Abstract
Objective:Silybum marianum and Suaeda vermiculata are popular plants wealthy in cancer prevention agents. There is no enough research on both plants since they are not available in many places. They are widely spread in Egypt. Methods:This research was performed to estimate their antimicrobial effect as well as their hepatoprotective effect against strong drugs inducing oxidative stress such as doxorubicin which may be a chemotherapeutic operator utilized to treat different sorts of cancer and demonstrated to be hepatotoxic medicate. Six bunches of male Wistar rats were utilized (control, Silybum marianum extricate, Suaeda vermiculata extricate, doxorubicin, Silybum marianum extricate additionally doxorubicin and Suaeda vermiculata extricate additionally doxorubicin). Results: Our data confirmed the effective antimicrobial effect of both plants and also the hepatoprotective effect against oxidative damage. Both plants are highly recommended as natural supplements by patients treated by different drugs inducing oxidative stress whereas; Milk thistle was proved to be stronger hepatoprotective herb.
Highlights
Doxorubicin could be a chemotherapeutic sedate utilized to treat various sorts of cancer counting breast cancer and intense lymphocytic leukemia
Our data confirmed the effective antimicrobial effect of both plants and the hepatoprotective effect against oxidative damage. Both plants are highly recommended as natural supplements by patients treated by different drugs inducing oxidative stress whereas; Milk thistle was proved to be stronger hepatoprotective herb
Antimicrobial studies of Silybum marianum and Suaeda vermiculata extracts The results reflect the inhibitory power of a compound only for the time specified
Summary
Doxorubicin could be a chemotherapeutic sedate utilized to treat various sorts of cancer counting breast cancer and intense lymphocytic leukemia. Silybum marianum (Milk thistle) was proved to cure numerous diseases including liver diseases and as a natural source of strong antioxidants (Othman et al, 2020). Our inquire about pointed to utilize both plants as characteristic sources of cancer prevention agents to overcome the oxidative stretch initiated by doxorubicin (chemotherapeutic medicine).
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