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Hypoglycemic activity and ALP lowering role of Hedera nepalensis K. Koch Leaves in Alloxane monohydrate induced Diabetic rabbitsHypoglycemic activity and ALP lowering role of <i>Hedera nepalensis</i> K. Koch Leaves in Alloxane monohydrate induced Diabetic rabbits

Other Titles
Hypoglycemic activity and ALP lowering role of <i>Hedera nepalensis</i> K. Koch Leaves in Alloxane monohydrate induced Diabetic rabbits
Authors
Romman, MuhammadParvez, RainazKhan, WaliShuaib, MuhammadUllah, ShariatZaman, Shahul Haq, FaizKhalil, Atif Ali KhanHazrat, AliMuhammad, Noorul Haq, ZahoorJan, SaminWali, SherIshaq, MuhammadZakirullahBilqees, RizwanaHafizullahHameed, IshfaqIbrahim, MuhammadAdnan, MuhammadIqbal, SadiaNisaruddinIkram, MuhammadHaq, IhteshamulAhmad, RiazSaqibullahlAli, Murad
Issue Date
Jul-2020
Publisher
Innovative Scientific Information & Services network (ISISnet)
Keywords
Alloxane; Glucose; ALP; Metformin; diabetes
Citation
Bioscience Research, v.17, no.3, pp 2264 - 2268
Pages
5
Indexed
ESCI
FOREIGN
Journal Title
Bioscience Research
Volume
17
Number
3
Start Page
2264
End Page
2268
URI
https://scholarworks.gnu.ac.kr/handle/sw.gnu/72039
ISSN
1811-9506
2218-3973
Abstract
Diabetes mellitus is a multifactorial disease that has a significant impact on the health, quality of life and expectancy of patients, as well as on the health care system. This study aims to evaluate Hedera nepalensis K. Koch plant for antidiabetic studies in rabbits. The effect of Methnolic extract of Hedra nepalensis on blood glucose and ALP level were studied. Rabbits were made diabetic by injecting Alloxane monohydrate at the dose rate of 100mg/kg per body weight consecutively for three days. Diabetic rabbits were divided into different groups. One group was kept unmedicated, non-diabetic control and other group as unmedicated diabetic control. The crude plant methanolic extract was given to three diabetic groups at the dose rate of 100mg, 200mg and 300mg/kg per body weight. Twenty mg/kg Metformin 2HCl was given to one group. Blood samples were collected from entire group at regular interval. There was hyperglycemia as well as increased ALP level in all alloxane treated groups. Results showed a significant decrease in glucose 89.15 mg/kg and ALP 327.65 IU/L levels among all the groups. It has been revealed that Hedra nepalensis has antidiabetic role. Further work may be done on pure extract to identify the exact compound having such potential..
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