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Showing 25 of 751 items meeting your criteria.
| Type | Category | Supplier | ||
|---|---|---|---|---|
 | Silensomes™ are human pooled liver microsomes in which one specific CYP has been chemically knocked out. Silensomes™ is a single unique and representative model, capable of directly quantifying and predicting the contribution of CYP enzymes in drug metabolism | |||
Documents | Cell Biology | Biopredic | ||
 | Biopredic International supplies academia and pharmaceutical, cosmetic, chemical and CRO industries worldwide with human and animal biologicals for research, drug discovery and development. | |||
Documents | Cell Biology | Biopredic | ||
 | You are familiar with our immunogold products and their uses for microscopy, but do you know about the advantages and other uses of our family of products for targeting His-tagged proteins, Ni-NTA-Nanogold® and GoldiBlot™? | |||
Documents | Nanoparticles | Nanoprobes | ||
 | The GoldiBlot™ Western His-Detection Kit (catalog # 2090) uses Ni2+-nitrilotriloacetic acid (NTA) - functionalized gold nanoparticles and autometallography (catalytic metal deposition) to detect polyhistidine (His)-tagged proteins. His-tagged proteins are visualized by gold deposition, and appear as magenta colored bands or dots on Westerns and dot blots. | |||
Documents | Nanoparticles | Nanoprobes | ||
 | Nanoprobes, Inc. manufactures and provides gold and other metal nanoparticle‐based products for laboratory research with applications in light, electron and fluorescent microscopy, blotting, medical pathology research, and micro‐CT imaging. | |||
Documents | Nanoparticles | Nanoprobes | ||
 | The EnzMet™ Western Blot HRP Detection Kit (Catalog #6002) uses horseradish peroxidase (HRP) - catalyzed silver deposition at the precise location of the enzyme for specific HRP detection on Western blots and in dot blotting applications. EnzMet™ silver deposition results in dense, highly discrete, sharp-edged, permanent black bands and dots ideal for direct visualization. | |||
Documents | Nanoparticles | Nanoprobes | ||
 | Mitophagy is the process of selective mitochondrial degradation by autophagy. It has been found to be involved in neurodegenerative and cardiovascular diseases as well as cancer. Keima-Red can detect mitophagy in living cells by using a unique excitation profile and a mitochondria targeting tag. | |||
Documents | Mitochondria | MBL | ||
 | Make your immunoprobes visible, with amazing sensitivity! Fast, easy siler development for EM, LM, blots and gels. | |||
Documents | Nanoparticles | Nanoprobes | ||
 | His-tag labeling for EM. Direct EM observation. No silver or gold enhancement needed. | |||
Documents | Nanoparticles | Nanoprobes | ||
 | Make your own targeted gold probes and imaging agents. your choice of 1.4nm Nanogold® or 0.8nm Undecagold nanoparticles. | |||
Documents | Nanoparticles | Nanoprobes | ||
 | See His-tagged proteins in ~1 hour with Ni-NTA-Nanogold® Technology | |||
Documents | Nanoparticles | Nanoprobes | ||
 | Get deeper penetration with our ultra-small gold labels. Develop with GoldEnhance for incredible imaging! | |||
Documents | Nanoparticles | Nanoprobes | ||
 | Chemically functionalized gold nanoparticles. Coated & stable for nanomaterials and nanostructures. | |||
Documents | Nanoparticles | Nanoprobes | ||
 | 2-in-1 correlative probe. Label once to prep your sample for fluorescence/super-res and light microscopy (even EM!). | |||
Documents | Nanoparticles | Nanoprobes | ||
 | EnzMet™ is a biological labelling and staining method where a targeted enzymatic probe is used to selectively deposit metal at a site of interest. | |||
Documents | Nanoparticles | Nanoprobes | ||
 | Our New Probe for Correlative Superresolution Fluorescence & EM. | |||
Documents | Nanoparticles | Nanoprobes | ||
 | A new contrast agent for microCT and CT research. Highly stable and soluble, non-toxic, non-viscous: Gold nanoparticles with a biocompatible shell. | |||
Documents | Nanoparticles | Nanoprobes | ||
 | A new contract agent for microCT and CT research. Highly stable and soluble, non-toxic, non-viscous: Gold nanoparticles with a biocompatible shell. | |||
Documents | Nanoparticles | Nanoprobes | ||
For over a decade, ScienCell Research Laboratories has helped researchers with their cell culture experiments by providing expert advice. Our webinar will discuss primary cell culture optimization techniques and why primary cells are necessary for validation of cell line studies and in vivo experiments. In addition, we will discuss how you can advance your primary cell research by using our gene expression profiling kits. | ||||
Videos | Cell Culture | Sciencell | ||
 | Prevent overtreatment of FMH. Flow cytometry gives more accurate and reproducible results. | |||
Documents | Perinatal | IQ Products | ||
 | Diagnosis of Fetomaternal Hemorrhage based on Flow Cytometry | |||
Documents | Perinatal | IQ Products | ||
 | Rapid assay for Fetomaternal Hemorrhage based on Flow Cytometry | |||
Documents | Perinatal | IQ Products | ||
 | Antibodies against targets relevant to mosquito borne diseases including ZICA, Dengue Fever and Malaria, as well as Inflammatory Responses | |||
Documents | Virology | Abnova Corporation | ||
 | Over 2000 product available from MBL International|CD4, CD8 and other popular targets| FITC, PE, APC, V450 fluorophores available| A wide variety of antibodies, buffers and reagents| Tetramers| | |||
Documents | Flow Cytometry | MBL | ||
qPCR can be a powerful tool for analyzing gene expression. When designed properly, however its strength relies on the quality of the primers used in it. Our scientists know this and follow stringent guidelines to design primers for our GeneQuery qPCR arrays. When researchers design their own primers without comprehensive knowledge of good primer design, qPCR results can be inadvertently influenced yielding unreliable and inconsistent data. Our webinar will cover guidelines used by our scientists in designing our quality GeneQuery qPCR primers arrays while highlighting our human endothelial cell biology array. An extended FAQ session for your questions and concerns will follow.
Objectives:
Delineate frequently overlooked primer optimization parameters during qPCR design.
Demonstrate the benefits of properly optimized primers in qPCR analysis.
Exemplify the ease and use of GeneQuery qPCR arrays in gene expression analysis. | ||||
Videos | Cell Culture | Sciencell | ||