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The High Sensitivity DNA kit allows analysis of fragmented DNA or DNA libraries.

Takara produce a host of products for PCR Takara’s new sensitive qPCR premixes contains TLi RNase H and are developed to address the inhibitory effect on the PCR due to the presence of remaining RNA after cDNA synthesis. PrimeSTAR®, a non-Taq polymerase with high proofreading activity are now available in a high speed version, PrimeSTAR Max, with extension rate of less than 5 sek/kb and PrimeSTAR GXL, that amplifies up to 30 k…

Access everything needed for pipetting in these all-inclusive kits. Thermo Scientific™ Finnpipette™ F2 GLP (Good Laboratory Pipetting) Kits provide durable, high-performance Finnpipette F2 pipetters which offer maximum reliability and comfort. The F2 pipetters have unique features such as AVG (Advanced Volume Gearing mechanism) and a very large display for improved usability and comfort. Features: AVG-volume gearing mec…

KAPA PROBE FORCE is a highly inhibitor resistant qPCR master mix that removes the need for DNA purification, enabling streamlined sample-to-Cq workflows. The master mix contains a third generation DNA polymerase evolved to overcome blood, tissue, and plant PCR inhibitors. Crude samples can now be analyzed with comparable accuracy, reproducibility, and sensitivity as purified DNA using KAPA PROBE FORCE.   Features:…

Cell Based Assays

Fine stainless steel pin for a variety of scientific needs. 500 pins per order. Product specification: 0.0125mm tip diameter. 0.1mm rod diameter. 

A quantum leap in pesticide analysis. Up to 724 analytes. 30 Minutes. Maximum Results.  

OligoWorks SPE kits are designed to simplify and accelerate the extraction of oligonucleotide-based drugs and metabolites from biofluids, and to deliver maximum LC-MS sensitivity and repeatability across a diverse range of oligonucleotide therapeutics, including lipid-conjugated species.  

Educational stereo microscopes for college and university - providing a wireless education solution to the science classroom.

R&D Systems Quantikine ELISA Kits are complete and ready-to-use. Immunoassays are available for measuring a range of molecules including cytokines, chemokines, growth factors, proteases, and more. Features Complete ready to use kits Exhaustively tested for superior quality and reproducibility Detailed protocol booklets include inter- and intra-assay precision, recovery, linearity, sensitivity, and sample value data…

Increased amplification – Up to 5,000-fold Greater sensitivity due to increased yields of full-length cDNA GeneChip® quantities of aRNA from only 100 ng input RNA Efficient labeling produces high percent present calls and low 3'/5' ratios Expression profiling using gene arrays to simultaneously measure the expression levels of thousands of genes in a single experiment has become the most widely used method for assessing…

The GenElute Bacterial Genomic DNA kit provides a simple and convenient way to isolate pure genomic DNA from gram-negative bacteria.

The High Sensitivity ß-Galactosidase Assay Kit provides an easy, rapid, and sensitive method for determining the ß-galactosidase activity in the lysates of cells transfected with a ß-galactosidase expression construct. Rapid, simple and sensitive >= 10-fold increase in sensitivity over ONPG-based kits Reduces amount of cell extract needed for assay Useful for cells that are difficult to transfect and have low ß-gal expression…

Expanded portfolio enables flexible panel design for flow cytometry and fluorescent western blot applications

AI tools are boosting productivity, but researchers raise concerns about trust and transparency in answers, representing a missed opportunity for R&D

Discover how a multi-disciplinary team located at Imperial College London created a novel portable diagnostic platform and delivered a rapid and accurate 5-in-1 respiratory pathogen detection test panel

Despite advances in biomarker testing, real-world data shows progress is not translating into treatment decisions, with the largest patient loss now occurring at the point of treatment decision

Crown Bioscience’s in vitro model offers a physiologically relevant tool to evaluate drug efficacy for hematological diseases