You searched for: Microplates

Supplier: Corning

Plates are available in V-bottom and round-bottom formats to meet a wide variety of assay and storage needs.

Supplier: Corning

Axygen® deep well and assay plates are used for sample collection, in vitro growth chambers and long-term storage.

Supplier: Thermo Fisher Scientific

Pierce™ Maleic activated plates allow attachment of amine-containing peptides and other molecules to microplate wells for use in binding assays. The plates are useful for immobilising peptides and other ligands that do not coat efficiently by passive adsorption. Clear plates are suitable for ELISA and other assays. White plates are designed for chemiluminescent assays.

Supplier: Thermo Fisher Scientific

Designed specifically for fluorescence applications, this range of products have binding surfaces that include Microfluor® and universal binding (UB) and are available with either black or white pigmentation depending on the specific assay requirements.

Supplier: THERMO MATRIX TECHNOLOGIES

PP. Ideal for compound storage, screening and culturing applications.

Supplier: Corning

PS, flat bottom.

Supplier: Corning

PS. Designed to reduce well-to-well crosstalk during fluorescent and luminescent assays.

Supplier: Corning

PP. Used for sample collection, cell culture and long term storage.

Supplier: Corning

Cyclic olefin copolymer (COC). Superior flatness of the plates minimises variability within a plate and between plates. The barcoded plates come with with raised well bottoms for higher sensitivity.

Supplier: Thermo Fisher Scientific

Ideal for high throughput screening, these 384-well microplates allow miniaturisation of assays and many other applications, including high volume DNA library manipulation and solid phase binding assays. Available with a choice of clear microplates for colorimetric applications, white plates for luminometric/fluorometric applications, and black microplates for fluorometric applications. There are two different designs, both of which incorporate flat bottom wells and a standard microplate footprint. The first type has a square well shape with rounded corners for an increased well volume. It has the standard microplate height and a total well volume of 120 µl. The second type has round wells and a low profile, with a total well volume of 70 µl.

Supplier: Thermo Fisher Scientific

PS, with lid, non sterile. The low profile design and 10 µl well volume make these plates ideal for serological applications.

Supplier: Thermo Fisher Scientific

Ideal for sample collection, storage and combinatorial chemistry library applications.

Supplier: Thermo Fisher Scientific

PS, clear, untreated. Used in many fields including antibiotic screening, serological testing, storing and screening of compounds, and DNA libraries.

Supplier: Thermo Fisher Scientific

PP, non treated. Polypropylene is ideal for storage plates because it has a lower binding capacity to prevent proteins or DNA binding, and allows for complete sample recovery.

Supplier: Corning

These 96-well solid black and white polystyrene microplates are designed to reduce well-to-well cross-talk.

Supplier: Corning

CellCube adaptor, M MPC, 1/4, Corning®

Supplier: Corning

These 384-well polypropylene plates and blocks are built to the industry standard footprint.

Supplier: Corning

Ultra-Low Attachment microplates feature a covalently bound hydrogel layer that effectively inhibits cellular attachment.

Supplier: Corning

The Corning® multicoated microplate provides users access to six different surface treatments on a single plate.

Supplier: Thermo Fisher Scientific

Nunc™ 384 ShallowWell standard height, black and white plates save costs in samples and reagents by reducing the total well volume to 25 μl. The standard height of the plate allows the use of automation without making adjustments to robotics, readers or liquid handlers.

Supplier: Thermo Fisher Scientific

PS. Useful in serotyping, cytotoxicity and cell cloning studies.

Supplier: Thermo Fisher Scientific

PS, with certified MaxiSorp™ surface treatment, pinchbar design. Available with a choice of clear plates for colorimetric assays and sample storage; white plates for luminescence assays; and black plates for fluorescence assays.

Supplier: THERMO MATRIX TECHNOLOGIES

PP. The square well geometry of this 96-well plate makes it ideal for bacterial growth applications.

Supplier: THERMO MATRIX TECHNOLOGIES

PP. 96-well plates with round wells for storage and screening applications.

Supplier: Corning

High optical quality, glass bottom black microplates are ideal for performing high-content cell-based assays using imaging systems. The glass bottom provides a flat and optically clear surface that reduces autofocus time, increases throughput, and is ideal for cell growth.

Supplier: Corning

PS, flat bottom.

Supplier: Thermo Fisher Scientific

PP. Low design with shared wall technology for increased well volume. Ideal for sample collection, storage and combinatorial chemistry library applications.

Supplier: Thermo Fisher Scientific

PS. Designed for DNA libraries and high throughput screening applications. Clear plates suitable for colorimetric assays and sample storage, white plates for luminescence assays, and black plates for fluorescence assays.

Supplier: Corning

HTS insert plates are arrays of individual cell culture inserts connected by a rigid, robotics-friendly holder. This single-unit design makes insert plates ideal for running automated, high throughput drug transport (Caco-2 cells) cell toxicity studies or cell migration and invasion studies.

Supplier: Thermo Fisher Scientific

Pierce glutathione coated plates are coated with intact glutathione (GSH) and pre-blocked for use in capture and detection assays involving glutathione-S-transferase (GST) fusion proteins. These coated plates can be used in the analysis of cell lysates to determine the presence and concentration of the GST-fusion protein produced in an expression system. Plates can also be used to capture and coat fusion proteins via their GST tag for subsequent binding assays involving the recombinant protein. As the plates are pre-blocked, initial purification of the cell lysates is not necessary.