_300_400 * PRADIOM2**1.0 * KET**1.0  +1*k_300_401 * RMGUAI**1.0 * KET**1.0  +1*k_300_402 * OH**1.0 * KET**1.0  +1*k_300_403 * RCH3O**1.0 * KET**1.0  +1*k_300_404 * RPHENOL**1.0 * KET**1.0  +1*k_300_405 * RADIO**1.0 * KET**1.0  ',
 'd[RKETM2]/dt = -1*k_300_24 * RKETM2**1.0  -2*k_300_64 * RKETM2**2.0  +1*k_300_259 * RC3H5O2**1.0 * KETM2**1.0  +1*k_300_260 * PRFET3**1.0 * KETM2**1.0  +1*k_300_261 * RC3H7O2**1.0 * KETM2**1.0  +1*k_300_262 * RADIOM2**1.0 * KETM2**1.0  +1*k_300_263 * PRFET3M2**1.0 * KETM2**1.0  +1*k_300_264 * PRLIGH**1.0 * KETM2**1.0  +1*k_300_265 * RLIGM2B**1.0 * KETM2**1.0  +1*k_300_266 * RLIGM2A**1.0 * KETM2**1.0  +1*k_300_267 * RCH3**1.0 * KETM2**1.0  +1*k_300_268 * PRKETM2**1.0 * KETM2**1.0  +1*k_300_269 * RKET**1.0 * KETM2**1.0  +1*k_300_270 * PRADIO**1.0 * KETM2**1.0  +1*k_300_271 * RC3H3O**1.0 * KETM2**1.0  +1*k_300_272 * RLIGB**1.0 * KETM2**1.0  +1*k_300_273 * RLIGA**1.0 * KETM2**1.0  +1*k_300_274 * PRADIOM2**1.0 * KETM2**1.0  +1*k_300_275 * RMGUAI**1.0 * KETM2**1.0  +1*k_300_276 * OH**1.0 * KETM2**1.0  +1*k_300_277 * RCH3O**1.0 * KETM2**1.0  +1*k_300_278 * RPHENOL**1.0 * KETM2**1.0  +1*k_300_279 * RADIO**1.0 * KETM2**1.0  ',
 'd[RLIGA]/dt = -1*k_300_20 * RLIGA**1.0  -2*k_300_76 * RLIGA**2.0  -1*k_300_126 * RLIGA**1.0 * LIGH**1.0  -1*k_300_147 * RLIGA**1.0 * PLIGH**1.0  -1*k_300_168 * RLIGA**1.0 * PLIGM2**1.0  -1*k_300_189 * RLIGA**1.0 * LIGM2**1.0  -1*k_300_210 * RLIGA**1.0 * LIGM2**1.0  -1*k_300_231 * RLIGA**1.0 * PFET3M2**1.0  -1*k_300_252 * RLIGA**1.0 * ADIOM2**1.0  -1*k_300_273 * RLIGA**1.0 * KETM2**1.0  -1*k_300_294 * RLIGA**1.0 * C10H2**1.0  +1*k_300_301 * RC3H5O2**1.0 * LIG**1.0  +1*k_300_302 * PRFET3**1.0 * LIG**1.0  +1*k_300_303 * RC3H7O2**1.0 * LIG**1.0  +1*k_300_304 * RADIOM2**1.0 * LIG**1.0  +1*k_300_305 * PRFET3M2**1.0 * LIG**1.0  +1*k_300_306 * PRLIGH**1.0 * LIG**1.0  +1*k_300_307 * RLIGM2B**1.0 * LIG**1.0  +1*k_300_308 * RLIGM2A**1.0 * LIG**1.0  +1*k_300_309 * RCH3**1.0 * LIG**1.0  +1*k_300_310 * PRKETM2**1.0 * LIG**1.0  +1*k_300_311 * RKET**1.0 * LIG**1.0  +1*k_300_312 * PRADIO**1.0 * LIG**1.0  +1*k_300_313 * RC3H3O**1.0 * LIG**1.0  +1*k_300_314 * RLIGB**1.0 * LIG**1.0  -1*k_300_315 * RLIGA**1.0 * LIG**1.0  +1*k_300_315 * RLIGA**1.0 * LIG**1.0  +1*k_300_316 * PRADIOM2**1.0 * LIG**1.0  +1*k_300_317 * RMGUAI**1.0 * LIG**1.0  +1*k_300_318 * OH**1.0 * LIG**1.0  +1*k_300_319 * RCH3O**1.0 * LIG**1.0  +1*k_300_320 * RPHENOL**1.0 * LIG**1.0  +1*k_300_321 * RADIO**1.0 * LIG**1.0  -1*k_300_336 * RLIGA**1.0 * LIG**1.0  -1*k_300_357 * RLIGA**1.0 * PFET3**1.0  -1*k_300_378 * RLIGA**1.0 * ADIO**1.0  -1*k_300_399 * RLIGA**1.0 * KET**1.0  ',
