On-chip protein isolation and identificationCiphergen’s ProteinChip® Biology System is a complete solution for basic proteomics research. Consisting of instrumentation, ProteinChip Arrays and software, the ProteinChip Biology System gives you the ability to quickly compare the presence and abundance of individual proteins in crude samples, characterize, isolate and identify individual proteins, investigate antibody-antigen rec…
For more demanding applications, or for situations where analysis time or sample throughput is critical, Rigaku offers the new NEX QC+ spectrometer. Employing the next generation silicon detector technology, the enhanced NEX QC+ affords significant improvement in elemental peak resolution and counting statistics, resulting in superior calibrations and measurement precision for the most challenging measurements.Specifically d…
FAST Flame - High Throughput Automated Sample Introduction for PerkinElmer Flame AA Instruments. Flame Atomic Absorption (FAA) instruments offer extremely high throughput—often around 10 seconds per analysis—for samples requiring the determination of just one or a few elements. The FAA is easy to use, has a relatively low operating cost, and produces results that align well with historical data collected over the last 40 year…
Use with any standard male luer end SPE cartridges. Inert, PTFE sample guides reduce cross-contamination and carryover. Flexible sample collection rack will accommodate a variety of receiving vessels. Quick vacuum-release valve for better system control. Individual valves allow vacuum control for each cartridge, improving reproducibility.
The CellTiter-Glo® 3D Cell Viability Assay is a homogeneous method to determine the number of viable cells in 3D cell culture based on quantitation of the ATP present, which is a marker for the presence of metabolically active cells. This ready-to-use reagent is based on the original CellTiter-Glo® Luminescent Cell Viability Assay chemistry and eliminates the need to combine buffer with lyophilized substrate when prepa…
Explore the next-generation water purification system, the PURELAB flex from ELGA LabWater with sustainability at its core
Waters and Wyatt Technology join forces to help accelerate the therapeutic pipeline and allow biotherapeutics to reach patients quicker
(This is the suggested replacement for 2480) Stripwell™ Low Volume Microplates are designed with one-half the well area of a “regular” 8-well strip, providing a much greater surface to volume ratio. Low volume wells have recommended working volume of 50 to 125 µL May be used in a variety of laboratory assays Flat bottom strips are designed to easily break apart and are pre-assembled in an egg-crate style strip holder that…
Stripwell™ Low Volume Microplates are designed with one-half the well area of a “regular” 8-well strip, providing a much greater surface to volume ratio. Low volume wells have recommended working volume of 50 to 125 µL May be used in a variety of laboratory assays Flat bottom strips are designed to easily break apart and are pre-assembled in an style strip holder that allows each individual well to be positioned back into…
Stripwell™ Low Volume Microplates are designed with one-half the well area of a “regular” 8-well strip, providing a much greater surface to volume ratio. Low volume wells have recommended working volume of 50 to 125 µL May be used in a variety of laboratory assays Flat bottom strips are designed to easily break apart and are pre-assembled in an style strip holder that allows each individual well to be positioned back into…
Stripwell™ Low Volume Microplates are designed with one-half the well area of a “regular” 8-well strip, providing a much greater surface to volume ratio. Low volume wells have recommended working volume of 50 to 125 µL May be used in a variety of laboratory assays Flat bottom strips are designed to easily break apart and are pre-assembled in an style strip holder that allows each individual well to be positioned back into…
Stripwell™ Low Volume Microplates are designed with one-half the well area of a “regular” 8-well strip, providing a much greater surface to volume ratio. Low volume wells have recommended working volume of 50 to 125 µL May be used in a variety of laboratory assays Flat bottom strips are designed to easily break apart and are pre-assembled in an style strip holder that allows each individual well to be positioned back into…
No logo or lettering for improved heat sealing and ease of liquid handlingLow base designed for optional bottom reader sensitivityExcellent signal dynamic range due to low background fluorescence and enhanced signal intensitySuperior flatness -minimizes variability within a plate and between platesFlat bottom wells are compatible with automated dispensers including the PerkinElmer FlexDrop™Not treated (or medium binding) polys…
No logo or lettering for improved heat sealing and ease of liquid handlingLow base designed for optimal bottom reader sensitivityExcellent signal dynamic range due to low background fluorescence and enhanced signal intensitySuperior flatness minimizes variability within a plate and between platesFlat bottom wells are compatible with automated dispensers including the PerkinElmer FlexDrop™Working volume of up to 10 µL
(This is the suggested replacement for 3678) Square well top for easier robotic pipetting Round bottom for better Z factor and minimized trapped air Conical well molded in the shape of a light cone for efficiency Recommended working volume of 2 to 20 µL Black walls reduce well-to-well crosstalk and autofluorescence during fluorescent assays High binding surface is a general purpose surface that binds medium (>10kD) and l…
(This is the suggested replacement for 3677) Square well top for easier robotic pipetting Round bottom for better Z factor and minimized trapped air Conical well molded in the shape of a light cone for efficiency Recommended working volume of 2 to 20 µL Black walls reduce well-to-well crosstalk and autofluorescence during fluorescent assays Not treated (or medium binding) polystyrene surface is hydrophobic in nature and…
(This is the suggested replacement for 3674) Square well top for easier robotic pipetting Round bottom for better Z factor and minimized trapped air Conical well molded in the shape of a light cone for efficient Recommended working volume of 2 to 20 µL White walls reduce well-to-well crosstalk, enhance luminescent signals and have low background luminescence and fluorescence Not treated (or medium binding) polystyrene su…
These bottles are manufactured from low density polyethylene and are offered with a wide mouth. The cap and dispensing tube are manufactured from PP to optimize backflow of the solution. The design allows minimal turbulence of the liquid in the bottle.
These bottles are manufactured from low density polyethylene and are offered with a narrow or wide mouth. The cap and dispensing tube are manufactured from PP to optimize backflow of the solution. The design allows minimal turbulence of the liquid in the bottle.
These bottles are manufactured from low density polyethylene and are offered with a wide mouth. The cap and dispensing tube are manufactured from PP to optimize backflow of the solution. The design allows minimal turbulence of the liquid in the bottle.
These bottles are manufactured from low density polyethylene and are offered with a narrow mouth. The cap and dispensing tube are manufactured from PP to optimize backflow of the solution. The design allows minimal turbulence of the liquid in the bottle.
These bottles are manufactured from low density polyethylene and are offered with a wide mouth. The cap and dispensing tube are manufactured from PP to optimize backflow of the solution. The design allows minimal turbulence of the liquid in the bottle.
