Petit-déjeuner scientifique francophone - Waters · Petit-déjeuner scientifique francophone Quoi...

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©2015 Waters Corporation 1

Petit-déjeuner scientifique francophone

Quoi de neuf cette année ?

Lundi 1er juin 2015

©2015 Waters Corporation 2

7:00 - 7:10 Introduction David Lascoux - Business Development Manager, Waters Southern Europe

7:10 - 7:30 Apports de la mobilité couplée à la spectrométrie de masse Alain Van Dorsselaer, Professeur à l’Institut Pluridisciplinaire Hubert Curien (IPHC), Strasbourg

7:30 - 7:45 Nouvelle plateforme d’imagerie par spectrométrie de massse Emmanuelle Claude, Principal Scientist Health Sciences, Waters Corporation

7:45 - 8.00 Encore plus de mobilité… Guillaume Béchade - Business Development Manager, Waters Central Europe

Programme

©2015 Waters Corporation 3

Conclusion

Apports de la mobilité Imagerie mais pas seulement le MALDI

Vion : la mesure de CCS accessible à tous

©2015 Waters Corporation 4

Encore plus de mobilité…

Dr Guillaume Béchade Life Sciences Business Development Manager, Central Europe

Petit déjeuner francophone

63ème Congrès de l’ASMS, Saint Louis, MO 1er juin 2015

DÉPASSER LA RESOLUTION

©2015 Waters Corporation 5

Des solutions analytiques marquant de vraies ruptures technologiques

Presenter
Presentation Notes
Innovation : performance /accessibilité

©2015 Waters Corporation 6

Informatique

Chimie

Standards et

réactifs

Sciences séparatives

Spectrometrie de masse

L’union de competences fondamentales

Presenter
Presentation Notes
This slide illustrates the Waters transformation from a company composed primarily of 4 core business competencies, to the way we now function with a new fifth business competency (Analytical Standards and Reagents). This shows Waters keen understanding of the market needs, and the importance in the role Standards and Reagents will play within it moving forward. We are committed and investing in all of these core areas, which are vital to today and the future of the analytical marketplace. This new 5 core competency supports an important and integral part of our ability to provide complete end-to-end solutions for our customers.

©2015 Waters Corporation 7

Technologies de rupture

Invention Produit Application Solution intégrée

Innovation Rupture

La philosophie de Waters :

Plus que de créer de simples produits, relever de véritables défis

Presenter
Presentation Notes
Let’s now look at innovation and disruption on a timeline perspective. Customers look to an innovator to invent and develop product. (click) This process often includes input from users as marketing and R&D organizations collaborate with industry leaders to help with the development process. However, for truly innovative results, it is not best to ask a customer what do they need? An innovative organization will attempt to truly understand the customers’ operation to determine what are the key challenges? For example, how many of us knew that consumer electronic users needed a compact device that can access and store audio files over the Internet before the IPod came out? I think very few of us could have articulated that product. What users knew is that CDs were big, hard to transport, and could only be purchased in one form. The next step is what users do with the innovation. (click) Disruptive products open up worlds of possibilities. The manufacturer will help facilitate this process, but the responsibility shifts to the users to apply the innovation in ways that the developer may or may not have even imagine. Since the introduction of the iPod, the development and delivery of audio and video content has dramatically changed. Artists and broadcasters are producing Podcasts for more and more targeted audiences. Users are accessing and sharing files in a completely new way. What’s on your iPod says a lot about you and your audio and visual taste. The iPod represents a disruption in how we access media.

©2015 Waters Corporation 8

L’évolution de la Mobilité Ionique en MS

DÉPASSER LA RESOLUTION

©2015 Waters Corporation 9

2003 T-Wave IMS

2004 Prototype SYNAPT Q-IMS-Tof

2001 IMS Champ linéaire

©2015 Waters Corporation 10

Gate

MobilityRegion

StorageRegion Quadrupole

Mass Filter

ElectrosprayTip

Pusher

Detector

Reflectron

LensesCollision

Cell

SecondTransferRegion

Electric Field

FirstTransfer Region

Stacked RingIon Guide

Ions

©2015 Waters Corporation 11

©2015 Waters Corporation 12

2006 Synapt HDMS TriWave, DriftScope

2007 MALDI Synapt

2009 Synapt G2 HDMS 2nd Gen TriWave & QuanTOF

2010 MALDI Synapt G2 HDMS Logiciel HDI, ETD

2011 Synapt G2S HDMS StepWave

2003 T-Wave IMS

2004 Prototype SYNAPT Q-IMS-Tof

2001 IMS Champ linéaire

©2015 Waters Corporation 13

©2015 Waters Corporation 14

2006 Synapt HDMS TriWave, DriftScope

2007 MALDI Synapt

2009 Synapt G2 HDMS 2nd Gen TriWave & QuanTOF

2010 MALDI Synapt G2 HDMS Logiciel HDI, ETD

2011 Synapt G2S HDMS StepWave

2013 Synapt G2Si HDMS Processus améliorés CCS : Section efficace de collision Applications IMS dédiées (UNIFITM), MS Compare, IntellistartTM