 'd[RLIGB]/dt = -1*k_300_21 * RLIGB**1.0  -1*k_300_73 * RPHENOX**1.0 * RLIGB**1.0  -1*k_300_75 * RLIGB**1.0 * RLIGB**1.0  -1*k_300_75 * RLIGB**1.0 * RLIGB**1.0  -1*k_300_125 * RLIGB**1.0 * LIGH**1.0  -1*k_300_146 * RLIGB**1.0 * PLIGH**1.0  -1*k_300_167 * RLIGB**1.0 * PLIGM2**1.0  -1*k_300_188 * RLIGB**1.0 * LIGM2**1.0  -1*k_300_209 * RLIGB**1.0 * LIGM2**1.0  -1*k_300_230 * RLIGB**1.0 * PFET3M2**1.0  -1*k_300_251 * RLIGB**1.0 * ADIOM2**1.0  -1*k_300_272 * RLIGB**1.0 * KETM2**1.0  -1*k_300_293 * RLIGB**1.0 * C10H2**1.0  -1*k_300_314 * RLIGB**1.0 * LIG**1.0  +1*k_300_322 * RC3H5O2**1.0 * LIG**1.0  +1*k_300_323 * PRFET3**1.0 * LIG**1.0  +1*k_300_324 * RC3H7O2**1.0 * LIG**1.0  +1*k_300_325 * RADIOM2**1.0 * LIG**1.0  +1*k_300_326 * PRFET3M2**1.0 * LIG**1.0  +1*k_300_327 * PRLIGH**1.0 * LIG**1.0  +1*k_300_328 * RLIGM2B**1.0 * LIG**1.0  +1*k_300_329 * RLIGM2A**1.0 * LIG**1.0  +1*k_300_330 * RCH3**1.0 * LIG**1.0  +1*k_300_331 * PRKETM2**1.0 * LIG**1.0  +1*k_300_332 * RKET**1.0 * LIG**1.0  +1*k_300_333 * PRADIO**1.0 * LIG**1.0  +1*k_300_334 * RC3H3O**1.0 * LIG**1.0  -1*k_300_335 * RLIGB**1.0 * LIG**1.0  +1*k_300_335 * RLIGB**1.0 * LIG**1.0  +1*k_300_336 * RLIGA**1.0 * LIG**1.0  +1*k_300_337 * PRADIOM2**1.0 * LIG**1.0  +1*k_300_338 * RMGUAI**1.0 * LIG**1.0  +1*k_300_339 * OH**1.0 * LIG**1.0  +1*k_300_340 * RCH3O**1.0 * LIG**1.0  +1*k_300_341 * RPHENOL**1.0 * LIG**1.0  +1*k_300_342 * RADIO**1.0 * LIG**1.0  -1*k_300_356 * RLIGB**1.0 * PFET3**1.0  -1*k_300_377 * RLIGB**1.0 * ADIO**1.0  -1*k_300_398 * RLIGB**1.0 * KET**1.0  ',
 'd[RLIGH]/dt = -1*k_300_12 * RLIGH**1.0  -1*k_300_79 * RLIGH**1.0 * RLIGH**1.0  -1*k_300_79 * RLIGH**1.0 * RLIGH**1.0  +1*k_300_112 * RC3H5O2**1.0 * LIGH**1.0  +1*k_300_113 * PRFET3**1.0 * LIGH**1.0  +1*k_300_114 * RC3H7O2**1.0 * LIGH**1.0  +1*k_300_115 * RADIOM2**1.0 * LIGH**1.0  +1*k_300_116 * PRFET3M2**1.0 * LIGH**1.0  +1*k_300_117 * PRLIGH**1.0 * LIGH**1.0  +1*k_300_118 * RLIGM2B**1.0 * LIGH**1.0  +1*k_300_119 * RLIGM2A**1.0 * LIGH**1.0  +1*k_300_120 * RCH3**1.0 * LIGH**1.0  +1*k_300_121 * PRKETM2**1.0 * LIGH**1.0  +1*k_300_122 * RKET**1.0 * LIGH**1.0  +1*k_300_123 * PRADIO**1.0 * LIGH**1.0  +1*k_300_124 * RC3H3O**1.0 * LIGH**1.0  +1*k_300_125 * RLIGB**1.0 * LIGH**1.0  +1*k_300_126 * RLIGA**1.0 * LIGH**1.0  +1*k_300_127 * PRADIOM2**1.0 * LIGH**1.0  +1*k_300_128 * RMGUAI**1.0 * LIGH**1.0  +1*k_300_129 * OH**1.0 * LIGH**1.0  +1*k_300_130 * RCH3O**1.0 * LIGH**1.0  +1*k_300_131 * RPHENOL**1.0 * LIGH**1.0  +1*k_300_132 * RADIO**1.0 * LIGH**1.0  ',
