Life Science Technology
Many experienced lab technicians are aware of the sweet spot in their oven or incubator–the back right-hand corner of the middle shelf where their experiment or process always comes out right.
BioCision's CoolRacks consist of arrays of receiver cavities for tubes rendered in a highly thermo-conductive material.
At home, there are few risks involved with using refrigerators and freezers. If the power goes out, probably the worst consequence is food going bad. But in the lab, loss of power could lead to flammable or toxic vapors escaping
Filtration is the mechanical separation, based on particle size, of materials from fluids by using a porous membrane.
This guide will take a look at the evolution of three main areas of microplate technology–instrumentation, applications and the plates themselves.
Benchtop, micro-capillary flow cytometers, paired with ready-to-use cell analysis kits, enable any researcher to leverage the power of flow cytometry, regardless of expertise or access to a core facility.
Microtiter plates have become common labware in life science and medicine. Automated systems employing microplates in biological and chemical assays may consist of liquid dispensers, plate washers, mixers, readers, sealers, labelers, shakers, incubators and storage.
Lab refrigerators and freezers are arguably the most common appliance in laboratories.
DASGIP launches Remote Control Suite for ubiquitous online access to DASGIP bioreactor systems.
BSCs are distinct from other safety enclosures. Laboratory fume hoods pull air over the work item and out into the environment through a vent, whereas controlled atmosphere glove boxes are completely enclosed, protecting both users and samples through an airtight barrier.
