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Antibacterial effect of Datura stramonium and Prosopis farcta extracts and effect on the cell viability
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Researchers have focused on natural medicines to treat infectious
diseases due to antibiotic resistance. Due to the medicinal importance
of Datura stramonium and Prosopis farcta, the present study has
investigated their antimicrobial effects against some gram-positive and
negative bacteria by disc diffusion, micro broth dilution, and agar well
diffusion methods and also their possible toxicity using MTT assay
against HT29 cells. Additionally, the inhibitory effect of the extracts
on the formation of bacterial biofilms was investigated. The
hydroalcoholic extract of D. stramonium and P. fracta had antibacterial
effects on the bacteria in both micro broth dilution and agar well
diffusion methods. D.stramonium and P.fracta had the greatest effects on
S.aureus and P.aeruginosa. Their weakest effects were seen towards K.
pneumonia and A. baumannii. Anti-biofilm property was observed only for
D. stramonium extract (50 mg/ml concentration). MTT assay showed that
exposure of HT29 cells to concentrations of 25, 12.5, 6.25, and 3.1
mg/ml of D.stramonium and P.fracta extracts did not cause obvious
toxicity. P.farcta and D.stramonium inhibited the growth of bacteria as
well as biofilm formation in these strains, and they were not toxic to
human cells. Trials on patients using these extracts are recommended,
however
Title: Antibacterial effect of Datura stramonium and Prosopis farcta extracts and effect on the cell viability
Description:
Researchers have focused on natural medicines to treat infectious
diseases due to antibiotic resistance.
Due to the medicinal importance
of Datura stramonium and Prosopis farcta, the present study has
investigated their antimicrobial effects against some gram-positive and
negative bacteria by disc diffusion, micro broth dilution, and agar well
diffusion methods and also their possible toxicity using MTT assay
against HT29 cells.
Additionally, the inhibitory effect of the extracts
on the formation of bacterial biofilms was investigated.
The
hydroalcoholic extract of D.
stramonium and P.
fracta had antibacterial
effects on the bacteria in both micro broth dilution and agar well
diffusion methods.
D.
stramonium and P.
fracta had the greatest effects on
S.
aureus and P.
aeruginosa.
Their weakest effects were seen towards K.
pneumonia and A.
baumannii.
Anti-biofilm property was observed only for
D.
stramonium extract (50 mg/ml concentration).
MTT assay showed that
exposure of HT29 cells to concentrations of 25, 12.
5, 6.
25, and 3.
1
mg/ml of D.
stramonium and P.
fracta extracts did not cause obvious
toxicity.
P.
farcta and D.
stramonium inhibited the growth of bacteria as
well as biofilm formation in these strains, and they were not toxic to
human cells.
Trials on patients using these extracts are recommended,
however.
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