Impact of Agrimin And Fishmin on the Carbohydrate Metabolic Enzymes in the Muscle and Liver Tissue of the Different Fish (C.Catla. L. Rohita. C.Mrigala) Species

ABSTRACT The present study is aimed at investigating the effect of selective Synthetic feed like Agrimin and Fishmin on carbohydrate metabolic enzymes of the cultivable fish species like Catla catla, Labeo rohita, Cirrhinus mrigala. The fishes selected for the study shall be divided into two groups viz. control group and experimental group age two years .The control group of fishes shall be fed with control feed i.e. Groundnut cake, rice bran. The experimental group of fishes shall further be divided into two groups. Agrimin and Fishmin which are commercially available. have been selected for the study. The first group of experimental fish shall be fed with control feed mixed with Agrimin. The second group of experimental fish shall be fed with control feed mixed with fishmin. The two groups of experimental fish shall be fed twice a day at 10 a.m. and at 5 p.m. The exposure period selected for the study is 30 days after 30 days the fishes were killed and isolated the tissues like muscle and liver at 40C and assayed the activity of Aldolose. MDH (Malate dehydrogenase). SDH (Succinate dehydrogenase) and LDH (Lactate dehydrogenase). Agrimin and fishmin enhanced the various fish species muscle and liver tissues enzymes such as Aldolose, MDH, SDH and LDH activity levels. References Bashamohideen Md, And Sudharshan Reddy K. 2003. Effect of sublethal exposure of malathion on carbohydrate metabolism in field crab O.senex senex with special emphasis on body size. J. Invertebrate. Aquatic Biol. 1:54-58. Bilinski E. 1969. Lipid catabolism in fish muscle. In: Fish in research (Neuhaus. O.W. and Halver. J.E. Eds.). Academic press. New York. London. 135-151. Bruns. F.H. and Bergmeyer. H.O. 1963. Fructose-1. 6-diphosphate aldolase. In: methods of enzymatic analysis-edited by H.O. Bargmeyer. Academic Press. New York and London. 724-725. Dikshit TSS, Datta KK, and Pandya KP 1975. Effect of DDT on the free amino acid pool of brain and kidney in guinea pigs. Environ. Physiol.Biochem. 5:404-407. Donaldson EM. 1981. The pituitary internal axis as an indicator of stress in fish. In stress and fish (A.D. Pickering. Ed.) : 11-47. Geethbali and Chandrasekahr PM. 1988. Studies on the activity of glucose-6-phosphate dehydrogenase in silkworm egg. Sericologia. 28(1) : 137-142. Githa P, and Yeragi SG. 1998. Alterations in metabolic constituents in the marine edible crab. Scylla serrata exposed to ethion. J.Aqua. Biol. Vol. 13(1&2) : 94-96. Gordon MS. 1968. Oxygen consumption of red and white muscle from tuna fishes. Science. 159: 87-90. Harper HA, Rodwell VM, and Mayer PA 1979. In: Review of physiological chemistry. 17th edition. Longe Medical Publications. Maruzer company limited. California. Hattingh J. 1977. Blood sugar as an indicator of stressing the fresh water fish. Labeo rohita (Smith.). J.Fish.Biol. 10:191-195..