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Thermo Scientific FT-IR Solutions Characterize Algae Biomolecules for Biofuels Programs
Product News

Thermo Scientific FT-IR Solutions Characterize Algae Biomolecules for Biofuels Programs

Thermo Scientific FT-IR Solutions Characterize Algae Biomolecules for Biofuels Programs
Product News

Thermo Scientific FT-IR Solutions Characterize Algae Biomolecules for Biofuels Programs


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Thermo Fisher Scientific Inc. has announced that its FT-IR sampling solutions are designed to provide a cost-effective approach to characterizing the chemical composition of biological systems, such as lipids, in algae. Algae are a promising source for the large quantities of biomass required for a successful biofuels program.

Thermo Scientific FT-IR-based automated sampling techniques, originally created for pharmaceutical high-throughput screening systems, can be applied to the analysis of algae. The solutions combine instrumentation, accessories and software to increase the number of biological samples that can be analyzed with automated spectroscopy.

Industry professionals can choose from among four different configurations capitalizing on ATR spectroscopy, transmission spectroscopy, reflectance spectroscopy and infrared microscopy to suit varying analytical requirements and sample preparation methods.

A selection of Thermo Scientific infrared sampling techniques can be used to characterize the chemical composition of algae. A combination of the Thermo Scientific Nicolet iS10 FT-IR spectrometer configured with a Smart iTR diamond accessory or Smart OMNI-transmission accessory can be used to obtain spectra from dried algae.

The Thermo Scientific Nicolet 6700 FT-IR system, equipped with an automated well plate reader and the Thermo Scientific OMNIC Array Automation software analyzes multiple samples in reflectance studies in a simple and low-cost manner. Finally, reliable infrared microscope transmission data can be obtained using the Thermo Scientific Nicolet 6700 and a Continuum infrared microscope configured with an automated X,Y stage.

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