Significance of Successive extraction
Successive extraction is a method aimed at obtaining concentrated extracts from plant materials using various solvents, including hot chloroform and methanol. It involves isolating antibacterial substances from marine algae and extracting compounds by applying multiple solvents with differing polarities for a more efficient yield. This technique utilizes a sequence of solvent washes to maximize the extraction of specific phyto-constituents, enhancing the overall recovery of valuable compounds from the plant material.
Synonyms: Sequential extraction
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The concept of Successive extraction in scientific sources
Successive extraction is a technique for isolating plant compounds, utilizing multiple solvents with different polarities to extract varied components efficiently, enhancing the yield and diversity of the extracted substances.
From: World Journal of Pharmaceutical Research
(1) A method of extracting compounds from plant material using various solvents in a sequential manner to isolate different bioactive compounds.[1] (2) The method of extracting compounds from plant material through multiple solvent applications.[2] (3) A method for isolating antibacterial substances from marine algae using solvents like benzene, chloroform, and methanol.[3] (4) A method used to obtain a concentrated extract from plant materials through the use of solvents, such as hot chloroform or methanol.[4] (5) A method used to isolate compounds from plant material by using multiple solvents of varying polarity to yield different components.[5]
From: Ancient Science of Life
(1) A method of extracting components from a plant by using multiple solvent washes to maximize yield of specific phyto-constituents.[6]