Life Sciences Products & Reviews

AZtaq™ DNA Polymerase, derived from Thermus aquaticus, is a high-quality, thermostable enzyme ideal for PCR applications. It catalyzes the synthesis of complementary DNA using a primed template and has 5’-3’ exonuclease activity but lacks 3’-5’ proofreading. AZtaq is compatible with dUTP, allowing efficient carry-over contamination removal when used with Cod UNG.

HL-SAN efficiently removes nucleic acids from buffers in protein purification, excelling in high-salt conditions to reduce aggregation. Ideal for removing nucleic acids from proteins with high DNA/RNA affinity, it performs well during lysis, early purification stages, and high-salt eluates. This cold-adapted enzyme works effectively at ambient temperatures and during overnight digestion at 4°C. Triton free available.

Nonspecific endonuclease is highly active at physiological conditions (125–200 mM) for DNA removal during protein production, vaccine manufacturing, and viral vector preparation. M-SAN High Quality can be used directly in cell media, which improves efficiency and yield. Designed to replace Benzonase without workflow changes. M-SAN HQ excels in ensuring higher purity and efficiency. High purity (≥ 99%). Compatible with ELISA ki…

HL-dsDNase efficiently removes genomic DNA from RNA with minimal impact on RNA quality, reducing 50 ng of gDNA to undetectable levels by qPCR. Easily inactivated by 5-minute incubation at 58°C, it’s ideal for RNA prep, minimizing degradation. It's also effective for removing external DNA from samples before metagenomic sequencing and STR-profiling, for fast, efficient alternative to traditional methods. Triton free available.

Aura® CL systems couples Fluorescent Membrane Microscopy and Backgrounded Membrane Imaging to help you understand what’s in your cell therapy. It detects, counts, sizes, and IDs cellular aggregates and subvisible particles and ID’s cellular from other particles without any machine learning so you can maximize the purity, safety, and efficacy of your therapeutic.

Aura® is the particle and aggregate detection system that combines Backgrounded Membrane Imaging which images 100% of your sample to give you count, size, and morphological information, with up to 2 channels of Fluorescence Membrane Microscopy. Identify if particles are protein or not with the first FMM channel and determine if your sample contains lipids, hydrophobic entities, or other aggregates of your choice with a second…

Aura® GT helps you realize the promise of gene therapies, without using a lot of your viral vector sample throughout the development process. Avoid conditions and formulations that facilitate viral vector aggregates, monitor DNA leakage, and ensure product quality with just 5 µL of sample per data point.

Aura® PTx gets you to your best formulation faster! Backgrounded Imaging (BMI) technology to give you accurate count, size, and morphology information about particles in your sample. Couple that with Fluorescence Membrane Microscopy (FMM), which gives you definitive ID of protein aggregates and an easy way to monitor polysorbate degradation.

For multiplexed tissue imaging.

Target Sufficiency® is the ability of a target system to respond to a therapeutic. It reflects the abundance and forms of the drug target protein, as well as other key system proteins that connect the target to disease phenotypes and enable response. Assessment of the target system requires an analysis platform that can simultaneously capture multiple precise protein measurements.

Plasmax™ is a physiologically relevant cell culture medium which closely mimics the nutritional & metabolic profile of human plasma, containing over 80 optimised components.

Syngeneic urothelial carcinoma model for bladder cancer research and immunotherapy development

Highly metastatic murine alveolar lung carcinoma cell line, derived from the CMT 64 line, that is widely used to investigate metastasis, immune responses, and immunoresistance.

Syngeneic pancreatic ductal adenocarcinoma (PDA) cell line from the KPC mouse model for immune-competent studies in drug discovery, biomarker development, genetic research, and metastasis

The ecTOF is the world’s first GC-HRMS with simultaneous acquisition of EI (Electron Ionization) and CI (Chemical Ionization) information in a single injection. While using EI as the gold-standard GC/MS ionization, the ecTOF in parallel operates a novel CI source. This way it simultaneously provides perfectly aligned accurate mass structural and molecular ion information within a single GC run.

The Stomacher® 80 microBiomaster provides fast, efficient and economical preparation of viable cell suspensions from small tissue samples. It’s unique door adjustment mechanism allows the Stomacher® 80 microBiomaster to prepare samples as small as 250µl with no reduction in sample integrity or quality, ideal for clinical, life science and microbiology applications.

Optimized for use with the Amperia™ platform, these reagents and sensors enable consistent quantification of monoclonal antibodies across key development stages. Built to handle crude samples and reduce complexity, they help streamline titer monitoring in early screening, cell line selection, and process development.

Used with the Amperia™ platform, these reagents and dip-style sensors enable simplified AAV quantification across serotypes. Designed for use directly from crude samples, they support fast, reproducible viral titre analysis — without the need for optical systems or complex prep.

Amperia™ is your companion for fast, reliable, accessible protein and viral vector quantification. With rapid readouts, intuitive setup, and no optics or fluidics, Amperia streamlines decision-making at the bench — even with crude samples or complex matrices. Built for speed, reproducibility and ease in everyday workflows.

ÄKTA readyflux™ Flow Kits are single-use flow path assemblies for use with ÄKTA readyflux singleuse tangential flow filtration systems. Flow Kits include single-use flow paths, pumps, as well as sensors for pressure and flow. A Flow Kit plus also has sensors for conductivity, temperature, UV, and pH

Cadence™ SPTFF modules are designed for direct flow-through concentration without recirculation, enabling high yields of shear-sensitive proteins and antibodies

A compact benchtop design that incorporates 2 or 10 individually powered, high-output stirring stations which can prepare samples for content uniformity testing up to 90% faster than conventional methods.​

Rainbow is an in-situ, fiber optic probe-based, concentration monitor that measures concentration and changes in concentration in real-time without the need for sampling.

Sirius T3 measures pKa, log P, and the solubility of ionizable drugs and small molecules using sub-milligram quantities of samples.

Pion’s PAMPA high-throughput permeability assay uses a range of membranes to mimic physiologic conditions. It allows you to evaluate the passive permeability of API’s as well as the absorption potential of simple or complex formulations using robust models and protocols in a 96-well format.