2003 T-Wave IMS

2004 Prototype SYNAPT Q-IMS-Tof

2001 IMS Champ linéaire

©2015 Waters Corporation 15

CCS Structure Separation

Sensibilité Specificité

©2015 Waters Corporation 16

Potentiel

Mesurer les sections efficaces de collision

(CCS) de tous les ions, dans toutes les analyses Utiliser les mesures de CCS dans les

processus d’analyse de routine

©2015 Waters Corporation 17

2006 Synapt HDMS TriWave, DriftScope

2007 MALDI Synapt

2009 Synapt G2 HDMS 2nd Gen TriWave & QuanTOF

2010 MALDI Synapt G2 HDMS Logiciel HDI, ETD

2011 Synapt G2S HDMS StepWave

2013 Synapt G2Si HDMS Processus améliorés (CCS : Section efficace de collision) Applications IMS dédiées (UNIFITM), MS Compare, IntellistartTM

2003 T-Wave IMS

2004 Prototype SYNAPT Q-IMS-Tof

2001 IMS Champ linéaire

2015 La mobilité ionique accessible à tous

©2015 Waters Corporation 18

Dépasser la résolution [V'aI ɒn] vaï-one

©2015 Waters Corporation 19

©2015 Waters Corporation 20

Double cannal 7.2GHz (suréchantionnage) 10-bit ADC

Détecteur QuanTof2

x 1

x 0.03

ADC Canal gain élevé

ADC Canal gain faible

Traitement du signal (pic)

Traitement du signal (pic)

ADC Signal test

Application de la calibration

Combinaison Depuis MS

Convertisseur Analogue - Digital Amplificateur

©2015 Waters Corporation 21

Avantages du QuanTof2

©2015 Waters Corporation 22

DT

m/z

DT

m/z

DT

m/z

RT

Inte

nsity

Haute Selectivité (HS) MS/MS

©2015 Waters Corporation 23

Mobilité ionique en routine

• Appuyer sur DEMARRER

• Simplement aquérir

• Accéder aux réponses

En toute transparence de l’échantillon à la réponse

©2015 Waters Corporation 24

Clareté des spectres de masse plus propres

Confiance l’information de section efficace de collision CCS pour tous les ions

Système Productif grâce aux processus d’analyse de UNIFI

Avantages de la Mobilité Ionique en routine

©2015 Waters Corporation 25

518.2235 m/z

441.2758 m/z

289.1923 m/z

617.3076 m/z 236.6 Å2 Verapamil

Clareté

HDMSE

Avantages de la Mobilité Ionique en routine

©2015 Waters Corporation 26

Mesure de CCS(N2) avec Vion

Reserpine - 609.28 m/z : 252 Å2 - 0.10 % RSD

LueEnk – 556.27 m/z : 230 Å2 - 0.15 % RSD

Terfenadine – 472.32 m/z : 230 Å2 - 0.12 % RSD

Verapamil – 455.29 m/z : 211 Å2 - 0.17 % RSD

Sulphadimethoxine – 311.08 m/z : 168 Å2 - 0.15 % RSD

Caffine – 195.08 m/z : 136 Å2 - 0.22 % RSD

Données collectées sur 400 injections durant 33 heures

<2% analyse après analyse

©2015 Waters Corporation 27

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Axis Title

Synapt WIV ISP/Vion IMS Q ToF Comparison April 2015

Pesticide

Etude ISP: Comparaison d’analyses de pesticides SYNAPT/Vion

Dr Severine Goscinny, Scientific Institute of Public Health, Belgium At Waters’ user meeting

Confiance

©2015 Waters Corporation 28 Confiance

Mobilité Ionique en routine

©2015 Waters Corporation 29

153 composés coéluants résolus grâce à la mobilité ionique sur Vion

Système Productif

©2015 Waters Corporation 30

Dépasser la résolution

La mesure de CCS accessible à tous Clareté Confiance Système productif

©2015 Waters Corporation 31