Explore the future. Automotive Test Systems Process & Environmental Medical Semiconductor Scientific

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1 Explore the future Automotive Test Systems Process & Environmental Medical Semiconductor Scientific

Label-free Bio-Affinity Analysis Surface Plasmon Resonance (SPR) is an established tool in the life science sectors.

real time molecule detection. A large variety of bio-interactions can be monitored, such as antibody/antigen, peptide/antibody, DNA/DNA, antibody/bacteria etc.

real time Have access to quantitative and qualitative information (kinetic curve and interaction image) in parallel Principle of the Label-Free Technology Our technology uses the

$It measures modifications of the refractive index at the surface of the biochip, which can be correlated to mass variations.$ Label-free and sensitive technology High-throughput analysis Real time imaging of the biochip surface Flexible and easy to use system Down to nm range Several hundred interactions

Label-free and sensitive technology High-throughput analysis Real time imaging of the biochip surface Flexible and easy to use system Down to nm range Several hundred interactions

2 Label-free Bio-Affinity Analysis Surface Plasmon Resonance (SPR) is an established tool in the life science sectors. It offers a new generation of label-free biomolecular analysis, providing information on kinetic processes (association and dissociation), binding affinity, analyte concentration and real time molecule detection. A large variety of bio-interactions can be monitored, such as antibody/antigen, peptide/antibody, DNA/DNA, antibody/bacteria etc... Perform your High-Throughput Assay Easily Spot up to several hundreds of different molecules on the biochip Monitor the biomolecular interactions of each spot simultaneously in real time Have access to quantitative and qualitative information (kinetic curve and interaction image) in parallel Principle of the Label-Free Technology Our technology uses the phenomenon of SPR to monitor label-free biomolecular interactions in real time. It measures modifications of the refractive index at the surface of the biochip, which can be correlated to mass variations. It detects interacting molecules in real time to determine analyte concentration and to characterize the biomolecular affinity. Label-free and sensitive technology High-throughput analysis Real time imaging of the biochip surface Flexible and easy to use system Down to nm range Several hundred interactions simultaneously Tracking of the interaction Speed-up experiment workflow Ligands spotting Dedicated surface chemistries allow ligands immobilization on a flexible biochip in a multiplexed microarray format. Biomolecular interaction After the injection of the sample solution, several hundred different molecular affinities can be monitored in real time. Principle The phenomenon of SPR occurs when light interacts at the interface between the biochip s metallic surface and the liquid medium.

SPRi Platform HORIBA Scientific s innovative SPRi (Surface Plasmon Resonance imaging) solutions provide a flexible platform, that

The comprehensive platform consists of biochips, surface chemistry, spotting system, autosampler, SPRi detection systems and

SPRi Systems SPRi-Lab+ and SPRi-PlexII instruments are ideal solutions for label-free and multiplexed biomolecular analysis.

Their open format enables many experiments, covering biomolecular interactions, biochemistry and biophysics to be explored without

Versatile biosensor systems Multiplexed binding characterization Real time biochip visualization User-friendly software to collect

$The SPRi-Biochips are made of a high refractive index glass prism, coated with a thin gold film, especially developed for imaging$

3 SPRi Platform HORIBA Scientific s innovative SPRi (Surface Plasmon Resonance imaging) solutions provide a flexible platform, that allows the user to design and conduct a complete experiment. The comprehensive platform consists of biochips, surface chemistry, spotting system, autosampler, SPRi detection systems and dedicated software packages. SPRi Systems SPRi-Lab+ and SPRi-PlexII instruments are ideal solutions for label-free and multiplexed biomolecular analysis. They are designed for easy determination of real time interaction and kinetic studies. Their open format enables many experiments, covering biomolecular interactions, biochemistry and biophysics to be explored without restriction or compromise. Versatile biosensor systems Multiplexed binding characterization Real time biochip visualization User-friendly software to collect and process data Flexible and Customizable Biochips SPRi-Biochips and SPRi-Slides are designed exclusively for the SPRi-Lab+ and SPRi-PlexII systems. The SPRi-Biochips are made of a high refractive index glass prism, coated with a thin gold film, especially developed for imaging purposes. The flexible configuration of the SPRi-Slides is tailored to meet the requirements of multiple assay formats. Dedicated Surface Chemistries Our extensive library of surface chemistries is a unique choice for immobilizing the largest variety of molecules such as proteins, peptides, nucleic acids, carbohydrates Ready-to-use SAM surface chemistries Suitable for electro-addressing Unfunctionalized surfaces ready for your own surface chemistry

Software Packages In order to make the most of our outstanding hardware features, we have

The HORIBA Scientific SPRi software suites fulfill all requirements that are expected in a

Display Images of your Interactions Thanks to the imaging functionality, changes on the

It can enable a rapid Yes / No answer to molecular recognition and detection.

Difference image The data acquisition software has a user-friendly graphical interface with

The flexibility of the software allows to work with different negative controls.

Kinetics Intuitive software makes your SPRi experiment analysis easy.

