This page is a round-up of the SPR intstruments currently available. The instruments differ in their way of using the technology and design of bringing the interactants in contact which each other. For a direct jump to the manufacturer, click on the logo's in the text. This list is by no means complete.
Let me know about the instruments which should be listed here by contacting me.
Are you a vendor and do you want to be listed on the SPRpages, please use the following document.
Kitchener, ON, January 20, 2016: Nicoya Lifesciences, a leader in label-free molecular analysis, announced today its newest product, OpenSPR-XT - a fully automated molecular analysis instrument based on the highly successful OpenSPR instrument. OpenSPR is a revolutionary surface plasmon resonance instrument that provides powerful label-free analysis while being the most affordable and compact instrument on the market. Instead of using the traditional gold films for the sensor chip, OpenSPR utilizes highly sensitive gold nanoparticles to give detailed information on nanoscale surface interactions. OpenSPR can be used for many SPR applications including binding affinity, kinetics, detection, surface chemistry and more. It is intuitive, easy to use, and compatible with proteins, antibodies, DNA, peptides, polymers, small molecules, and more. OpenSPR’s unique design also allows it to double as a visible cuvette based spectrophotometer.Visit Nicoya Lifesciences
BioNavis Ltd manufactures Multi-Parametric Surface Plasmon Resonance instruments that provide high content information on molecular binding, but also at the same time on nanolayer and nanoparticle properties. Apart from kinetic constants and affinities, thanks to a multiwavelength scanning setup, also conformation changes can be resolved using LayerSolver. PureKinetics™ (pat.pend.) allows measurements of bulk effect directly in the measurement channel providing clean sensograms without bulk artifacts even in 100% serum or 5% DMSO. The MP-SPR Navi™ instruments can be used for traditional SPR applications and moreover also in material sciences.
The applications include:
(Bio)pharmaceuticals – drug-target, drug-lipid and also drug-living cell interactions, antibody characterization, controlled drug release, nanoparticle drug delivery, small molecules, measurements in 100% serum.
Biosensors – developing assays directly on final material – cellulose for printed biosensors, metal for amperometric and potentiometric sensors, polymers for well-plates, metal nanoparticles for SERS, graphene, CNTs… with crude samples including sea water, saliva, plasma and others.
Biomaterials – MP-SPR measures molecular interactions on even 15 microns thick polymers.
Thin solid films – Barrier coating development for solar cells, antibacterial coatings, moisture barrier, gas sensors using graphene, ceramics, metals and more… measurements of thickness and refractive index down to 3.7 Ångströms (graphene monolayer).
Currently, there are four models in the MP-SPR Navi family:
The instruments come with PureKinetic feature that measures bulk effect in-line and allows for even 5% changes in DMSO concentration during run or measurements in 100% serum, providing premium quality kinetics data.
LayerSolver is a software module allowing quantification of true thickness and refractive index based on a unique scanning multiwavelength measurement.
The instruments use an elastomer-coated prism which ensures easy handling of sensors (no need for refractive index oil or gold-coated prisms) and also enables storage of the sensors for future experiments, re-use or validation ex-situ.
There is a wide range of optional flow-cells including combinations with electrochemistry, fluorescence or measurements in harsh liquids. The flow-cells can be easily exchanged with a single button push.
Biosesing Instrument supplies innovative and high performance label-free molecular interaction analysis instruments based on Surface Plasmon Resonance (SPR). BI SPR instruments are used in the applications of life sciences, drug discovery, antibody characterization, biosensors and electrochemistry for the measurement of affinity and kinetics of small biomolecules and cell membrane, protein-protein or protein-antibody interactions and biomolecule concentration measurements.
SPRm 200 is the world’s first commercial SPR Microscopy. The system seamlessly integrates optical imaging and SPR technology and it enables label-free in vitro measurement of binding activity and kinetics of membrane proteins.
BI-4500, a R&D 100 Award winner as one of the most significant technology inventions in 2016, is a 5-channel series SPR equipped with BI-DirectFlow™ technology, which enables precision sample delivery with near-zero dispersion for higher-quality results, ideal for the study of ultra-fast kinetic interactions such as those in DNA sequencing, protein-protein interactions, ligand-receptor recognition, and drug development applications. System has wide dynamic range for both large and small molecules (≤ 100 Daltons) and low baseline noise.
