首页> 外文期刊>Journal of Ichthyology >The Effect of Food Odor Background on Gustatory Preferences and Gustatory Behavior of Carp Cyprinus carpio and Cod Gadus morhua
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The Effect of Food Odor Background on Gustatory Preferences and Gustatory Behavior of Carp Cyprinus carpio and Cod Gadus morhua

机译:食物气味背景对鲤鱼和鳕鱼食味和食味的影响

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It was shown that stimulation by food odor (aquatic extract of food organisms, 10~(-2) and 10~(-3) g/1) does not cause shifts in gustatory preferences in carp Cyprinus carpio and cod Gadus morhua but modifies gustatory behavior. The level of consumption by carp of control granules and granules with attractive, by taste, L-proline (0.1 M) or deterrent L-lysine (0.1 M) (item by item presentation of granules) and by cod of control granules and granules with indifferent, to it, L-asparagine (0.1 M) (presentation of 10 granules simultaneously) is similar prior to and during olfactory stimulation. In the presence of food odor, the duration of taste testing for most types of granules, as well as the number of repeated graspings of granules with an attractive taste do not change in fish. At the same time, granules with indifferent or repulsive gustatory properties are rejected and repeatedly grasped by fish against the background of food odor more frequently than in water without odor. Olfactory stimulation leads to a considerable increase in the average number of graspings per one grasped granule with an indifferent or repulsive taste. Such behavior manifested by fish in the presence of food odor in response to granules with unattractive gustatory properties is apparently caused by the contradiction between the information coming via different chemosensory canals-olfactory and gustatory. The obtained results indicate that food stimulation caused by food odor in nature can lead to an increase in the actual consumption of only those accessible food items that have an attractive taste for fish.
机译:结果表明,食物气味(食物生物的水生提取物,10〜(-2)和10〜(-3)g / 1)刺激不会引起鲤鱼和鳕鱼的味觉偏好的改变,但会改变味觉行为。鲤鱼对照颗粒和具有吸引力,口味,L-脯氨酸(0.1 M)或具有抑制作用的L-赖氨酸(0.1 M)(按颗粒的项目列示)和对照颗粒和鳕鱼的鳕鱼的食用水平没关系,在嗅觉刺激之前和期间,L-天冬酰胺(0.1 M)(同时显示10个颗粒)相似。在存在食物异味的情况下,大多数类型颗粒的味觉测试持续时间以及反复抓取具有诱人味道的颗粒的次数在鱼类中不会改变。同时,与食物气味相比,具有淡淡或令人厌恶的味觉特性的颗粒被鱼排斥并反复抓鱼的频率要高于无气味的水中。嗅觉刺激导致每一个被抓取的颗粒的平均抓取次数显着增加,具有淡淡或排斥的味道。鱼在食用气味的情况下对具有不吸引人的味觉特性的颗粒做出反应而表现出这种行为,这显然是由于通过不同的化学感觉通道嗅觉和味觉得到的信息之间的矛盾引起的。所获得的结果表明,自然界中由于食物异味引起的食物刺激只会导致实际消费中那些对鱼类具有诱人味的食品的实际消费量增加。

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