Fig. 1. Experimental Design Used in This Study.
Fig. 1. Experimental Design Used in This Study.
Fig. 2. Body Weight Changes in Normal Mice and Sco-induced Amnesia Mice.
Fig. 2. Body Weight Changes in Normal Mice and Sco-induced Amnesia Mice.
Fig. 3. Changes on the Step-through Latency Times of Passive Avoidance Task Test in Normal Mice and Sco-induced Amnesia Mice.
Fig. 3. Changes on the Step-through Latency Times of Passive Avoidance Task Test in Normal Mice and Sco-induced Amnesia Mice.
Fig. 4. Changes on the Escape Latency Times of Morris Water Maze Test in Normal Mice and Sco-induced Amnesia Mice.
Fig. 4. Changes on the Escape Latency Times of Morris Water Maze Test in Normal Mice and Sco-induced Amnesia Mice.
Fig. 5. Changes on the Hippocampus ACh Contents in Normal Mice and Sco-induced Amnesia Mice.
Fig. 5. Changes on the Hippocampus ACh Contents in Normal Mice and Sco-induced Amnesia Mice.
Fig. 6. Changes on the Hippocampus AChE Activities in Normal Mice and Sco-induced Amnesia Mice.
Fig. 6. Changes on the Hippocampus AChE Activities in Normal Mice and Sco-induced Amnesia Mice.
Fig. 7. Changes on the Hippocampus ChAT mRNA Expressions in Normal Mice and Sco-induced Amnesia Mice.
Fig. 7. Changes on the Hippocampus ChAT mRNA Expressions in Normal Mice and Sco-induced Amnesia Mice.
Table 1. Composition of YMJHT Used in This Study
Table 1. Composition of YMJHT Used in This Study
Table 2. The Specific Sequence for Each Primer
Table 2. The Specific Sequence for Each Primer
Table 3. Changes on the Body Weight Gains in Normal Mice and Scopolamine-Induced Amnesia Mice
Table 3. Changes on the Body Weight Gains in Normal Mice and Scopolamine-Induced Amnesia Mice
Table 4. Cerebral Cortex Antioxidant Defense Systems in Normal Mice and Scopolamine-induced Amnesia Mice
Table 4. Cerebral Cortex Antioxidant Defense Systems in Normal Mice and Scopolamine-induced Amnesia Mice
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