Dual-Cap Sample Collection Tube for Genetic Testing Workflows
Azenta Life Sciences' new 0.2ml PCR microcentrifuge tube features a novel dual-cap design with both hinged lid and screw cap.
Azenta Life Sciences' new 0.2ml PCR microcentrifuge tube features a novel dual-cap design with both hinged lid and screw cap.
Porvair's 96-well deep well microplate is for labs using magnetic beads for nucleic acid purification, clean up, and protein purifications.
Porvair Sciences will exhibit its latest assay kits and microplates for cancer and life science research at the 2022 AACR annual meeting.
A new independent study demonstrates proprietary pipette filter tips from Porvair Sciences have greater than 99% bacterial filtration efficiency even at an increased challenge level.
Micronic has launched the new 138-2 High Density (HD) Rack, which accommodates 138 individual internally or externally threaded tubes.
Staining and visualizing several targets simultaneously is possible with a new technique known as ‘multiplexed immunofluorescence’—the fluorescent staining of multiple biomarkers on the same tissue sample.
Porvair Sciences’ new Krystal Glass Bottom microplates with Schott D 263 M technology provide enhanced performance for whole-plate CCD imaging and laser detection applications.
The Microvette APT is a specially designed primary container that meets all the important processing requirements for automated blood analysis systems.
In lab tests, the porous nanofiber cylinders absorbed and released more proteins, cells, bacteria, DNA, and viruses from liquids and surfaces than the cotton or flocked swabs commonly used for covid-19 testing.
All Telos chips have seven parallel junctions and are available with hydrophilic, hydrophobic, or fluorophilic coatings to allow the generation of oil-in-water, water-in-oil, and water-in-fluorinated-oil emulsions.
This month's issue features a sample management system from Hamilton Storage, ready-made glassware from Glass Solutions, and recombinant antibodies from Miltenyi Biotec.
Critical cleaning tasks tend to require individualized procedures that are developed empirically. The best way to determine your optimum cleaning cycle is to experiment with controllable variables, including: the temperature of...