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July 10, 2017 Confidentiality Label 2
Chicago Ultivo VIP Event Agenda – June 29
Time Topic Speaker
9:00 – 9:15 Welcome and Introductions Bob Walker
9:15 – 9:45 Agilent Innovations in MS Jim Yano
9:45 – 10:30 Introduction to Ultivo: How can smaller be better
Terry Sheehan
10:30 – 11:00 Break
11:00 – 11:30 Introduction to Ultivo: How can smaller be better
Terry Sheehan
11:30 – 12:15 Infinity II Prime and portfolio intro Lori Sandford (LC AE)
12:15 – 1:00 Lunch and Ultivo show & tell Agilent
Agilent Innovation in Mass Spectrometry
Jim Yano Vice President Marketing Mass Spectrometry Division
First Tandem Quadrupole Mass Spectrometry
4
TSQ 4X 1980-1986
US Patent 4234791 A
Inventors: Christie G. Enke, Richard A. Yost & James D. Morrison
Filed: 1978
2006
2008
2011 2014 2017
6410
AJS
6430 6420
iFunnels
6410 First Agilent introduction into the LC/TQ market
6460 In 2008, Agilent introduces “Jet Stream Technology” in conjunction with the launch of the 6460
6420 ESI-driven entry-level, LC/TQ system
6470 Mid-range, highest performance LC/TQ system for routine quanitation
6430 Launch “new” entry level LC/TQ with ESI ion source
2009
2010
6490 First Agilent “high-end” LC/TQ SYSTEM – 6490 with iFunnel technology and hexabore capillary
2012
6460C
6460C Improved 6460 with ESI as standard ion source
6495A
6495A 2nd-generation iFunnel high-end LC/TQ system
2015
6470A
6495B
6495B 3rd-generation high-end iFunnel LC/TQ system with incorporation of a gate valve assembly for ease of maintenance and superior uptime
Agilent: Sustained Innovation in Triple Quad LC/MS
5
6
Innovation With Purpose
Developed for Today’s Users of Mass Spectrometry
Recent Mass Spec Introductions
Innovation with purpose
7
• 6495B iFunnel LC/TQ
• Intuvo 9000 GC/MS (SQ & TQ)
• 6545XT AdvanceBio LC/Q-TOF
• InfinityLab LC/MSD (SQ)
• 7250 GC/Q-TOF
8
Intuvo 9000 GC/MS
A completely re-imagined integrated system of GC consumables,
MS services & software
9
Intuvo 9000 GC Innovations
Disposable guard chip
No-trim column
Direct heating
Modular Intuvo flow chips
Ferrule-free click-and-run connections
10
Innovation With Purpose Disposable
guard chip
No-trim column
Direct heating
Modular Intuvo flow chips
Ferrule-free click-and-run connections
Save money
• Less space – Less power
Increase through-put
• Faster heating – Faster cooling
Avoid downtime
• Leak free connections
• Consistent retention times
11
BioPharma Workflows
Intact Proteins mAb Subunits Peptide Mapping PTMs • Disulfide Mapping • Glycan Characterization • Deamidation • Methionine Oxidation
ADCs
12
6545XT AdvanceBio LC/Q-TOF
For Research Use Only. Not for use in diagnostic procedures.
For large biomolecules
• SWARM autotune
• Mass range to 30k m/z
• 50K resolution
No-vent maintenance
13
Intact Protein Raw Spectral Quality
Analytical Sensitivity and Dynamic Range of Glycosylated Intact mAb
Linear Range: > 3.2 orders (0.0316->50ng)
Intact Protein Deconvolved Mass Accuracy and Isoform Detection
10’s of Samples? 100’s of Samples? 1,000’s of Samples? OK!
For Research Use Only. Not for use in diagnostic procedures.
Exceptional Data
Robust Operation
14
Kevin Bateman, PhD Distinguished Scientist Pharmacokinetics, Pharmacodynamics and Drug Metabolism (PPDM) Merck
Agilent ASMS User Meeting Keynote: Enabling BioTherapeutic Discovery and Development Through Application of Advanced Mass Spectrometry
“I have been impressed with the data quality from the new 6545XT Q-TOF and expect the instrument to have a significant impact on our growing LC-MS based protein quantitation workflows.”
