Advanced technology for excellent tabletting properties Mannitol is a sugar alcohol that is especially suitable as an excipient for advanced, highly active APIs due to its non-hygroscopicity and low content of reducing sugars. Merck Millipore's outstanding, directly compressible mannitol Parteck® M is your best choice – especially if your tableting aims at rapid release of high-dose or low-dose actives.Parteck® M belongs to t…
Parteck® Mg DC – directly compressible without additives The efficient and safe production of tablets – from drugs to fizzy tablets – requires high-quality excipients, especially if higher ingredient concentrations are needed. The best choice for formulation of such drugs are excipients that are directly compressible because they make it possible to produce sufficiently hard tablets at high quality and with fewer process step…
Merck Millipore’s Parteck® ODT gives formulators the opportunity to produce top-quality, rapid-acting tablets more cost-effectively than ever. These days, people want no-fuss, no-wait solutions – convenience products that work, quickly and without hassle. This is why many patients prefer orally disintegrating tablets, or ODTs.ODTs allow manufacturers to provide fast-acting medication, add value to existing compounds and – imp…
Unique functional particles for excellent tabletting properties Parteck® SI, Merck’s outstanding, directly compressible sorbitol, is available in a variety of particle sizes and qualities for virtually any application you can imagine.The unique particle structure of Parteck® SI – loosely packed, needle-like crystals – gives it some quite distinctive physical properties making Parteck® SI the perfect excipient for combining ma…
The DRYPOUR™ packaging system for high-quality hygroscopic salts When it comes to products and workflow, you accept nothing but the highest quality in your production – so the same should apply to packaging. Our DRYPOUR™ packaging system is an outstanding new solution for our high-quality hygroscopic salts.This state-of-the-art design packaging system minimizes caking, thus significantly reducing the time needed for material…
Learn about our LentiBrite™ LC3 lentiviral particles and LC3-II Autophagy Enrichment Kits.
Supel™ Genie HybridSPE® online cartridges have been developed as an alternative to traditional 96-well plate and individual cartridge formats for phospholipid removal and sample preparation. The HybridSPE online cartridges have been designed for online phospholipid removal allowing direct injection of protein precipitated samples for LC/MS analysis. When the samples flow through the HybridSPE online traps, the phospholipids ar…
Our HybridSPE ® -PLus plates effectively remove phospholipids and proteins from biological matrices in a simple pass-through method for accurate and reproducible LC-MS analysis. Unlike other phospholipid removal SPE products on the market, the unique retention mechanism of HybridSPE ® allows for separation of even very hydrophobic analytes from phospholipid contaminants.
Supel™ Swift HLB is a polymeric stationary phase for solid phase extraction (SPE) prior to instrumental analysis. It has both hydrophilic and lipophilic functional groups for the extraction of a broad range of compounds from aqueous samples. It retains analytes having diff erent polarities and Log P values due to its hydrophilic and lipophilic balance (HLB) property.
Our Smart SPME fibers are equipped with a unique Smart chip that offers traceability, ease-of-use, and increased productivity. The smart SPME fibers are an extension of our expertise and innovation from traditional SPME coatings to smart SPME format for accurate, reliable, and consistent results.
The over coating of fibers is a new technology in fiber coating to protect the SPME fiber from matrix components. This allows for immersion of the fiber directly into complex samples ensuring a more efficient extraction (e.g. of semivolatile compounds). Polydimethylsiloxane (PDMS) is used to overcoat a PDMS/divinylbenzene (DVB) fiber. The resulting fiber is more physically robust and resistant to chemical fouling and allows f…
The nitinol-core of SPME fibers enhances the fiber performance and the precision of chromatographic results to enhance lot-to-lot and fiber-to-fiber reproducibility, increase fiber durability, and maintain selectivity and inertness compared to fused silica core fibers.
Enable assessment of drug transport by comparison between the wild-type (WT) and knockout cell lines
For researchers who want to do cell cycle research at their benchtop, Guava Cell Cycle assay can be used for measuring G0/G1, S, and G2/M phase distributions. Based on the established method of whole-cell staining with propidium iodide (PI), Guava's cell cycle assay is easy to learn. Guava Cell Cycle software includes markers that can be set for quick assessment of G0/G1, S, and G2/M phase cell cycle percentages as data is bei…
Apoptosis, or programmed cell death, is a highly regulated pathway that is important in normal developmental processes as well as many diseases. Cells undergoing apoptosis are identifiable by a number of characteristics, including changes in mitochonrial membrane potential, transport of phosphatidylserine (PS) to the membrane surface, activation of caspase proteases, and DNA fragmentation in the nucleus. Guava offers four apop…
Guava Technologies' ViaCount assay is revolutionizing the way cell counting and viability assessment are done in today's laboratories. Fast, automated, and highly reproducible, the Guava ViaCount assay addresses many of the difficulties of conventional cell counting and viability assessment methods. The Guava ViaCount assay provides: Cell counts up to ten times faster than manual counting, in a convenient turnkey assay.…
The new Guava Nexin® reagent monitors induction of apoptosis quickly and easily, with minimal chance for contamination. Annexin V is a calcium-dependent phospholipid binding protein with high affinity for phosphatidylserine (PS), a membrane component normally localized to the internal face of the cell membrane. Early in the apoptotic pathway, molecules of PS are translocated to the outer surface of the cell membrane where Ann…
Mouse embryonic stem cells (mESCs) are unique cells in that they can be maintained in vitro as pluripotent cells and can be induced to differentiate into many cell types by manipulating culture conditions. mESCs have been used as a model to help define differentiation and signaling pathways in human embryonic stem cells (hESCs), since hESCs are more arduous to work on. Therefore, much attention has been focused on understandin…
Millipore’s The FlowCellect™ Human Embryonic Stem Cell Characterization kit is designed as an easier and quicker way to track surface marker expression of hOCT4, SSEA4 and SSEA1. The kit will also help to determine the percentage of undifferentiated human embryonic stem cells in culture by determining the percentage of cells that express both hOCT4 and SSEA4 and not SSEA1. This quick test will allow researchers to determine th…
Millipore’s The FlowCellect™ Human Embryonic Stem Cell Surface Marker Characterization kit is designed to facilitate an easier and quicker way to track surface marker expression of TRA-1-60, SSEA4 and SSEA1. The kit will also help to determine the percentage of undifferentiated human embryonic stem cells in culture by determining the percentage of cells that express both TRA-1-60 and SSEA4 and not SSEA1. This quick test will a…