 'd[RLIGM2A]/dt = +1*k_300_1 * LIGH**1.0  +1*k_300_12 * RLIGH**1.0  -1*k_300_15 * RLIGM2A**1.0  -2*k_300_62 * RLIGM2A**2.0  -1*k_300_119 * RLIGM2A**1.0 * LIGH**1.0  -1*k_300_140 * RLIGM2A**1.0 * PLIGH**1.0  -1*k_300_161 * RLIGM2A**1.0 * PLIGM2**1.0  +1*k_300_175 * RC3H5O2**1.0 * LIGM2**1.0  +1*k_300_176 * PRFET3**1.0 * LIGM2**1.0  +1*k_300_177 * RC3H7O2**1.0 * LIGM2**1.0  +1*k_300_178 * RADIOM2**1.0 * LIGM2**1.0  +1*k_300_179 * PRFET3M2**1.0 * LIGM2**1.0  +1*k_300_180 * PRLIGH**1.0 * LIGM2**1.0  +1*k_300_181 * RLIGM2B**1.0 * LIGM2**1.0  -1*k_300_182 * RLIGM2A**1.0 * LIGM2**1.0  +1*k_300_182 * RLIGM2A**1.0 * LIGM2**1.0  +1*k_300_183 * RCH3**1.0 * LIGM2**1.0  +1*k_300_184 * PRKETM2**1.0 * LIGM2**1.0  +1*k_300_185 * RKET**1.0 * LIGM2**1.0  +1*k_300_186 * PRADIO**1.0 * LIGM2**1.0  +1*k_300_187 * RC3H3O**1.0 * LIGM2**1.0  +1*k_300_188 * RLIGB**1.0 * LIGM2**1.0  +1*k_300_189 * RLIGA**1.0 * LIGM2**1.0  +1*k_300_190 * PRADIOM2**1.0 * LIGM2**1.0  +1*k_300_191 * RMGUAI**1.0 * LIGM2**1.0  +1*k_300_192 * OH**1.0 * LIGM2**1.0  +1*k_300_193 * RCH3O**1.0 * LIGM2**1.0  +1*k_300_194 * RPHENOL**1.0 * LIGM2**1.0  +1*k_300_195 * RADIO**1.0 * LIGM2**1.0  -1*k_300_203 * RLIGM2A**1.0 * LIGM2**1.0  -1*k_300_224 * RLIGM2A**1.0 * PFET3M2**1.0  -1*k_300_245 * RLIGM2A**1.0 * ADIOM2**1.0  -1*k_300_266 * RLIGM2A**1.0 * KETM2**1.0  -1*k_300_287 * RLIGM2A**1.0 * C10H2**1.0  -1*k_300_308 * RLIGM2A**1.0 * LIG**1.0  -1*k_300_329 * RLIGM2A**1.0 * LIG**1.0  -1*k_300_350 * RLIGM2A**1.0 * PFET3**1.0  -1*k_300_371 * RLIGM2A**1.0 * ADIO**1.0  -1*k_300_392 * RLIGM2A**1.0 * KET**1.0  ',
 'd[RLIGM2B]/dt = -1*k_300_17 * RLIGM2B**1.0  -2*k_300_61 * RLIGM2B**2.0  -1*k_300_118 * RLIGM2B**1.0 * LIGH**1.0  -1*k_300_139 * RLIGM2B**1.0 * PLIGH**1.0  -1*k_300_160 * RLIGM2B**1.0 * PLIGM2**1.0  -1*k_300_181 * RLIGM2B**1.0 * LIGM2**1.0  +1*k_300_196 * RC3H5O2**1.0 * LIGM2**1.0  +1*k_300_197 * PRFET3**1.0 * LIGM2**1.0  +1*k_300_198 * RC3H7O2**1.0 * LIGM2**1.0  +1*k_300_199 * RADIOM2**1.0 * LIGM2**1.0  +1*k_300_200 * PRFET3M2**1.0 * LIGM2**1.0  +1*k_300_201 * PRLIGH**1.0 * LIGM2**1.0  -1*k_300_202 * RLIGM2B**1.0 * LIGM2**1.0  +1*k_300_202 * RLIGM2B**1.0 * LIGM2**1.0  +1*k_300_203 * RLIGM2A**1.0 * LIGM2**1.0  +1*k_300_204 * RCH3**1.0 * LIGM2**1.0  +1*k_300_205 * PRKETM2**1.0 * LIGM2**1.0  +1*k_300_206 * RKET**1.0 * LIGM2**1.0  +1*k_300_207 * PRADIO**1.0 * LIGM2**1.0  +1*k_300_208 * RC3H3O**1.0 * LIGM2**1.0  +1*k_300_209 * RLIGB**1.0 * LIGM2**1.0  +1*k_300_210 * RLIGA**1.0 * LIGM2**1.0  +1*k_300_211 * PRADIOM2**1.0 * LIGM2**1.0  +1*k_300_212 * RMGUAI**1.0 * LIGM2**1.0  +1*k_300_213 * OH**1.0 * LIGM2**1.0  +1*k_300_214 * RCH3O**1.0 * LIGM2**1.0  +1*k_300_215 * RPHENOL**1.0 * LIGM2**1.0  +1*k_300_216 * RADIO**1.0 * LIGM2**1.0  -1*k_300_223 * RLIGM2B**1.0 * PFET3M2**1.0  -1*k_300_244 * RLIGM2B**1.0 * ADIOM2**1.0  -1*k_300_265 * RLIGM2B**1.0 * KETM2**1.0  -1*k_300_286 * RLIGM2B**1.0 * C10H2**1.0  -1*k_300_307 * RLIGM2B**1.0 * LIG**1.0  -1*k_300_328 * RLIGM2B**1.0 * LIG**1.0  -1*k_300_349 * RLIGM2B**1.0 * PFET3**1.0  -1*k_300_370 * RLIGM2B**1.0 * ADIO**1.0  -1*k_300_391 * RLIGM2B**1.0 * KET**1.0  ',
 'd[RMGUAI]/dt = +1*k_300_14 * RADIOM2**1.0  +1*k_300_17 * RLIGM2B**1.0  -2*k_300_63 * RMGUAI**2.0  -1*k_300_128 * RMGUAI**1.0 * LIGH**1.0  -1*k_300_149 * RMGUAI**1.0 * PLIGH**1.0  -1*k_300_170 * RMGUAI**1.0 * PLIGM2**1.0  -1*k_300_191 * RMGUAI**1.0 * LIGM2**1.0  -1*k_300_212 * RMGUAI**1.0 * LIGM2**1.0  -1*k_300_233 * RMGUAI**1.0 * PFET3M2**1.0  -1*k_300_254 * RMGUAI**1.0 * ADIOM2**1.0  -1*k_300_275 * RMGUAI**1.0 * KETM2**1.0  -1*k_300_296 * RMGUAI**1.0 * C10H2**1.0  -1*k_300_317 * RMGUAI**1.0 * LIG**1.0  -1*k_300_338 * RMGUAI**1.0 * LIG**1.0  -1*k_300_359 * RMGUAI**1.0 * PFET3**1.0  -1*k_300_380 * RMGUAI**1.0 * ADIO**1.0  -1*k_300_401 * RMGUAI**1.0 * KET**1.0  ',
 'd[RPHENOL]/dt = +1*k_300_19 * RADIO**1.0  +1*k_300_21 * RLIGB**1.0  -1*k_300_80 * RPHENOX**1.0 * RPHENOL**1.0  -1*k_300_131 * RPHENOL**1.0 * LIGH**1.0  -1*k_300_152 * RPHENOL**1.0 * PLIGH**1.0  -1*k_300_173 * RPHENOL**1.0 * PLIGM2**1.0  -1*k_300_194 * RPHENOL**1.0 * LIGM2**1.0  -1*k_300_215 * RPHENOL**1.0 * LIGM2**1.0  -1*k_300_236 * RPHENOL**1.0 * PFET3M2**1.0  -1*k_300_257 * RPHENOL**1.0 * ADIOM2**1.0  -1*k_300_278 * RPHENOL**1.0 * KETM2**1.0  -1*k_300_299 * RPHENOL**1.0 * C10H2**1.0  -1*k_300_320 * RPHENOL**1.0 * LIG**1.0  -1*k_300_341 * RPHENOL**1.0 * LIG**1.0  -1*k_300_362 * RPHENOL**1.0 * PFET3**1.0  -1*k_300_383 * RPHENOL**1.0 * ADIO**1.0  -1*k_300_404 * RPHENOL**1.0 * KET**1.0  ',