BI-2500 is a 3-channel series SPR ideal for biosensor or material science applications. The system’s modular approach allows SPR studies combined with electrochemistry or gas sensing applications. Anodic stripping analyses and studies on electropolymerization, redox-related conformational change, gas chemical sensor research, and fundamental solid-gas interface studies are some applications performed with this equipment.
The Pioneer FE is Pall ForteBio’s new flagship SPR system and includes key features for fragment screening applications. The Pioneer FE is particularly suited to meet this challenge by providing rapid affinity data (KD) from primary screens alone and by enabling prompt identification of fragment candidate actives. Using a combination of dynamic injection SPR (diSPR®) and actives selection software, Pioneer FE provides a significant leap in real-time, label-free identification and characterization of fragment actives in screening campaigns.
Each instrument package includes full Control and Data analysis software packages. Pall ForteBio offers a full line of affordable surface chemistries, allowing a diverse range of biomolecules to be analyzed, including small molecules below 95 Da.
OneStep (Taylor Dispersion Injections) adds a capillary tube just in front of the sensor and disperses the sample, making it possible to do a gradient injection over 3-4 orders of magnitude. Using the Taylor Equations (from the 1950's) it is then possible to calculate diffusion coefficients and assess aggregation. More importantly, with a derivative of the sigmoidal gradient output, strong and weak binding events are now revealed in time. This has never been accomplished using SPR in the past because the sum of two exponentials is very difficult to resolve (1), (2).
|(1)||Quinn, John G. Evaluation of Taylor dispersion injections: Determining kinetic/affinity interaction constants and diffusion coefficients in label-free biosensing. Analytical.Biochemistry 421: 401-410; (2012). Goto reference|
|(2)||Quinn, John G. Modeling Taylor dispersion injections: Determination of kinetic/affinity interaction constants and diffusion coefficients in label-free biosensing. Analytical.Biochemistry 421: 391-400; (2012). Goto reference|
Our devices can be standalone or integrated into other systems such as optical microscopes, fluorescence and Raman systems. Being miniature these devices can be positioned under a microscope or a spectrometer to probe both concentration, refractive index, fluorescence, Raman, surface shape or other spectroscopic signals. The present version of the PhotonicSys SPR system can record sensograms with detection limit down to 10-6 refractive index units (RIU) in a user friendly graphical interface (see below). The device has a size of 4.5"x4.5"x8.5" and a weight of 1.9 kg.
Our plasmonic substrates vary depending on the type of the sensing required and maybe sold separately.
PhotonicSys Surface Plasmon Resonance Sensors:
Surface waves are waves propagating along the interface of two different media. They can be gravity waves such as at the surface between two fluids with different densities, elastic waves such as seismic waves (Rayleigh or Love waves) or electromagnetic (light waves) between two media having two different optical properties. One of the intriguing phenomena occurring at the interface of metals and dielectric media is surface plasmon resonance (SPR) wave. This wave maybe described as a collective oscillation of the free electrons Fermi gas at the metal surface. Its excitation requires light with wavelength incident at an angle such that its momentum along the interface is high enough to match that of the surface plasmon wave.
The ProteOn™ XPR36 Protein Interaction Array System is based on SPR technology and capable of simultanously measurement of 36 individual molecular interactions. It intergrates a high-efficiency crisscross microfluidics system with a high-sensitivity optical system te generate data over the 6 x 6 interaction array, for the analysis of up to six ligands with panels of six analytes.
The system features an optical system that utilizes synchronized sequential scanning illumination coupled with an imaging device to detect the SPR response for each point on the sensor chip.
The ProteOn system measures a total of 78 spots, 36 which represent the interaction data from the 6 x 6 array. The additional 42 spots are called interspots and are used for normalization. The interspots are not exposed to activation or ligand immobilization but are exposed to analyte flow. Both interspot referencing and reference channel subtraction are available with the proteOn system.Visit Bio-Rad
The P4SPR is a unique portable, 4-channel SPR instrument that delivers high-performance measuring and monitoring data of specific targets in complex media such as drugs or disease biomarkers (e.g. antibodies, antigen, hormones) in blood serum or toxic chemicals (e.g. microorganism toxins, industrial organic compounds) in underground waters. The P4SPR's accessible price makes it an attractive label-free system for academic research and startup labs performing assay optimization, system characterization or routine monitoring of proteins and chemicals in lysate, blood, milk or simple buffer. Also, the P4SPR's open architecture makes it easy to combine with other analytical methods such as spectroscopy, chromatography and mass spectrometry to fit your specific needs.
