Determination of Nitrogen/Protein in Flour LECO 828 series: A Fast Food Solution

Determination of Nitrogen/Protein in Flour LECO 828 series: A Fast Food Solution

Nutrition & Food Sciences / Agro-Food

October 03, 2018

Get results that you can count on, while making your lab life easier and more streamlined with LECO latest solution for the analysis of nitrogen and protein, the 828 series. 

  • Quickly and effortlessly analyzes your challenging samples including feed and milled products.
  • Allows you to easily handle a wide range of sample applications by incorporating state-of-the-art hardware and an on-board, touch-screen software platform.
  • Macro sample mass capability paired with cycle times as fast as 2.8 minutes with unparalleled sample analysis throughput. 

The accurate and precise determination of protein not only plays a role in the characterization of nutritional or dietary value in flours, but is also thee key to determining the category or quality of the flour.

Click here to read more about the sample preparation, accessories, method parameters, procedure and results in the Application Note!

 

Thermometric titration-can you feel the heat?

Thermometric titration-can you feel the heat?

Nutrition & Food Sciences / Agro-Food

Thermometric titration is fast, simple to use, rugged, versatile and unique.
In thermometric titration, the temperature change during a chemical reaction is used for the endpoint detection. This temperature change takes place only while the titrant reacts with the analyte. This makes endpoint detection very easy!
Consequently, the thermometric titrator is the ideal solution for difficult samples with complex matrices that cannot be titrated potentiometrically.

 

 

June 01, 2014 More +
New QIAseq miRNA Library Kit overcomes miRNA-seq challenges

New QIAseq miRNA Library Kit overcomes miRNA-seq challenges

Nutrition & Food Sciences / Agro-Food

microRNA sequencing is the future of gene regulation analysis, providing unmatched specificity for closely related microRNAs as well as the ability to detect novel noncoding transcripts. But challenges in the current workflow can cause up to half of microRNA sequencing data to be missed entirely.

 

January 04, 2017 More +
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