Earthworms as plug flow reactors: An enzyme deactivation kinetic study along the gut of the earthworm Eudrilus eugeniae

K. Kiyasudeen, F. N. Gonawan, M. Ibrahim, S. A. Ismail, S. A. Muhammad
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Abstract

Several researchers have modeled animal’s guts as reactors, although not many discuss earthworm specifically. The present study applies plug flow reactor (PFR) based enzyme deactivation kinetic model by using three deactivation rates (β), i.e., 0.05, 0.1 and 0.15 to predict the changes in proteolytic activity, profile of crude protein and amino acids at five distinct sections, i.e., pre-intestine, foregut, midgut A, midgut B, and Hindgut along the gut of the earthworm Eudrilus eugeniae. At three rates of deactivation, three different range of reduction in proteolytic activity was predicted, i.e., (i) 52.28% decrease when β-value was set at 0.05, (ii) 77.23% decrease when β-value was set at 0.1, and (iii) 93.03% decrease when β-value was set at 0.15. In the case of crude protein, the concentration decreased along the gut for all the three β-values at the level of 31.21%, 49.28% and 66.90%, when β value was set at 0.05, 0.1 and 0.15 respectively. The effect of deactivation on amino acids also revealed a pattern steady decrease, i.e., 93.83%, 96.85% and 98.87% decrease when β was set at 0.05, 0.1 and 0.15.Several researchers have modeled animal’s guts as reactors, although not many discuss earthworm specifically. The present study applies plug flow reactor (PFR) based enzyme deactivation kinetic model by using three deactivation rates (β), i.e., 0.05, 0.1 and 0.15 to predict the changes in proteolytic activity, profile of crude protein and amino acids at five distinct sections, i.e., pre-intestine, foregut, midgut A, midgut B, and Hindgut along the gut of the earthworm Eudrilus eugeniae. At three rates of deactivation, three different range of reduction in proteolytic activity was predicted, i.e., (i) 52.28% decrease when β-value was set at 0.05, (ii) 77.23% decrease when β-value was set at 0.1, and (iii) 93.03% decrease when β-value was set at 0.15. In the case of crude protein, the concentration decreased along the gut for all the three β-values at the level of 31.21%, 49.28% and 66.90%, when β value was set at 0.05, 0.1 and 0.15 respectively. The effect of deactivation on amino acids also revealed a pat...
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蚯蚓作为塞流反应器:沿原生蚯蚓肠道酶失活动力学研究
一些研究人员已经将动物的内脏作为反应器进行建模,尽管没有多少人专门讨论蚯蚓。本研究采用塞流反应器(PFR)为基础的酶失活动力学模型,采用3种失活率(β),分别为0.05、0.1和0.15,预测了eugenae蚯蚓肠前、前肠、中肠A、中肠B和后肠5个不同部位的蛋白水解活性、粗蛋白质和氨基酸谱的变化。在三种失活速率下,预测了三种不同的蛋白水解活性降低幅度,即(i) β值为0.05时降低52.28%,(ii) β值为0.1时降低77.23%,(iii) β值为0.15时降低93.03%。以粗蛋白质为例,当β值分别为0.05、0.1和0.15时,3种β值沿肠道的浓度均降低,分别为31.21%、49.28%和66.90%。当β为0.05、0.1和0.15时,失活对氨基酸的影响也呈稳定下降的趋势,分别下降了93.83%、96.85%和98.87%。一些研究人员已经将动物的内脏作为反应器进行建模,尽管没有多少人专门讨论蚯蚓。本研究采用塞流反应器(PFR)为基础的酶失活动力学模型,采用3种失活率(β),分别为0.05、0.1和0.15,预测了eugenae蚯蚓肠前、前肠、中肠A、中肠B和后肠5个不同部位的蛋白水解活性、粗蛋白质和氨基酸谱的变化。在三种失活速率下,预测了三种不同的蛋白水解活性降低幅度,即(i) β值为0.05时降低52.28%,(ii) β值为0.1时降低77.23%,(iii) β值为0.15时降低93.03%。以粗蛋白质为例,当β值分别为0.05、0.1和0.15时,3种β值沿肠道的浓度均降低,分别为31.21%、49.28%和66.90%。失活对氨基酸的影响也揭示了部分…
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