The NanoSPR8 481 is a eight channel Electrochemical Surface Plasmon Resonance Spectrometer capable of performing real time biokinetic, immunosensing and biosensing measurements.
The IBIS MX96 applies SPR imaging with scanning angle optics. The large dynamic and linear range allows label free measurements to be ranging from less than 1 Resonance Unit (RU) up to 30.000 RU with noise levels of 0.2 RU RMSD. The imaging platform facilitates real-time sensing of analyte interactions in combination with the Continuous Flow Microspotter (CFM) of Wasatch Microfluidics (Salt lake city, Utah US) on a 6x8, 4x12 or an 8x12 CFM array of ligands.
Strong feature of the IBIS MX96 is the possibility to apply unlimited exposure times of samples for very low limits of detection. Its valve-less injection of samples and "back-and-forth" flow-based fluidics enables to inject only 70 microliter sample volumes which can be recaptured. The unsurpassed multiplexing capacity of this platform provides scope to use various surface chemistries including 3D (gel-type) and 2D (planar) chemistries on SensEye® sensors.
An analysis cycle of 96 samples of 70 microliters in combination with analysis of a 48 spot microarray, generates > 5000 referenced sensorgrams of unattended operation in a single run. The SPRintX software has been developed to measure biomolecular interactions in such an organized way that kinetic evaluation of the analysis is straightforward. It enables the user to measure high content screening assays without coming into an uncontrolled mess of data which cannot be processed conveniently. The instrument competes with the other instruments in the high-end label free sensing market. It has been sold to various pharmaceutical companies, biotech and research institutes.Visit IBIS
Reichert Technologies - Life Sciences introduces the new Reichert4SPR, 4 Channel Surface Plasmon Resonance system for label-free, real time investigation of biomolecular interactions. Sensitivity and baseline stability make the Reichert4SPR the ideal instrument for both macromolecular and small molecule kinetic or concentration determination experiments. The Reichert4SPR has four channels and is targeted on the typical industrial Biacore T200 user. The four channels can be run with three experimental channels and one reference or with two experimental channels with separate reference.
With a low noise (+/- 0.05 µRIU RMS) and low drift (0.1 µRIU min-1) the instrument is perfect for small molecules or low concentrations of large molecules.
Drag and drop injection, dissociation and regeneration methods make setting up run tables fast and easy. Loop functions simplify repetitive operations on up to 768 samples.
|Technical Specifications: Reichert4SPR|
|Sample loading||Autosampler - up to 768 samples|
|Temperature range||10°C below ambient to 70°C|
|Degassing unit||Built in|
|Flow rate range||0.1-250 µL/min|
|21 CFR Part 11 compliance||Compliant|
|Sample volume||5-5000 µL (depends on loop volume)|
|Refractive index Resolution||< 10⁻⁸ RU|
|Refractive index range||1.33 – 1.40 (@780 nm)|
|Analyte concentration range||1 mM – 1 pM|
|Minimum molecular weight detection||< 100 Daltons|
|Baseline noise||0.05 µRU RMS|
Reichert SR7500DC Dual Channel Surface Plasmon Resonance System.
Reichert's SR7500DC pushes the limits of detection and sensitivity in label-free interaction analysis.
The SR7500DC Dual Channel System is the next generation of surface plasmon resonance (SPR) technology with incomparable sensitivity and high-quality binding data for interaction analysis - all in a flexible component-based platform. The key to the system is the advanced SR7500 Dual Channel SPR Spectrometer instrument.
The SR7500DC label-free system generates data on critical interactions between proteins, nucleic acids, lipids, carbohydrates, small molecules, whole cells, bacteria, viruses, and polymers.
The SR7500DC System is used in pharmaceuticals, drug discovery, antibody screening, protein structure and function, gene regulation, and systems biology. Exceptional sensitivity in the SR7500DC System provides real-time data and is ideal for:
SENSIA is a company of the Mondragon Group.
SENSIA has been following an innovative process of machine development and is presently bringing into market a new fully automated, bi-channel SPR device, delivering with an unequalled sensitivity and extreme stability. This new machine is a valuable addition to the known brands because of its transportability and robustness.
The main features of the new INDICATOR machine are: