No abstract available.
Animal Experimentation* ; Animals* ; Echocardiography*

Introduction on the factors influence dosage that is equivalent in effectiveness between animals. They comprised drug metabolism, minimum concentration have with effect in serum, the effective time, cellular respiration, organic weight rate comparison with body weight, heat production, cytochrom C, volume of kidney and body surface.
Dosage Forms ; Animal Experimentation

A study on the roborant effect of drug by swimming test in the experimental rat or mice was carried out. The swimming time calculated from standing swimming until rat was exhausted that can not swim. There were 2 method of calculation, including average swimming time and second swimming time comparing with the first swimming time.
Pharmaceutical Preparations ; Animal Experimentation

The study was carried out on 100 healthy rats, weight of 12020g which were divided into 10 groups. Raw materials: BB103 pure powder and mefloquine. Results: In rats received BB103 with doses of 50 mg/kg and mefloquine 50 mg/kg in 5 days, there were no significant changes on process of conditioned reflex, speed of reflex establishment was stable, response time and extinguishing time of reflex were similar to those of the control group (p>0.05). In rats received BB103 with doses of 100 mg/kg and mefloquine 100 mg/kg in 5 days, there were significant changes on speed of reflex establishment and response time (p<0.01-0.05). There were differences on speed of reflex establishment, speed of stable reflex in rats received BB103 and mefloquine (p<0.01-0.05)
Artemisinins ; Rats ; Animal Experimentation

The tonic effect of Poliarchis dives (CT1) was studied on the change of weight of the spermatic bag in male mice. Results showed that this preparation enhanced the weight of spermatic bag by 183,33%. Testosterone-like spermatogenesis activity of the preparation was suggested
Testosterone ; mice ; Animal Experimentation

Antioxydant effect of radix notogingseng fluid extract 1:2 was studied in mice. Experiment mice were divided randomly into 3 groups x 10 animals. Control group (group 1) was given orally with NaCl 0,9% + oliver oil infiction, group 2 was given orally with NaCl 0,9% + CCl4 infection, group 3 with notogingseng extract 5g/kg of mice. Results showed the antioxydant effect of notogingseng at moderate level. It increased the liver GSH content in comparing with intocicated group.
Antioxidants ; Animal Experimentation ; Mice

There was no acute toxic on rabbit's bodies after ingested activated charcoal suspension (1g/kg and 1,2g/kg body weight). Circulating blood cells and the function of kidney and liver were not changed after 7 days ingested activated charcoals
Animal Experimentation ; Poisoning ; Poisons

Diuretic effect of Bach hac fluid extract was investigated on white rat. Results showed that Bach hac (Acaramthus nasutin – Acanthaceae) in the dose of 4g/kg – 6g/kg body weight has increased the elimination of Na+, K+, Cl- and Ca++ ions through kidney, the effect was most obvious in the 2nd and 4th hours after administration under any doses.
Animal Experimentation ; diuretics ; Acanthaceae

Restorative effects of Radix Notoginseng on liver damage provoked by CCl4 in experimental rats. Results showed that an oral adminitration of Radix Notoginseng (RN) 5g/kg of body weight exerted moderate effect of recovering on CCl4 induced liver damage in rats. Although the serum ASAT enzym/concentration in CCl4 – intoxicated and RN treated group was still higher than that of control group after 1 day, it was significantly lower than that of intoxicated and non treated group (p<0,01). There were no difference in ALAT concentration between these 2 groups. 4day course of treatment by RN has reduced both ASAT and ALAT serum levels to normal levels while ASAT level in CCl4 intoxicated rats was still higher
Animal Experimentation ; Mice ; Liver

The sub-chronic toxicity of piperaquine phosphate was assessed in rabbits. Piperaquine phosphate (PQP), at the doses of 50 and 100 mg/kg of body weight per day for 28 consecutive days, was administered orally. The influences of PQP on rabbits' laboratory indices were observed during the PQP administration and after the treatment. Rabbits treated with PQP by oral administration were found to have normal action dinning. At the dose of 50mg/kg per day for 28 consecutive days, the body weights of rabbits was increased significantly during study period (p<0.05), but was not changed significantly at the dose of 100 mg/kg per dayx 28 days. PQP, at the dose of 50 mg/kg per day for 28 consecutive days, did not change significantly biochemical indices (SGOT,SGPT, bilirubin and protein) and some hematological indices (leukocytes, leukocyte formula and hemoglobin), but significantly increased erythrocytes and creatinine on days 14 and 28. At the treated dose 100mg/kg per dayx28days, biochemical indices (SGOT, protein) and some hematological indices (erythrocytes, leukocytes and leukocyte formula) did not change significantly during study period, but creatinine, bilirubin and SGPT were significantly changed
Animal Experimentation ; Rabbits