The Cell Cycle V2 BioApplication is a sophisticated image analysis algorithm that performs automated analysis of the cell cycle phase of individual and populations of cells. It reports cell cycle phase as well as the state of up to 3 target proteins for every cell analyzed, and correlates the target data with DNA content. This application has been biologically validated, enhancing confidence in your image-based data. Availa…
The Cytotoxicity V2 BioApplication is an image analysis application that simultaneously measures four markers of cytotoxicity (nuclear fragmentation/condensation, permeability, lysosomal mass-pH, and cell count) and reports individual and composite indicies of cytotoxicity. The V2 version has been enhanced with object segmentation to allow clumped cells to be efficiently analyzed. Available for the Cellomics ArrayScan VTI, A…
Extended Neurite Outgrowth V2 is an advanced image analysis algorithm that can quantitate neurite outgrowth with features such as cell body area and branch point quantitation, cell subpopulation analysis, Ability to analyze neuron subsets expressing up to two distinct neurotransmitters. It reports all features at the cell, well, and subpoulation level, and is biologically validated to enhance confidence in your image-based da…
Compartmental Analysis V2 is a powerful general image analysis tool for quantitating intracellular intensity changes in specific sub-cellular regions across multiple fluorescent channels. It performs spot analysis and reports intensity ratios and differences among sub-cellular regions and/or different fluorophores. This application has been biologically validated, enhancing confidence in your image-based data. Available for…
The Cell Motility V2 BioApplication is a advanced image analysis algorithm for measuring the overall motility of cells. It quantitates total distance traveled by each cell exposed to growth factor or compound for a quantiative assessment of cell motility. The V2 version includes advanced analytical capabilities such as population analysis and object segmentation. This application has been biologically validated, enhancing c…
Spot Detector V2 performs measurements of number, size, and other features of spots in cells. It is an easy-to-use and essential component of any image analysis software suite. This tool is excellent for measuring receptor internalization and trafficking, cell proliferation and counting, Analyzing populations. This application has been biologically validated, enhancing confidence in your image-based data. Available for the…
The Neurite Outgrowth V2 BioApplication is a streamlined image analysis algorithm for morphological analysis of neurite outgrowth. Utilizes fluorescent images of neurons and neurites stained for tubulin to quantitate the number and length of neurites in a population of cells. This application has been biologically validated, enhancing confidence in your image-based data. Available for the Cellomics ArrayScan VTI, ArrayScan x…
Cyto-Cell Membrane Translocation V2 is a multi-channel image analysis algorithm for analysis of targets that translocate from cytoplasm to cell membrane. It utilizes colocalization of fluorescent markers to report whether the target is co-localized to the membrane, and reports cells' behavior relative to a control population. This application has been biologically validated, enhancing confidence in your image-based data. A…
GPCR Signaling V2 is a high-content image analysis application for quantitation of the activation of G-protein coupled receptors. Classifies cells into different phases based on pattern of receptor complex distribution and reports details of and percentage of cells with Type A and Type B recycling activity. This application has been biologically validated, enhancing confidence in your image-based data. Available for the Cel…
MIAS-2 readers are a new generation of HTS microscopy readers with an unequaled blend of sensitivity, flexibility and speed. They are designed to cover the throughput and flexibility needs at multiple phases across the R&D value chain. In drug discovery R&D, applications include target identification, target validation, assay development, high throughput screening, hit-to-lead, deep pharmacology and ADMET. Unique features…
Innovative capillary viscometry – from the outset The viscosity of Newtonian fluids can be most precisely determined using capillary viscometers. This method of measurement, measures the time taken for a defined quantity of fluid to flow through a capillary with a known diameter and known length. With the industrial production of such precisely calibrated capillary viscometers, we have created the conditions to enable this…
The AVSPro automatic sampler is a fully automated measuring instrument for determining the viscosity of Newtonian fluids with capillary viscometers. In spite of the high sample throughput, the AVSPro provides maximum accuracy and reproducibility. Furthermore, working with the A VSPro is easy and even allows unsuper vised 24-hour operation. Particularly with time consuming measurement runs, the AVSPro helps to substantially re…
