July 1, 2016, Creative Proteomics, an outstanding supplier among drug development services and products related to proteomics field, issued that two new products---Natural Compound MS Std and Sialic acids have been added to mass spectrometry category. This also symbolized that the expansion of mass spectrometry products in Creative Proteomics.
Mass spectrometry, a treasure among a great range of application fields, especially in proteomics, is used to detect the mass-to-charge ratio of ions to quantify and identify the molecules in simple and complex mixtures. The development of the previous four products, including glycobiology product, MS grade amino acid, MS peptide standards and MS protein standard has paved the way for mass spectrometry products in Creative Proteomics to market.
The birth of the newest two products
“in order to correspond to the market requirements and to increase competitiveness, the development of these two products is an inevitable for Creative Proteomics. ” Dr. Hoffman said.
Natural compound MS Std
In this category, scientists in Creative Proteomics developed more than 14 products, including lipid, enzyme, glycolipid and so on, which can fully meet the demands of the market. And now they are available for customers to inquiry on their website.
Sialic acids
This item also includes more than ten kinds of products, including disialic acid, enzymes, galactose derivatives, substrates and so on. “sialic acids now are the most popular products among mass spectrometry products. A majority of our loyal customers had asked for this before its development.” Dr. Hoffman said. “now they are available and also affordable to all customers.”
In addition to the emergence of these two products, customers can enjoy 5% off on all products. The promotion will be ended at the end of this month.
With reasonable and affordable prices of mass spectrometry and other kinds of products, scientist in Creative Proteomics can serve their customers with their profession, advanced services and high-quality products, which are not limited to the range of mass spectrometry.
