Significance of Petroleum ether extract
Petroleum ether extract refers to a concentrated solution derived using petroleum ether as a solvent to isolate specific compounds from plant materials. This extraction method is commonly employed to evaluate various biological activities, such as antimicrobial, anti-inflammatory, or antioxidant effects. Different studies have utilized petroleum ether extracts from various plant sources, including leaves, stems, and roots, to identify active phytochemicals. Despite some extracts showing significant efficacy against certain pathogens, others may exhibit minimal antibacterial activity.
Synonyms: Oil extract
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The concept of Petroleum ether extract in scientific sources
Petroleum ether extract pertains to extracts from specific plants, notably P. zeylanica and A. hexapetalus, demonstrating significant toxicity, particularly the latter against the Leishmania donovani parasite, highlighting its potential in pharmaceutical applications.
From: World Journal of Pharmaceutical Research
(1) A type of solvent extract from Gmelina asiatica that showed particular potency against certain bacterial strains in this study.[1] (2) A method of extracting compounds from plant materials using petroleum ether, often used in medicinal studies.[2] (3) A specific extraction method using petroleum ether to isolate compounds from plant materials, noted for its significant anti-inflammatory properties.[3] (4) An extract of Chaetomorpha antennina using petroleum ether, demonstrating significant antibacterial activity against several pathogens.[4] (5) A solvent-derived extract from Moringa oleifera and Phyllanthus emblica leaves used for identifying bioactive compounds through chemical analysis.[5]
From: Ancient Science of Life
(1) A solvent-derived form of Commiphora mukul that has been shown to significantly increase iodine uptake in thyroid glands under experimental conditions.[6] (2) An extract obtained from Kutaja bija using petroleum ether, analyzed through Thin Layer Chromatography.[7] (3) A type of extract obtained from nutmeg seeds using petroleum ether, noted for its significant anti-diarrhoeal activity.[8] (4) A specific solvent extraction method used to isolate bioactive compounds from Janakia arayalpatra, yielding triterpenoids.[9] (5) An extract obtained from the powdered bark using petroleum ether, analyzed for its antimicrobial properties.[10]
From: International Ayurvedic Medical Journal
(1) One of the solvents used to extract compounds from Jatvaadi Dhoomagad in the study, evaluated for its larvicidal and adulticidal properties.[11] (2) A specific extraction method used on Vanda tessellata leaves, yielding a plant extract analyzed for its pharmacological properties.[12] (3) A concentrated extraction method using petroleum ether to isolate bioactive compounds from the Vanda tessellata plant to study its antioxidant properties.[13] (4) A concentrated extract derived from the leaves of Vanda tessellata Roxb, used in the study to evaluate its hepatoprotective effects.[14]
From: AYU (Journal of Research in Ayurveda)
(1) An extract from A. hexapetalus found to be the most cytotoxic against L. donovani.[15] (2) An extract obtained from P. zeylanica root using petroleum ether, noted for having higher toxicity compared to other extracts.[16] (3) Solvents used to extract specific phytochemicals from plant materials, indicating the presence of fixed oils or non-polar compounds.[17]
From: Journal of Ayurveda and Integrative Medicine
(1) An extract obtained using petroleum ether as a solvent, assessed for its anti-inflammatory properties in the study.[18]