Marine Carbohydrate Production by Assisted Extraction

Marine Carbohydrate Production by Assisted Extraction

Flexible Auxiliary Extraction Programs to Improve Marine Carbohydrate Yields

Marine carbohydrates have a wide range of biological activities and play a vital role in the fields of food additives, drug development, and biomaterial development. At CD BioGlyco, with extensive experience in Marine Carbohydrate extraction, we offer a marine carbohydrate production service based on assisted extraction. We use highly efficient methods and Technologies to extract carbohydrates from marine resources such as Algae, Animals, and other marine organisms. Extraction methods are optimized to ensure maximum yield.

Assisted extraction techniques such as ultrasonic and microwave-assisted extraction are more efficient for Marine Biomolecule Production than traditional methods. We use the following assisted extraction techniques to improve the efficiency and yield of carbohydrate extraction.

Ultrasound-assisted extraction

The technique is based on the principle of applying ultrasound to a sample submerged in a liquid medium, causing the cell wall to rupture and release marine carbohydrates. It is an effective method for achieving high extraction rates of polysaccharides such as Cellulose due to advantages including the small amount of solvent used in the extraction and the ability to be used in conjunction with other methods (maceration, heat- and microwave-assisted extraction, etc.). When utilizing ultrasound-assisted extraction, we investigate the effect of different variables on marine carbohydrates, such as solvent used, ultrasound intensity, extraction time, temperature, and solvent-to-solid ratio.

Microwave-assisted extraction

It is a technique that is used to extract carbohydrates from different marine resources. It has various advantages such as increased extraction yield, reduced use of solvents, and increased extraction rate. We select appropriate extraction solvents and extract marine carbohydrates under appropriate time, pressure, and solute-solvent ratio conditions. In addition, this technique is also used in combination with other methods to extract substances such as polysaccharides.

Two assisted extraction methods for the extraction of marine carbohydrates. (CD BioGlyco)

In addition, we incorporate other methods to improve the yield of marine carbohydrates, such as Enzyme-assisted Extraction and Organic Solvent Extraction. Our researchers are constantly exploring marine carbohydrate extraction techniques to provide clients with effective and non-toxic extraction solutions and maximize extraction rates.

Publication Data

Technology: Ultrasound-assisted extraction

Journal: International Journal of Environmental Research and Public Health

IF: 4.614

Published: 2021

Results: This study presents in detail the principles of ultrasound-assisted extraction, its application in the extraction of algal bioactive and other substances, the advantages, the combinatorial approach, and the evaluation of its application. As an innovative method, it not only extracts substances such as polysaccharides with less solvent and cost but also maintains the integrity of these molecules. Based on this, the method has an important role in the extraction of polysaccharides and other substances from marine algae. Some of the variables affecting extraction efficiency are presented in the paper guide for optimizing the ultrasound-assisted extraction method.

Fig.1 Principle of ultrasound-assisted extraction.Fig.1 Characteristics of ultrasound-assisted extraction. (Carreira-Casais, et al., 2021)

Applications

  • Marine carbohydrates produced through assisted extraction are used as food additives and stabilizers to improve various food products.
  • Marine carbohydrates produced through assisted extraction have potential medicinal value and are used in the research and development of pharmaceuticals such as wound healing products.
  • Marine carbohydrates produced through assisted extraction have good applications in producing cosmetics such as skin care products and hair care products.

Advantages

  • We are skilled in various technologies such as ultrasonic-assisted extraction and microwave-assisted extraction for the production of marine carbohydrates and ensure their high quality and yield.
  • Assisted extraction methods for the production of marine carbohydrates are highly efficient and reduce production time compared to traditional extraction methods.
  • Assisted extraction methods for the production of marine carbohydrates are optimized and customized to meet specific client requirements.

Frequently Asked Questions

What are the advantages of assisted extraction in marine carbohydrate production?

Assisted extraction methods (ultrasound-assisted and microwave-assisted extraction) are generally faster, more efficient, and result in higher carbohydrate yields than conventional extraction methods. They also reduce the use of solvents, are more environmentally friendly, and help maintain the quality of the extracted carbohydrates.

Can marine carbohydrate extraction methods be customized?

Of course, our marine carbohydrate production services apply to a wide range of substances (polysaccharides, glycoproteins, etc.) from different marine resources (plants, animals, microorganisms). After understanding the client's needs, our team will develop and screen suitable extraction methods, such as ultrasonic-assisted extraction, microwave-assisted extraction, combination methods, etc., and optimize the extraction conditions to improve yield and production.

CD BioGlyco is skilled in utilizing assisted extraction techniques to produce a variety of marine carbohydrates and offers flexible production solutions. Welcome to contact us to learn more about the steps of the solution and our service if you need this area.

Reference

  1. Carreira-Casais, A.; et al. Benefits and drawbacks of ultrasound-assisted extraction for the recovery of bioactive compounds from marine algae. International journal of environmental research and public health. 2021, 18(17): 9153.
For research use only. Not intended for any clinical use.
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