Non-Binding Assay Microplates
Bellco Glass, Inc. 384 Well Non-Treated Plate
DescriptionPlates are labeled with alpha-numeric markings for easy identification of individual wellsLids have a stacking feature for added stability when handling tall stacks of plates384 Well Plates are ideal for automated applications, colorimetric assays, compound storage or small volume applications Pack DescriptionIndividualCase Quantity50SterileYesNon-pyrogenicYesPrimary ColorClearPrimary MaterialPolystyreneWorking Volume0.1-0.11mLBottom ShapeFlatTissue Culture TreatedNoRNase/DNase FreeYes
Revvity Health Sciences Inc OptiPlate 1536-well, black, untreated, case of 50
OptiPlate 1536-well, black, untreated, case of 50
Sartorius Octet 384TW Plates
The Octet 384TW microplate is a black polypropylene 384-well tilted-bottom plate designed for Sartorius’ Octet family of label-free biomolecular interaction analysis instruments. It can be used on the Octet RH96 and RH16 instruments all of which accommodate the 384-well microplate format. The 384TW microplate enables the use of samples as small as 40 μL in Octet assays and reduces variability in the background signal thus improving assay sensitivity particularly beneficial for peptide small molecule and fragment analysis.Note: This product is not returnable. If you have any issues with this product please contact your Sartorius sales representative for assistance.
Arcticwhite LLC 2ML/WELL DNASE/RNASE FREE 25CS
Plate; PP; 96 Deep Square Well, With Round-conical bottom; 2mL
Revvity Health Sciences Inc OptiPlate 384-well, black opaque, case of 50
OptiPlate 384-well, black opaque, case of 50
Cayman Chemical 96-Wel SolId PlatewhIte 1ea
A CB2 receptor agonist (Ki 7.6 nM for the mouse receptor) selective for CB2 receptors over CB1 receptors (Ki 900 nM for the mouse receptor) induces the CB2 receptor-dependent phosphorylation of ERK1/2 in HL-60 cancer cells at 5 to 100 nM increases the mechanical threshold force to paw withdrawal and the latency to paw withdrawal from a radiant heat stimulus in a mouse model of SNI-induced neuropathic pain at 4 mg/kg per day inhibits SNI-induced increases in the number of activated spinal microglia and spinal astrocytes in the same mice
Revvity Health Sciences Inc OptiPlate 384-well, black, high binding, case of 200
OptiPlate 384-well, black, high binding, case of 200