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rat rotarod fatigue tester

The rat rotarod fatigue instrument is improved and completed according to the similar foreign products and the rotarod test device of "Pharmacological Experiment Methodology". It has good practicability and is an ideal instrument for the screening and identification of anti-fatigue drugs.

Pre-consultation

Description Parameters Resources

The instrument can be used for fatigue experiments, exercise coordination, skeletal muscle relaxation experiments, central nervous system inhibition experiments, and other experiments that require exercise to detect drug effects, such as the effect of toxicity on exercise ability, and the lack of a certain substance in the body. Influence of cardiovascular and cerebrovascular drugs on exercise ability, etc., the basic principles and basic functions of the instrument can be developed and utilized in multiple directions.

1. Diameter of rat rotator: 90mm

2. Length of rat rotator: 90mm

3. Number of rat channels: 6 channels

4. Speed range: 1~100 rpm/circle

5. Adjustment: 1 rev/min

6. Speed classification: initial speed, primary acceleration, secondary acceleration

7. Initial speed running time: 1~65500 seconds

8. Level 1 acceleration time: 10~65500 seconds

9. Level 1 acceleration duration: 1~65500 seconds

10. First-level speed range: base speed ~ 100 rpm

11. Secondary acceleration time: 10~65500 seconds

12. Secondary acceleration duration: 1~65500 seconds

13. Secondary speed range: primary speed ~ 100 rpm

14. With cycle mode and forward and reverse mode

15. The number of recording channels can be set: 1~6 channels

16. Experiment time range: 1 second to 3000 minutes

17. The internal electric clock can run for 10 years

18. Error per hour ≤ 0.0828 seconds

19. With USB interface, data can be imported into U disk

20. Maximum storage in the machine: >500 sets of data

21. Ambient temperature: 5℃—40℃

22. Input voltage: 110~220V 50Hz

23. Drop photoelectric automatic recording

24. Volume: 780X323X590mm

25. Weight: 16Kg

Some published articles

1.Maternal iodine supplementation improves motor coordination in offspring by modulating the mGluR1 signaling pathway in mild iodine deficiency-induced hypothyroxinemia rats

2.Cystamine attenuated behavioral deficiency via increasing the expression of BDNF and activating PI3K/Akt signaling in 2,5-hexanedione intoxicated rats

3.Maternal iodine supplementation improves motor coordination in offspring by modulating the mGluR1 signaling pathway in mild iodine deficiency-induced hypothyroxinemia rats

For more literature, please consult: 400-016-4066

This parameter is the basic parameter of the equipment, please contact our company for specific parameters

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