S-BIO is a division of Sumitomo Bakelite Co., Ltd. (a pioneer in plastics with products used for a wide-ranging applications such as IT components and material, high performance plastics and quality-of-life product). S-BIO in US operates as a part of Vaupell Holdings Inc., a group company of Sumitomo Bakelite Co., Ltd. S-BIO’s main product and services fall into two categories: glycan analysis related services and products, and high performance labware for cell culture applications. In August, 2014 Sumitomo Bakelite Co., Ltd. acquired the glycan analysis business of Ezose Sciences Inc. The acquisition of Ezose’s business expands the global presence of Sumitomo Bakelite Co., Ltd. and incorporates Ezose’s GlycanMap® technology, which complements S-BIO’s existing glycan analysis products and services. S-BIO has established a glycan analysis laboratory and product distribution center in Hudson, NH (Boston area).
Protein Low-binding Labware PROTEOSAVE™ series offer unique advantage over regular polypropylene or polystyrene tubes in reducing sample loss by preventing non-specific binding of sample (proetins, peptide, cells) to the plastic surface.
Protein Low-binding Labware PROTEOSAVE™ series offer unique advantage over regular polypropylene or polystyrene tubes in reducing sample loss by preventing non-specific binding of sample (proetins, peptide, cells) to the plastic surface.
Protein Low-binding Labware PROTEOSAVE™ series offer unique advantage over regular polypropylene or polystyrene tubes in reducing sample loss by preventing non-specific binding of sample (proetins, peptide, cells) to the plastic surface.
Protein Low-binding Labware PROTEOSAVE™ series offer unique advantage over regular polypropylene or polystyrene tubes in reducing sample loss by preventing non-specific binding of sample (proetins, peptide, cells) to the plastic surface.
Protein Low-binding Labware PROTEOSAVE™ series offer unique advantage over regular polypropylene or polystyrene tubes in reducing sample loss by preventing non-specific binding of sample (proetins, peptide, cells) to the plastic surface.
Protein Low-binding Labware PROTEOSAVE™ series offer unique advantage over regular polypropylene or polystyrene tubes in reducing sample loss by preventing non-specific binding of sample (proetins, peptide, cells) to the plastic surface.
Protein Low-binding Labware PROTEOSAVE™ series offer unique advantage over regular polypropylene or polystyrene tubes in reducing sample loss by preventing non-specific binding of sample (proetins, peptide, cells) to the plastic surface.
Protein Low-binding Labware PROTEOSAVE™ series offer unique advantage over regular polypropylene or polystyrene tubes in reducing sample loss by preventing non-specific binding of sample (proetins, peptide, cells) to the plastic surface.
Protein Low-binding Labware PROTEOSAVE™ series offer unique advantage over regular polypropylene or polystyrene tubes in reducing sample loss by preventing non-specific binding of sample (proetins, peptide, cells) to the plastic surface.
Protein Low-binding Labware PROTEOSAVE™ series offer unique advantage over regular polypropylene or polystyrene tubes in reducing sample loss by preventing non-specific binding of sample (proetins, peptide, cells) to the plastic surface.
Protein Low-binding Labware PROTEOSAVE™ series offer unique advantage over regular polypropylene or polystyrene tubes in reducing sample loss by preventing non-specific binding of sample (proetins, peptide, cells) to the plastic surface.
Protein Low-binding Labware PROTEOSAVE™ series offer unique advantage over regular polypropylene or polystyrene tubes in reducing sample loss by preventing non-specific binding of sample (proetins, peptide, cells) to the plastic surface.
Protein Low-binding Labware PROTEOSAVE™ series offer unique advantage over regular polypropylene or polystyrene tubes in reducing sample loss by preventing non-specific binding of sample (proetins, peptide, cells) to the plastic surface.
STEMFULL™ tubes are ultra-hydrophilic polymer coated centrifuge tube that minimize loss of cells by preventing non specific sticking to the walls of the tubes.
Chemiluminescent assays often outperform analogous fluorescent assays due to its’ low background offering a high signal to noise ratio, thus providing higher assay sensitivity. Spheroid tumor cells are typically generated using ULA plates and other 3D cell culturing methods, however transferring them without damaging the spheroids to a 2D white plate for luminescent assay screening can be challenging. Using PrimeSurface® 9…
Provides a streamlined, rapid and reliable O-glycan sample preparation.
