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@article{dmj27147, author = {Wulan Widiasmaran and RR Mahayu Ariani and Farmaditya Putra and Donna Hermawati}, title = {THE EFFECT OF BEET (BETA VULGARIS L.) TO SPERMATOZOA MOTILITY OF MOSQUITO COIL-EXPOSED WISTAR RATS}, journal = {Jurnal Kedokteran Diponegoro (Diponegoro Medical Journal)}, volume = {9}, number = {2}, year = {2020}, keywords = {mosquito coils; beet juice; sperm motility}, abstract = { Background : Mosquito coils contain substances such as allethrin, transflurin, pralethrin, cypenothrin and esbiothrin. Alletrin inhalation will pass into the bloodstream. In the liver, the detoxification occurs and produces metabolites that play a role as free radicals. Beets contain betanin, one of the betalalain groups with functions to binding free radicals in the body system. Objective : To investigate the effect beets on spermatozoa motility of wistar rats exposed by mosquito coils. Methods : In this study used post test only control group design. The number of samples was 20 male wistar rats divided into 4 groups. The Control Group (K-) is a group was given standard feed. The Control Group (K+) is only given exposed to mosquito coils. The P1 group was exposed to to mosquito coils and given 8 ml of beet juice. Group P2 was exposed to to mosquito coils and given 16 ml beet juice. The treatment were done for 56 days. Result : The mean value of motility of spermatozoa are group K (-) = 50; group K (+) = 10; group P1 = 29; group P2 = 46. Oneway Anova test showed significant differences in sperm motility in all groups. Post Hoc test showed significant difference between group K (+) with K (-) (p = <0,001), group K (+) with P1 (p = 0.005), group K (+) with P2 (p = <0,001). Conclusion : Beet juice can affect the spermatozoa motility of wistar rats exposed by mosquito coils. Keyword : mosquito coils; beet juice; sperm motility }, issn = {2540-8844}, pages = {208--212} doi = {10.14710/dmj.v9i2.27147}, url = {https://ejournal3.undip.ac.id/index.php/medico/article/view/27147} }
Refworks Citation Data :
Background : Mosquito coils contain substances such as allethrin, transflurin, pralethrin, cypenothrin and esbiothrin. Alletrin inhalation will pass into the bloodstream. In the liver, the detoxification occurs and produces metabolites that play a role as free radicals. Beets contain betanin, one of the betalalain groups with functions to binding free radicals in the body system. Objective : To investigate the effect beets on spermatozoa motility of wistar rats exposed by mosquito coils. Methods : In this study used post test only control group design. The number of samples was 20 male wistar rats divided into 4 groups. The Control Group (K-) is a group was given standard feed. The Control Group (K+) is only given exposed to mosquito coils. The P1 group was exposed to to mosquito coils and given 8 ml of beet juice. Group P2 was exposed to to mosquito coils and given 16 ml beet juice. The treatment were done for 56 days. Result : The mean value of motility of spermatozoa are group K (-) = 50; group K (+) = 10; group P1 = 29; group P2 = 46. Oneway Anova test showed significant differences in sperm motility in all groups. Post Hoc test showed significant difference between group K (+) with K (-) (p = <0,001), group K (+) with P1 (p = 0.005), group K (+) with P2 (p = <0,001). Conclusion : Beet juice can affect the spermatozoa motility of wistar rats exposed by mosquito coils.
Keyword : mosquito coils; beet juice; sperm motility
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