Search results for "molecular microbiology"

Brand: Axygen®

Brand: Axygen®

Brand: Axygen®

Technical Advantage: Suitable for a wide variety of routine tasks requiring a high degree of sterilityMolecular biology grade water is ideal for the preparation of reagents, rinsing glassware and plasticware, and other molecular biology applications where RNase-, DNase-, and Protease-free water is required. No toxic agents, including DEPC, are used in the preparation of Mediatech's molecular biology grade water, eliminating po…

Technical Advantage: Suitable for a wide variety of routine tasks requiring a high degree of sterilityMolecular biology grade water is ideal for the preparation of reagents, rinsing glassware and plasticware, and other molecular biology applications where RNase-, DNase-, and Protease-free water is required. No toxic agents, including DEPC, are used in the preparation of Mediatech's molecular biology grade water, eliminating po…

Anders Bach explains how scientists at the University of Copenhagen are searching for a new class of stroke therapeutic using high-throughput fragment analysis

A new hope for Psoriasis sufferers and difficult-to-treat dermatological diseases

Automated microbiology specimen processing instrument.

Exhibit to include rapid tests, RT-PCR tests (based on molecular biology), chemiluminescence (CLIA), and turbidimetry, in addition to raw materials for diagnostic product manufacturers

A true walk away ‘sample to answer’ molecular diagnostic system designed for high throughput testing, offering a time-efficient and seamless workflow for clinical laboratories

Watch this on-demand webinar to gain an understanding of how elemental and molecular characterization can be combined to help solve issues across many applications

The test outperforms other molecular tests with a low detection limit of 15 GEC/reaction (250 GEC/ml of sample) and a robust control system

Engineered signaling pathways could offer a new way to build synthetic biology circuits

Studies suggest that large concentrations of sulfites and bisulfites in shallow lakes may have set the stage for Earth’s first biological molecules.

New electrical and asymmetrical flow field flow fractionation system improves separation of molecules