Garg V K
Rev Esp Fisiol. 1979 Mar;35(1):111-4.
In both fishes Ophiocephalus punctatus and Heteropneustes fossilis, the compound of the same group inhibited the transport rate of another compound such as, both glucose and fructose inhibited the uptake of xylose. Glucose was comparatively more inhibitory in nature than fructose. Transport of one amino acid was also inhibited in the presence of another amino acid. In glycine transport, leucine was stronger inhibitor than tyrosine. Almost similar results have been observed in both fishes irrespective of different feeding habits.
在斑鳢和胡子鲇这两种鱼类中，同一组化合物会抑制另一种化合物的转运速率，例如葡萄糖和果糖都会抑制木糖的摄取。葡萄糖在本质上比果糖的抑制作用更强。一种氨基酸的转运在另一种氨基酸存在时也会受到抑制。在甘氨酸转运中，亮氨酸比酪氨酸是更强的抑制剂。不论这两种鱼类的摄食习性如何不同，几乎都观察到了相似的结果。
