Fenugreek down-regulating caspase-3 and VEGF expression as a therapeutic agent in acetaminopheninduced hepatotoxicity in male rats
Amany Abdelhamied Mahmoud Osman; Amal A. E. Ibrahim;
Abstract
People especially youth are used to consume overdoses from pain relief
drugs to kill pain. Acetaminophen (AC) that has the commercial name
Panadol is the more famous drug. AC overdose (750 mg/kg) can cause
hepatotoxicity with oxidative stress as one of the possible mechanisms
mediating the event. The present study aimed to explore the therapeutic
effects of 200 mg/kg of fenugreek (FEN) on AC-induced hepatotoxicity, for
seven consecutive days. Treatment with FEN prevented the AC-induced
hepatotoxicity, by increased protein, albumin, and decrease liver function
levels. These biochemical analyses authenticated with the histological
improvement in the hepatic tissue. The improvement of hepatic histological
picture come in accordance with the reducing expression of caspase-3 and
vascular endothelial growth factor (VEGF) in hepatic cytoplasm when
compared with AC-treated animals. In conclusion, FEN has a protective role
against AC-induced hepatotoxicity by enabling hepatocyte regeneration and
reducing inflammatory activity.
drugs to kill pain. Acetaminophen (AC) that has the commercial name
Panadol is the more famous drug. AC overdose (750 mg/kg) can cause
hepatotoxicity with oxidative stress as one of the possible mechanisms
mediating the event. The present study aimed to explore the therapeutic
effects of 200 mg/kg of fenugreek (FEN) on AC-induced hepatotoxicity, for
seven consecutive days. Treatment with FEN prevented the AC-induced
hepatotoxicity, by increased protein, albumin, and decrease liver function
levels. These biochemical analyses authenticated with the histological
improvement in the hepatic tissue. The improvement of hepatic histological
picture come in accordance with the reducing expression of caspase-3 and
vascular endothelial growth factor (VEGF) in hepatic cytoplasm when
compared with AC-treated animals. In conclusion, FEN has a protective role
against AC-induced hepatotoxicity by enabling hepatocyte regeneration and
reducing inflammatory activity.
Other data
Title | Fenugreek down-regulating caspase-3 and VEGF expression as a therapeutic agent in acetaminopheninduced hepatotoxicity in male rats | Authors | Amany Abdelhamied Mahmoud Osman ; Amal A. E. Ibrahim | Keywords | Acetaminophen, Antioxidant, Fenugreek, Hepatotoxicity, Oxidative stress | Issue Date | Mar-2017 | Journal | Merit Research Journal of Medicine and Medical Sciences | Description | This will lead to maintain human health. To our knowledge, this is the first investigation, which has assessed the association between FEN administration and caspase-3 and VEGF expression in the hepatic tissue. Present data concluded that the immunomodulatory mechanism of action of FEN in inhibition caspase-3 expression to enable the hepatocyte to regenerate; and in decrease of VEGF expression to alleviate inflammation due to AC administration. These results may open up a new way for the treatment of liver diseases, by adding FEN to our daily diets. |
ISSN | 2354-323X |
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