Research Journal of Pharmacology and Pharmacodynamics

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Drug Interaction of Minoxidil and Himplasia with Oral Anti Diabetic Drug Sitagliptin in Diabetic Rats


Affiliations
1 Senior Research Scientist, Radiant Research Services Pvt Ltd., Bangalore, Karnataka - 560058., India
2 Head Technical Operatations, Radiant Research Services Pvt Ltd., Bangalore, Karnataka - 560058., India
3 Department of Pharmacology, T. John College of Pharmacy, Bangalore, Karnataka – 560083., India
4 Department of Pharmacology, PGP College of Pharmaceutical Sciences and Research Institute, Namakkal, Tamil Nadu – 637207., India
     

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Aim and Objective: Sitagliptin is given as an oral antidiabetic drug to treat Diabetes Mellitus. Minoxidil and himplasia may be co-prescribed along with sitagliptin to treat hypertension and BPH respectively. As such no information is available regarding the interaction taking place between sitagliptin, minoxidil and himplasia. Hence the present work has been aimed to find out the interaction with among the above said drugs in rodent model, since such studies cannot be performed in humans. Methods: Studies were conducted in normal and alloxan induced diabetic rats with oral doses of 9mg/kg B.W of sitagliptin, 9mg/kg B.W of minoxidil and 54mg /k g of himplasia and their combinations with adequate washout periods in between the treatments. Blood samples were collected at regular time intervals in rats throughretro orbital puncture. All the blood samples were analyzed for blood glucose by GOD/POD method in pharmacodynamic studies and the serum sitagliptin concentrations were estimated by UV Spectrophotometry. Serum insulin was estimated by chemiluminescence assay. Results: Sitagliptin showed hypoglycemic action in both normal and diabetic rats and the peak action was observed at 6 h. Hyperglycemia was observed with minoxidil at 1st hour, hypoglycemia was observed with himplasia at 4th hour and the combination of minoxidiland himplasia showed biphasic response in blood glucose levels. The same responses were observed even in combination with sitagliptin. The serum sitagliptin concentrations were not altered by the co-administration of drugs. Serum insulin levels were inhibited by administration of minoxidil and potentiated by himplasia and initial reduction followed by surge observed with combination of minoxidil and himplasia. The similar responses were observed when co-administered with sitagliptin. Conclusion: Thus it could be concluded that the combination of minoxidil and himplasia should be taken with care for clinical benefits in diabetic patients. However, further studies should be carried out in non rodent species and in clinical settings are warranted.

Keywords

Diabetes mellitus, Sitagliptin, Minoxidil, Himplasia, Drug interactions, Chemiluminescence assay.
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  • Drug Interaction of Minoxidil and Himplasia with Oral Anti Diabetic Drug Sitagliptin in Diabetic Rats

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Authors

Dhanapuram Akhila Banu
Senior Research Scientist, Radiant Research Services Pvt Ltd., Bangalore, Karnataka - 560058., India
Gopi Mareedu
Head Technical Operatations, Radiant Research Services Pvt Ltd., Bangalore, Karnataka - 560058., India
Vivek B
Department of Pharmacology, T. John College of Pharmacy, Bangalore, Karnataka – 560083., India
Velmurugan C
Department of Pharmacology, PGP College of Pharmaceutical Sciences and Research Institute, Namakkal, Tamil Nadu – 637207., India

Abstract


Aim and Objective: Sitagliptin is given as an oral antidiabetic drug to treat Diabetes Mellitus. Minoxidil and himplasia may be co-prescribed along with sitagliptin to treat hypertension and BPH respectively. As such no information is available regarding the interaction taking place between sitagliptin, minoxidil and himplasia. Hence the present work has been aimed to find out the interaction with among the above said drugs in rodent model, since such studies cannot be performed in humans. Methods: Studies were conducted in normal and alloxan induced diabetic rats with oral doses of 9mg/kg B.W of sitagliptin, 9mg/kg B.W of minoxidil and 54mg /k g of himplasia and their combinations with adequate washout periods in between the treatments. Blood samples were collected at regular time intervals in rats throughretro orbital puncture. All the blood samples were analyzed for blood glucose by GOD/POD method in pharmacodynamic studies and the serum sitagliptin concentrations were estimated by UV Spectrophotometry. Serum insulin was estimated by chemiluminescence assay. Results: Sitagliptin showed hypoglycemic action in both normal and diabetic rats and the peak action was observed at 6 h. Hyperglycemia was observed with minoxidil at 1st hour, hypoglycemia was observed with himplasia at 4th hour and the combination of minoxidiland himplasia showed biphasic response in blood glucose levels. The same responses were observed even in combination with sitagliptin. The serum sitagliptin concentrations were not altered by the co-administration of drugs. Serum insulin levels were inhibited by administration of minoxidil and potentiated by himplasia and initial reduction followed by surge observed with combination of minoxidil and himplasia. The similar responses were observed when co-administered with sitagliptin. Conclusion: Thus it could be concluded that the combination of minoxidil and himplasia should be taken with care for clinical benefits in diabetic patients. However, further studies should be carried out in non rodent species and in clinical settings are warranted.

Keywords


Diabetes mellitus, Sitagliptin, Minoxidil, Himplasia, Drug interactions, Chemiluminescence assay.

References