Drug discovery > Basic Research Products & Reviews

For removal of parvoviruses from therapeutic protein feed streams

OXM causes weight loss via suppression of food intake and increase in energy expenditure. OXM administration was also reported to increase heart-rate in mice. Besides regulating glucose homeostasis in monogastric animals, OXM also increases the concentration of insulin and glucose in plasma of Holstein cattle under normal physiological conditions. It has been shown that Type 2 diabetes patients have lower levels of OXM and lev…

The Ansh Labs Bioactive IGF-I kit uses a highly sensitive two-site antibody method which allows detection of bioactive IGF-I. This assay enables accurate measurement and differentiation of bioactive IGF-I from total IGF-I levels. Assessment of bioactive to total IGF-I ratio will be informative and advance our understanding of IGF-I function and regulation in different physiological and disease states.

The Total IGF-I immunoassay is a direct detection method which eliminates potential altering of sample matrix from size-exclusion chromatography or filtration methods.  

The ratio of Total to Intact IGFBP-4 concentration measured in individual subjects over time will help normalizes the IGFBP-4 variability between subjects and also increase the detection rate of increased PAPP-A activity in myocardial infarction subjects.

During pregnancy, PAPP-A is produced in high concentrations by the trophoblast and released into maternal circulation. In addition to trophoblasts, PAPP-A expression has been reported in various tissues, including endometrium, testis, atherosclerotic arteries, kidney, bone, colon, and other adult and fetal tissue.

Activin B exhibits a wide range of biological activities, including regulation of embryogenesis, osteogenesis, hematopoiesis, reproductive physiology and hormone secretion from the hypothalamic, pituitary and gonadal glands.

The Accel-NGS 2S MID Indexing Kits have been designed, optimized, and validated for use withAccel-NGS 2S DNA Library Kits on Illumina platforms, and aid in low frequency variant detection, as well as accurate de-duplication of single read sequencing and sequencing from samples with non-random fragmentation. Get the most out of your NGS sequencing data with this powerful tool. Improve detection of low frequency alleles…

Offering precise movement (repeatability 0.7 µm) in the X and Y axis (280 x 80 mm), the H139 is the perfect tool for labs tasked with precise microscopic examination of larger numbers of microplates or microscope slides, and gives users a uniquely powerful combination of precision, speed and convenience.  Designed for use with leading models of inverted microscopes, the H139 allows users to conduct two live cell imaging exp…

Excel Scientific now offers adhesive sealing films on Roll-Seal™ rolls for use with high-throughput automated microplate sealers. Film rolls, constructed on three-inch-diameter plastic cores, are compatible with most common adhesive sealers (Brandel, Thermo-Fisher/Abgene, FluidX, KBiosystems). The Roll-Seal format provides reliable and efficient sealing at a lower cost per plate with minimal user intervention. Robust static-fr…

ThermalSeal ATM sealing films are an advanced version of Excel Scientific's classic ThermalSeal® sealing films for PCR. ThermalSeal A films consist of 50 µm polyester film with a 41 µm layer of acrylic adhesive formulated for improved protection against evaporation and leakage during thermal cycling. Intended for non-real-time PCR applications, ThermalSeal A films are designed to fit inside the edge of raised-rim PCR plates an…

Solutions for Life Science

The Prior Scientific ProZ Motorized Focus Column offers a wide range of configurations to meet your Z focus and XY stage microscopy needs.

A combination of superior quality image and microscopy dedicated features

Cutting edge brain research in awake mice without the biases introduced by anesthetics.

Adjustable Rigid Post Mounts for Neuroscience.

Translation Stage.

Second generation laser autofocus for advanced microscope automation

FG beads® are beads approximately 0.2 μm in diameter that are composed of multiple ferrite particles coated with a special polymer called poly-GMA (glycidyl methacrylate). The FG beads® that are manufactured using this original technology are used as matrices for affinity purification and provide characteristics that are superior to conventional matrices.

FG beads® are beads approximately 0.2 μm in diameter that are composed of multiple ferrite particles coated with a special polymer called poly-GMA (glycidyl methacrylate). The FG beads® that are manufactured using this original technology are used as matrices for affinity purification and provide characteristics that are superior to conventional matrices.

FG beads® are beads approximately 0.2 μm in diameter that are composed of multiple ferrite particles coated with a special polymer called poly-GMA (glycidyl methacrylate). The FG beads® that are manufactured using this original technology are used as matrices for affinity purification and provide characteristics that are superior to conventional matrices.

FG beads® are beads approximately 0.2 μm in diameter that are composed of multiple ferrite particles coated with a special polymer called poly-GMA (glycidyl methacrylate). The FG beads® that are manufactured using this original technology are used as matrices for affinity purification and provide characteristics that are superior to conventional matrices.

FG beads® are beads approximately 0.2 μm in diameter that are composed of multiple ferrite particles coated with a special polymer called poly-GMA (glycidyl methacrylate). The FG beads® that are manufactured using this original technology are used as matrices for affinity purification and provide characteristics that are superior to conventional matrices.

FG beads® are beads approximately 0.2 μm in diameter that are composed of multiple ferrite particles coated with a special polymer called poly-GMA (glycidyl methacrylate). The FG beads® that are manufactured using this original technology are used as matrices for affinity purification and provide characteristics that are superior to conventional matrices.

FG beads® are beads approximately 0.2 μm in diameter that are composed of multiple ferrite particles coated with a special polymer called poly-GMA (glycidyl methacrylate). The FG beads® that are manufactured using this original technology are used as matrices for affinity purification and provide characteristics that are superior to conventional matrices.