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Smart cs program

Manufactured by Harvard Apparatus
Sourced in Spain

The SMART-CS program is a software tool developed by Harvard Apparatus. It provides a comprehensive solution for controlling and monitoring various laboratory equipment and experimental processes.

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Lab products found in correlation

2 protocols using smart cs program

1

Spatial Memory Assessment in Mice

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The water maze test was performed in a laboratory with windows open for ventilation arranged with a table. A cylindrical water tank (1.5 m diameter * 12 cm height) was prepared with water at the temperature of 22°C-25°C and whole milk powder was dissolved to make a target not to be seen. The target (12 cm diameter) was place on the water tank floor about 1 cm below from the water surface. Escape distance and escape latency of an experimental animal was measured and analyzed after 12 weeks of experimental treatment utilizing SMART-CS program (Panlab, Barcelona, Spain), which is the computer program connected on the ceiling right above the water tank. The water maze test was conducted five days a week and mice were made to start from the same place and arrive at the target placed on the same location three times a day. On the last day of 6th, the mice were made to start swimming with the target removed, and two times of arrival at the target place were used as experimental value. Only when mice found the hidden target within 60 seconds, the obtained value was used as experimental result. Each examination was conducted with a minimum of five minute interval.
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2

Spatial Learning and Memory Evaluation

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The water maze apparatus consisted of a circular pool (height, 30 cm; diameter, 100 cm) filled with water and maintained at ~20–22°C. An escape platform (height, 35.5 cm; diameter, 4.5 cm) was inserted in the center of the quadrant of the pool every day except on the last day of the experiment. Spatial learning and memory performance were tested for 5 consecutive days beginning at 6th day after the infusion of Aβ1-42 peptide. Each mouse was trained to find the hidden platform whereas escape latency and swimming pattern were recorded. A test trial was conducted on the 6th day to assess memory consolidation when the platform was removed and mice were allowed to swim freely. Target crossing, escape latency, and distance traveled across the hidden platform were monitored for each mouse by a video camera linked to the center of the pool and connected to a SMART-CS program (Panlab, Barcelona, Spain).
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