 'd[RPHENOX]/dt = +1*k_300_4 * LIG**1.0  +1*k_300_5 * PLIG**1.0  -1*k_300_11 * RPHENOX**1.0  +1*k_300_20 * RLIGA**1.0  +1*k_300_22 * PRFET3**1.0  +1*k_300_28 * C10H2M4**1.0  +1*k_300_29 * C10H2M2**1.0  -1*k_300_36 * ADIOM2**1.0 * RPHENOX**1.0  -1*k_300_37 * KETM2**1.0 * RPHENOX**1.0  -1*k_300_38 * KETDM2**1.0 * RPHENOX**1.0  -1*k_300_39 * SYNAPYL**1.0 * RPHENOX**1.0  -1*k_300_40 * ADIO**1.0 * RPHENOX**1.0  -1*k_300_41 * KET**1.0 * RPHENOX**1.0  -1*k_300_42 * KETD**1.0 * RPHENOX**1.0  -1*k_300_43 * COUMARYL**1.0 * RPHENOX**1.0  -1*k_300_50 * C10H2M4**1.0 * RPHENOX**1.0  -1*k_300_51 * C10H2M2**1.0 * RPHENOX**1.0  -1*k_300_52 * RCH3O**1.0 * RPHENOX**1.0  -1*k_300_55 * RPHENOX**1.0 * RCH3**1.0  -1*k_300_73 * RPHENOX**1.0 * RLIGB**1.0  -1*k_300_80 * RPHENOX**1.0 * RPHENOL**1.0  -1*k_300_81 * RPHENOX**1.0 * RC3H3O**1.0  -1*k_300_82 * RPHENOX**1.0 * CHAR**1.0  ',
 'd[RPHENOXM2]/dt = +1*k_300_2 * LIGM2**1.0  +1*k_300_3 * PLIGM2**1.0  -1*k_300_10 * RPHENOXM2**1.0  +1*k_300_15 * RLIGM2A**1.0  +1*k_300_16 * PRLIGM2A**1.0  +1*k_300_18 * PRFET3M2**1.0  -1*k_300_32 * ADIOM2**1.0 * RPHENOXM2**1.0  -1*k_300_33 * KETM2**1.0 * RPHENOXM2**1.0  -1*k_300_34 * KETDM2**1.0 * RPHENOXM2**1.0  -1*k_300_35 * SYNAPYL**1.0 * RPHENOXM2**1.0  -1*k_300_44 * ADIO**1.0 * RPHENOXM2**1.0  -1*k_300_45 * KET**1.0 * RPHENOXM2**1.0  -1*k_300_46 * KETD**1.0 * RPHENOXM2**1.0  -1*k_300_47 * COUMARYL**1.0 * RPHENOXM2**1.0  -1*k_300_48 * C10H2M4**1.0 * RPHENOXM2**1.0  -1*k_300_49 * C10H2M2**1.0 * RPHENOXM2**1.0  -1*k_300_53 * RCH3O**1.0 * RPHENOXM2**1.0  -1*k_300_54 * RPHENOXM2**1.0 * RCH3**1.0  -1*k_300_83 * RPHENOXM2**1.0 * CHAR**1.0  ',
 'd[SYNAPYL]/dt = +1*k_300_23 * RADIOM2**1.0  -1*k_300_35 * SYNAPYL**1.0 * RPHENOXM2**1.0  -1*k_300_39 * SYNAPYL**1.0 * RPHENOX**1.0  -1*k_300_87 * SYNAPYL**1.0  ',
 'd[VADIO]/dt = +1*k_300_90 * ADIO**1.0  ',
 'd[VADIOM2]/dt = +1*k_300_84 * ADIOM2**1.0  ',
 'd[VCOUMARYL]/dt = +1*k_300_89 * COUMARYL**1.0  ',
 'd[VKET]/dt = +1*k_300_91 * KET**1.0  ',
 'd[VKETD]/dt = +1*k_300_92 * KETD**1.0  ',
 'd[VKETDM2]/dt = +1*k_300_86 * KETDM2**1.0  ',
 'd[VKETM2]/dt = +1*k_300_85 * KETM2**1.0  ',
 'd[VMGUAI]/dt = +1*k_300_88 * MGUAI**1.0  ',
 'd[VPHENOL]/dt = +1*k_300_93 * PHENOL**1.0  ',
 'd[VSYNAPYL]/dt = +1*k_300_87 * SYNAPYL**1.0  ']

















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a = 3



    











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a



    











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b



    











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c



    











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kvaluelist

Content source: LigninTools/Ligpy-Cantera

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