Products, services, reviews and techniques used in the identification and validation of the disease-causing target genes and proteins.
Light brown lyophilized solid. Working concentration 50 mg/ml - 1 mg/ml for mammalian cell selection. Unique aminoglycoside antibiotic that inhibits the growth of prokaryotic (bacteria) and eukaryotic microorganisms (yeasts) and mammalian cells. Inhibits protein synthesis at the translocation step on the 70S ribosome and causes misreading of the mRNA. Hph, a gene from E. coli, encodes resistance to hygromycin B and can be isol…
The ProteoPlex™ 16-Well Murine Cytokine Array Kit is designed for multiplex detection and measurement of 10 important mouse cytokines in parallel from up to 15 experimental samples. The 10 analytes measured in the kit are pro- and anti- inflammatory cytokines important for the study of immune system regulation and diseases such as asthma and arthritis. Each well on the slide contains a microarray of spotted antibodies with fou…
Novel protein markers for visible tracking & accurate sizing on any Western blotTrail Mix™ Western Markers consist of the Perfect Protein™ Western Markers supplemented with a group of three prestained indicator proteins to allow direct visualization of protein mobility during electrophoresis. Trail Mix Western Markers and Western Blot Kits have all of the features of Perfect Protein Western Markers and Western Blot Kits, plus…
Benzonase Nuclease - Effective viscosity reduction and removal of nucleic acids from protein solutions Benzonase Nuclease is a genetically engineered endonuclease from Serratia marcescens. It degrades all forms of DNA and RNA (single stranded, double stranded, linear and circular) while having no proteolytic activity. Benzonase Nuclease is effective over a wide range of conditions and possesses an exceptionally high specif…
Purification of His•Tag fusion proteins by metal chelation chromatographyThe His•Bind® family of products offers a wide selection of supports designed for rapid one-step purification of proteins containing the His•Tag® sequence by immobilized metal affinity chromatography (IMAC). The His•Tag sequence (6, 8 or 10 consecutive histidine residues) binds to divalent cations (Ni2+) immobilized on NTA*- and IDA-based His•Bind resins.…
The most common method for transformation of plasmids into E. coli is to use chemically competent cells. Although competent cells can be prepared in the laboratory, greater efficiency, reproducibility and convenience are achieved using prepared competent cells. Novagen offers the widest selection of competent cells available for protein expression. Our strains offer a variety of options that enable you to maximize the yield an…
Calbiochem® supplies a wide variety of products for the study of apoptosis, includingActivators and Inhibitors Antibodies and Blocking Peptides Assay Kits Caspase-related products Mitochondrial Permeability-Transition Reagents and Related Products Poly(ADP-Ribose) Glycohydrolase (PARG) Inhibitors Poly(ADP-Ribose) Polymerase (PARP) Inhibitors Telomerase Products View the online interactive pathways to easily locate the product…
The pET System is the most powerful system yet developed for the cloning and expression of recombinant proteins in E. coli. Based on the T7 promoter-driven system, Novagen’s pET System has been used to express thousands of different proteins. pET Vectors are supplied as purified plasmid DNA (10 µg) plus an Induction Control strain (supplied as a glycerol stock). Complete sequences and detailed vector maps are available.
The FlowCellect™ Human NK Cell Characterization Kit includes three directly conjugated antibodies, Anti-CD3-APC, Anti-CD56-PE, and Anti-CD16 FITC. This three color kit is designed to characterize NK within mixed cell populations. The antibodies provided have been carefully titrated to ensure the ability to accurately measure the expression of all markers simultaneously. Sufficient reagents are provided to perform 25 three-colo…
SmartFlare Probes work by recognizing specific native RNA sequences within living cells, therefore there are many possible sequences that you could design to recognize your target of interest. Instead of lysed cells, switch to live cells. And while you’re at it, eliminate sample preparation and transfection steps all together. Live cell RNA detection is now possible, in a single incubation step using inert nanoparticle techno…