Dimension P1 The Dimension-P1™ Raman System is the first of LSI's Dimension series products. The CE and UL Certified Dimension-P1™ is an ultra-high performance Raman spectrometer achieved through the integration of proprietary optics and unique software solutions. The high sensitivity of its proprietary fiber-bundle probe system and high light throughput spectrometer, combined with the unsurpassed performance of…
Dimension P2 The Dimension-P2™ Raman System represents a true portability solution for high performance Raman spectroscopy. The Dimension-P2™ comes with LSI's Vector Raman Probe™ and the powerful RamanSoft for data acquisition, data processing, and data analysis. The system includes the External Sampling Module allowing the user to determine a wide range of potential applications and operational conditions. The Dime…
The Dimension-M1™ Raman MicroscopeLambda Solutions now provides a unique coupling of its Dimension series Raman systems to Nikon or Olympus microscopes. The result is a high performance Raman microscope at an extraordinary value. The Dimension-M1™ is available as an integrated unit, or as a Dimension-P1™ Raman System with the addition of a microscope and a Raman Microscope Adapter. This system is available with the high spati…
The Dimension Raman SystemsThe Dimension Raman systems provide the power of high sensitivity and resolution at extraordinary values through the integration of proprietary design in optics and state-of-the-art CCD detectors. The Dimension Raman Systems are powered by LSI's RamanSoft™, complete with user-friendly interfaces for data acquisition, data processing and data analysis. The Dimension-P1™, as well as the more compact Di…
The ISS Chronos is the first, frequency-domain fluorescence lifetime instrument based on the use of laser diodes and light emitting diodes (LED) as excitation sources. This powerful tool provides all the benefits of a full lifetime fluorometer at an affordable price. The ISS Chronos has been enhanced for those users operating at standard wavelengths of excitation typically at a set region. The Chronos is a fully-automated inst…
The PC1™ is a very sensitive, compact, computer-controlled Photon Counting Spectrofluorometer designed for applications in physical chemistry, biochemistry, physiology, neurochemistry, molecular biology, environmental analysis, and immunoassay research.Five key features make the PC1 Photon Counting Spectrofluorometer the most modern instrument in its class: Size The compact design optimizes the light path so that the sample c…
LSI RamanSoft This software package provides a complete suite of functions and features that make LSI Raman spectrometers easy to use while providing access to critical data acquisition & processing capabilities. Our unique and powerful background removal algorithms allow for acquisition of quality spectra for database analysis and effective data processing. The acquisition and analysis windows permit…
The H-9500 is a high performance TEM featuring a single crystal LaB6 electron source. This allows 0.102 nm crystal lattice resolution and 0.18 nm point to point to be achieved. The instrument features a low magnification operating mode of x200 to x500 and a high magnification mode with zoom from x1000 to x1,500,000. Fully PC-controlled, the instrument has an icon-driven user interface and is designed for very fast operation. W…
The Optoscan monochromator from Cairn Research is the only instrument of its type to offer control of both centre-wavelength and bandwidth with millisecond time resolution. Combined with Cairn signal processing modules and optical hardware it forms the heart of a powerful and flexible microfluorescence system. Alternatively it can be readily integrated into commercial imaging systems, or custom controlled for bespoke applicati…
Versatile single and double beam spectrophotometers pre-programmed with food and beverage analyses.
Berghof 'speedwave® four' microwave digestion system - uncomplicated and straight forward digestions. Speedwave makes laboratory work easier and safer. Very easy handling thanks to the top loading concept. The entire, heavy rotor no longer needs to be lifted and placed in the microwave oven. It remains in the oven chamber and the vessels are simply inserted individually and removed again after digestion. The heated vessels…
digestec DAB-2/3, to Digest the Hardest Samples. The traditional “stainless steel bomb” with its PTFE insert is being increasingly replaced by the microwave for most routine applications. However, when it comes to difficult-to-digest samples such as silicon carbide or alpha-aluminium oxide, such systems remain of inestimable value to users. The great advantage of these systems lies in the fact that the digestion period can…
The NOVA e-Series offers a full line of high-quality, high-performance Surface Area and Pore Size Analyzers with eight fully automatic models to meet the needs of any research or quality assurance laboratory.A BET surface area analysis is complete in minutes, multiple pore size measurements in a few hours.
