Search results for "molecular microbiology"
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Alifax launches new spectroscopy system to identify bacteria in one minute
Reagent-free system identifies microorganisms from isolated colonies with minimal manual work and no sample prep
AstraZeneca acquires oral PCSK9 inhibitor program from Dogma Therapeutics
AstraZeneca anticipates entering clinical development in 2021
Maxwell® RSC Viral TNA Purification Kit
Promega Corp.Automated Purification of Viral Total Nucleic Acid
Microbiologics ProficiencySolutions for Proficiency Providers, Quality Assurance and Quality Control Lab Managers
MicrobiologicsNeed sample materials for your proficiency panels? We can design and produce a wide range of blind samples to support your PT program.
7 innovative qPCR probe types explained
Scale up your nucleic acid extraction workflow
Waters acquires Halo Labs, expanding biological analysis portfolio
Waters has acquired Halo Labs™ to detect, identify, and count interfering materials (particles) in therapeutic products, such as cell, protein, and gene therapies
CellTrace™ Dyes for Cell Proliferation
Thermo Fisher ScientificThis product is used for labeling of cells to trace multiple generations by flow cytometry.
Thermo Scientific™ MaxQ 6000 Incubated/Refrigerated Stackable Shakers
Thermo Fisher ScientificSave valuable lab space with Thermo Scientific™ MaxQ™ 6000 Incubated/Refrigerated Stackable Shakers, which offer sample storage and orbital shaking with intuitive, easy-to-use digital controls. These shakers save space by stacking units two-high on the floor. Use the adapter set (available separately) to tier two 18 x 18″ platforms to double shaking capacity.
Navigo Proteins announces strategic R&D collaboration with SCK CEN to develop targeted radiotheranostics
New and unique opportunity to advance cancer treatment
How to train AI for drug development
In this guest editorial, we learn how to develop an AI's mindset to facilitate drug development from an idea to patient, with BMX target as an example
Why are chicken farms a breeding ground for antibiotic resistant bacteria?
Scientists from the University of Nottingham are one step closer to understanding how bacteria, such as E. coli and Salmonella enterica, share genetic material which makes them resistant to antibiotics



