4 Software Packages In order to make the most of our outstanding hardware features, we have developed excellent, flexible and user-friendly software packages. The HORIBA Scientific SPRi software suites fulfill all requirements that are expected in a molecular interaction assay environment. Display Images of your Interactions Thanks to the imaging functionality, changes on the biochip surface can be followed in real time. It can enable a rapid Yes / No answer to molecular recognition and detection. Image capture functions Live video image Flow cell image Follow your Kinetics in Real Time Difference image The data acquisition software has a user-friendly graphical interface with step by step procedures for increased simplicity. The flexibility of the software allows to work with different negative controls. Real time display of kinetics Direct subtraction of the negative control Analyse your Kinetics Intuitive software makes your SPRi experiment analysis easy. Rapid and more advanced data treatment packages are available. Automatic report generation Determination of kinetic constants Screenshot of the SPRi-View software Screenshot of the SPRi-Analysis software Screenshot of the ScrubberGen software Up to 144 samples per day Up to sensorgrams per day Affinity constant (K D ): from 1 mm to 1 pm

Biomolecular Applications SPRi allows rapid generation and analysis of numerous simultaneous

Thanks to SPRi, many types of ligands and analytes (peptides, proteins, nucleic acids,

..) that are involved in life-science mechanisms can be monitored as never before in real time.

can be injected directly through the fluidic system.

provides information on glycobiology research and it helps to understand oligosaccharide-protein

DNA-DNA Interactions Label-free SPR imaging enables detection of DNA point mutations.

5 Biomolecular Applications SPRi allows rapid generation and analysis of numerous simultaneous molecular interactions. Thanks to SPRi, many types of ligands and analytes (peptides, proteins, nucleic acids, carbohydrates, bacteria, cells,...) that are involved in life-science mechanisms can be monitored as never before in real time. Also, potential targets found in complex mixture solutions such as serum, plasma or cell cultures can be injected directly through the fluidic system. Carbohydrate-Protein Interactions The parallel detection of carbohydrate-protein interactions provides information on glycobiology research and it helps to understand oligosaccharide-protein complex formation in biological systems. DNA-DNA Interactions Label-free SPR imaging enables detection of DNA point mutations. In addition the effects induced by the variation of one or several parameters can be compared in a single run. Protein-Peptide Interactions SPRi allows to monitor clinically related protein-peptide interactions in real time. It is a powerful technique for pharmaceutical and medical screening and for basic research applications. Antibody-Pathogen Interactions Multiplexing SPRi accelerates the detection of pathogens of various origins on a flexible biochip format adapted to different environmental conditions. SPRi Combined with MALDI Mass Spectrometry (MS) Simple transfer of SPRi micro-array biochip to the MS No elution steps required Direct MS analysis on SPRi micro-array chip No recovery and redeposition of sample Multiplexed analysis of many spatially resolved samples Save time and consumables

Explore the World of LiFe Sciences Founded nearly 200 years ago, HORIBA Jobin Yvon is one of the world s largest manufacturers of analytical and spectroscopic systems and components, and the world

Our Expertise Highly-qualified worldwide experts dedicated to your service 20 years of experience in bio-interaction analysis 200 years of experience in optical systems www.horiba.com/scientific info.

6 Explore the World of LiFe Sciences Founded nearly 200 years ago, HORIBA Jobin Yvon is one of the world s largest manufacturers of analytical and spectroscopic systems and components, and the world leader in Raman and Fluorescence instrumentation for Life Sciences research and industries. Our Expertise Highly-qualified worldwide experts dedicated to your service 20 years of experience in bio-interaction analysis 200 years of experience in optical systems info.sci@horiba.com France: HORIBA Jobin Yvon S.A.S., rue du Canal, Longjumeau cedex - Tel: +33 (0) Fax: +33 (0) info-sci.fr@horiba.com USA: HORIBA Jobin Yvon Inc., 3880 Park Avenue, Edison, NJ Toll-free: jobinyvon - Tel: Fax: info-sci.us@horiba.com Japan: HORIBA Ltd., Scientific Instruments Sales Dept., Alte-Building, Higashi-Kanda, Higashi-Kanda, Chiyoda-ku, Tokyo - Tel: +81 (0) Fax: +81 (0) info-sci.jp@horiba.com Germany: HORIBA Jobin Yvon GmbH, Hauptstrasse 1, Unterhaching - Tel: +49 (0) Fax: +49 (0) info-sci.de@horiba.com Italy: HORIBA Jobin Yvon Srl, Via Cesare Pavese 35/AB, Opera (Milano) - Tel: Fax: info-sci.it@horiba.com UK: HORIBA Jobin Yvon Ltd, 2 Dalston Gardens, Stanmore, Middlesex HA7 1BQ - Tel: +44 (0) Fax: +44 (0) info-sci.uk@horiba.com China: HORIBA Jobin Yvon SAS, Room 1801, Capital Tower N 6 Jia, Jianguomenwai Av., Chaoyang District, Beijing Tel: +86 (0) Fax: +86 (0) info-sci.cn@horiba.com Brasil: HORIBA Scientific, Av. das Nações Unidas, , Bairro Jurubatuba, São Paulo CEP Tel: Fax: info-sci@horiba.com Spain: HORIBA Jobin Yvon, C Francisco Silvela 56 Duplicado 2 DIZQ, Madrid Tel: Fax: info-sci@horiba.com Other countries: Tel: +33 (0) info-sci@horiba.com This document is not contractually binding under any circumstances - Printed in France - HORIBA Jobin Yvon 03/2011 Explore the future Automotive Test Systems Process & Environmental Medical Semiconductor Scientific

Analysis of Samples Related to Nuclear Submarine Operation

Analysis of Samples Related to Nuclear Submarine Operation Agnès Cosnier, Jobin Yvon S.A.S., Horiba Group, Longjumeau, France Keywords: nuclear 1 Introduction Eight samples from the Nuclear Division of