Novel anti-depression compound preparation
A compound preparation and anti-depressant technology, which is applied in pharmaceutical formulas, medical preparations containing active ingredients, plant raw materials, etc., can solve the problems of long clinical treatment cycle, out-of-sync target effects, side effects, etc.
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Embodiment 1
[0022] Example 1 The antidepressant effect of novel antidepressant compound preparation in mice forced swimming test
[0023] experimental method:
[0024] The forced swimming test was first established by Porsolt. Its basic principle is that when a mouse swims in a narrow and unavoidable container, after the initial struggle, the body will float in the water or slide back slightly to maintain a Immobility behavior, also known as hopelessness behavior, was reduced when the animals received antidepressant drugs before the experiment.
[0025] In the experiment, 35 mice were divided into five experimental groups of normal saline, low (225mg / kg), medium (450mg / kg), high-dose (900mg / kg) drugs and imipramine (30mg / kg). Group 7 animals. The drugs were orally fed 24 hours, 1 hour and 30 minutes before the experiment, and then the mice were placed in a glass cup with a water depth of 12 cm, a water temperature of 22±1°C, and a size of 21×12 cm. Swimming was maintained for 6 minutes...
Embodiment 2
[0031] Antidepressant effect of embodiment 2 novel antidepressant compound preparation in mouse tail suspension experiment
[0032] experimental method:
[0033] The tail-suspension test is a rapid, high-throughput screening method for the acute behavioral effects of antidepressants. The main basis is that when a normal animal is in a short-term unavoidable adversity (such as hanging its tail at a certain height from the ground), its behavior will switch from a moving state to an immobile state, and giving antidepressant drugs before the experiment will not The time of immobility in this can be reduced.
[0034] In the experiment, 35 mice were divided into five experimental groups of normal saline, low (225mg / kg), medium (450mg / kg), high-dose (900mg / kg) drugs and imipramine (30mg / kg). Group 7 animals. The drugs were orally fed 24 hours, 1 hour and 30 minutes before the experiment, and then the tail tip of the mouse was fixed at a height of 60 cm from the ground and suspende...
Embodiment 3
[0040] Example 3 The impact of novel antidepressant compound preparation compound on spontaneous activity measurement in mice
[0041] experimental method:
[0042]The test of mouse spontaneous activity was tested by Taimeng ZZ-6 mouse autonomous activity tester. In the experiment, 35 mice were divided into low (225mg / kg), medium (450mg / kg) and high dose (900mg) saline / kg) drug and imipramine (30mg / kg) five experimental groups, 7 animals in each group. The drugs were orally fed 24 hours, 1 hour and 30 minutes before the experiment respectively, and the mice were placed in the measuring chamber of the tester, allowed to adapt for 5 minutes, and then recorded the number of activities and the number of standing of the mice within 20 minutes.
[0043] Experimental results:
[0044] The effects of different doses of drugs, imipramine, and normal saline on the spontaneous activities of mice are represented by the number of spontaneous activities (Table 3) and the number of standi...
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