Surface Binding Assay Microplates
Revvity Health Sciences Inc ProxiPlate 384-shallow well Plus, white, tissue culture treated, case of 50
ProxiPlate 384-shallow well Plus, white, tissue culture treated, case of 50
Thomas Scientific 96 Well Flexi PCR Plate
Polypropylene 96 well Flexi plate that can be separated without scissors into 8,16,24,32,40,48,56,64,72,80,88,96 well Format, Certified RNase, DNase and Human DNA Free,Compatible with all major thermal cyclers.
V&P Scientific Inc MAGNETIC PLATE, Flick 'N Blot Design, 96 Well, Standard or Deep Well, Round or Conical Bottom, 24 Round Posts
MAGNETIC BEAD SEPARATION PLATE, Flick 'N Blot Design, 96 Well, Standard or Deep Well Plate, Round or Conical Bottom, 24 Round Posts, 52MGO, NdFeB Magnets, Red Anodized Magnet Frame, 1 Sided Pellet Location, 6.4mm Post Diameter, Axial - North Poles Up Magnetic Orientation, Non-SLAS Footprint, Includes Polypropylene Base with Adjustable Clips to hold Plates and Black O-Ring Grip
KDEB MANUFACTURING 96 Deep Well KDeb Microplate, 1 ml Full Capacity "U" Wells, 8 x 12 Grid Configuration, Distinct Alpha-Numeric Designation, For Use in Automation Processes, Overall Well Plate Dimensions: 128 x 86 x 42mm, Polypropylene, Made in the USA
The KDeb Plate features the same footprint as all standard 96 well microtiter plates and is compatible with commonly used 8 and 12 channel pipettes, compatible for liquid nitrogen storage, and a standard tool in analytical research and diagnostic testing laboratories. The alpha-numeric designation makes the KDeb Plate ideal for storage or archiving of specimens. The KDeb Plate is useful for DNA sequencing, ELISA and procedures requiring a mother plate or block. Other common uses include culture retrieval of bacteria and cell tissue in clinical research applications. Regularly used in automated laboratory processes and for pharmaceutical R&D studies. The non-sterile KDeb Plate, formerly U.S. Riplate, meets the requirements of the U.S. Food and Drug Administration as specified in 21 CFR 177.1520.
KDEB MANUFACTURING 96 Deep Well KDeb Microplate, 1 ml Full Capacity “U” Wells, 8 x 12 Grid Configuration, Distinct Alpha-Numeric Designation, For Use in Automation Processes, Overall Well Plate Dimensions: 128 x 86 x 42mm, Polypropylene, Made in the USA
The KDeb Plate features the same footprint as all standard 96 well microtiter plates and is compatible with commonly used 8 and 12 channel pipettes, compatible for liquid nitrogen storage, and a standard tool in analytical research and diagnostic testing laboratories. The alpha-numeric designation makes the KDeb Plate ideal for storage or archiving of specimens. The KDeb Plate is useful for DNA sequencing, ELISA and procedures requiring a mother plate or block. Other common uses include culture retrieval of bacteria and cell tissue in clinical research applications. Regularly used in automated laboratory processes and for pharmaceutical R&D studies. The non-sterile KDeb Plate, formerly U.S. Riplate, meets the requirements of the U.S. Food and Drug Administration as specified in 21 CFR 177.1520.
KDEB MANUFACTURING 96 Deep Well KDeb Microplate, 2 ml Full Capacity “V” Wells, 8 x 12 Grid Configuration, Distinct Alpha-Numeric Designation, For Use in Automation Processes, Overall Well Plate Dimensions: 128 x 86 x 42mm, Polypropylene, Made in the USA
The KDeb Plate features the same footprint as all standard 96 well microtiter plates and is compatible with commonly used 8 and 12 channel pipettes, compatible for liquid nitrogen storage, and a standard tool in analytical research and diagnostic testing laboratories. The alpha-numeric designation makes the KDeb Plate ideal for storage or archiving of specimens. The KDeb Plate is useful for DNA sequencing, ELISA and procedures requiring a mother plate or block. Other common uses include culture retrieval of bacteria and cell tissue in clinical research applications. Regularly used in automated laboratory processes and for pharmaceutical R&D studies. The non-sterile KDeb Plate, formerly U.S. Riplate, meets the requirements of the U.S. Food and Drug Administration as specified in 21 CFR 177.1520.
Analytical Sales & Services 384 Well Filter Plates, 140µL, Glass Fiber, 1.2um, 10
384 well filter plates, 140µL, Glass fiber, 1.2um, 10
Arcticwhite LLC BLACK 24W POLYSTYR CB PLT 68/C
24 Well Microtiter Plate, Opaque, Black with Clear Bottom, 3.2mL/Well, Polystyrene, 68/Case
Molecular Dimensions MEMGOLD 2 -- HT 96 CRYSTALLIZA
Protein Crystallography. MemGold2 screen HT-96 (96 x 1.1mL): features 96 of the most recent alpha helical membrane protein crystallization conditions data mined from the PDB. For Prokaryotic and Eukaryotic alpha helical membrane proteins. Wide range of pH's (4 - 10). Small MW PEGs.
Malvern Panalytical Well Plate, Auto-ITC200, 10 per pack
Pack of 10 well plates for MicroCal PEAQ-ITC Automated and Auto-ITC200.
RIGAKU REAGENTS Block, Wizard Classic 3 and 4, 96 formulations, 1.7mL volumes
The Wizard Classic line of random sparse matrix screens is designed to increase your probability of producing crystals during the coarse screening phase when crystallizing biological macromolecules (proteins, nucleic acids, peptides, and combinations thereof).The Wizard Classic reagents are proven to be a highly effective starting point in the screening of biological macromolecules. The Wizard Classic formulations include a large range of crystallants, buffers, and salts covering a broad range of crystallization space at pH levels from pH 4.5 to pH 10.5.Choose from Wizard Classic 1, 2, 3, or 4 non-overlapping formulations in matrix blocks or tubes.Tube sets are 10 ml volumes per tube. All formulations are prepared with ASTM type-1 water and high-purity chemicals, 0.2 um filtered in sterile packaging.
Biolog Inc MicroPlate™ Trays w/ Lids | 25/pack
Virgin polystyrene, 96 flat-bottom wells, half the volume of standard wells, low evaporation lids, gamma irradiated, trays & lids packaged separately
Advanced Biomatrix 24-well plate glass bottom special treated adherent for BIONOVA X DLP printer
Compatible with the BIONOVA X 3D bioprinter from CELLINK, the bioprinting multi-well plates are the key to high throughput DLP printing. 3D Bioprinted constructs are crosslinked to the bottom of adhesive plates, while in the non-adhesive plates, the constructs will be free-floating.