15
CrossLab Service
AssayMap Bravo Sample Preparation 6545XT AdvanceBio
LC/Q-TOF
1290 Infinity II UHPLC
AdvanceBio Columns
MassHunter Walkup
BioConfirm ADC-DAR
Calculator
Productive Workflow is More Than an MS
16
BioConfirm BioPharma Workflows
MS expertise NOT required!
Press the green button
Answer five questions about your sample
BioConfirm will tell you how well the protein was confirmed, along with reports and results
Tell BioConfirm how you prepared the sample; then collect the report!
• Quantitation of glycoforms
• Quantitation of other PTMs
• Identification of released glycans
17
BioConfirm B.09 Responding to
Our Customers
High Resolution Accurate Mass: Q-TOF for GC/MS
18
7250 GC/Q-TOF Defined by Agilent Collaborators
Collaborators Wanted MORE!
19
Industry collaborator
Industry collaborator
20
7250 GC/Q-TOF
Improved Performance
• Higher resolution
• Better mass accuracy
• Wider dynamic range
Reproducible EI Spectra
• NIST searchable
High Sensitivity EI Source
• Sensitive Low Energy EI with less fragment ions
21
7250 GC/Q-TOF Exceed method requirements even in very complex matrices
Achieved by combining:
• Higher mass resolution
• Higher ion count from High Efficiency Source (HES)
7250 GC/Q-TOF
0.8 ppm (0.15 mDa) R=24645
7200B GC/Q-TOF
Not Detected
Analyte level: 5 ppb 2X below 10 ppb MRL
Low Energy EI Compound Identification in Complex Matrix
22
70 eV matrix: gas oil
15 eV matrix: gas oil
10 eV matrix: gas oil
3,5-dimethylbenzothiophene
M+
Low eV selectivity
CI-like spectra
M+ precursor for MS/MS
HES (High Efficiency Source)
sensitivity
Unbelievably Powerful and Remarkably Small
23
Triple Quad LC/MS
24
Confidentiality Label
What We Heard
Make it… Small Robust Easy Smart Don’t
Compromise Performance
Ultivo
Triple Quad
Infinity II
HPLC Stack
Ultivo Triple Quadrupole LC/MS The Ultimate Evolution in Quadrupole LC/MS/MS
79 cm
31.1 in
39 cm
15.4 in
32 cm
12.6 in
25
Ultivo
Triple Quad
Infinity II
HPLC Stack
5 feet
Ultivo Triple Quadrupole LC/MS The Ultimate Evolution in Quadrupole LC/MS/MS
6460 LC/MS System
26
15.4 inches
Ultivo Innovation Goals: Space-saving, Sensitive, Robust & Serviceable
Agilent Jet Stream
Ion Source
VacShield (no-vent maintenance) Vortex Collision Cell
(twisted hexapole)
HED Detector (accessible in stack)
Cyclone Ion Optics (dual twisted hexapoles)
Hyperbolic
Quadrupoles (proprietary process)
Virtual DC Filters (ultra thin)
27
28
Pain Points: Confirm and Establish Priority
Frost & Sullivan Survey Commissioned by Agilent
700 Managers
5 Markets Pharma + Biotech Chemical + Energy + Mining Food + Flavors + Fragrances Environmental Diagnostics + Clinical (Hospital)
ASMS 2017
A NEW Era in LC/MS
29
Terry L. Sheehan, PhD Director MS Business Development
Typical LC/TQ Instrumentation
Collision Cell
Detector
Source & Ion
Transfer Optics
Quadrupoles
Ultivo: Innovating Ion Optics, Mass Analyzer & Detector
Pain points
Make them
go away
ASMS 2017
Labs are crowded!
Space is expensive!
The mass spec is
on the bottom of
the cart
Bigger is NOT
always better
ASMS 2017
Approximately 20% of lab managers
consider size/footprint to be a challenge
directly affecting their lab performance
Approximately 20% of lab managers consider size/footprint to be a
challenge affecting their laboratory performance. Of those, 75% believe
space-saving designs of instruments can help overcome this challenge.
Confidentiality Label
Downtime Globally, 75% respondents find
‘instrument maintenance/downtime’ to
be their biggest challenge in managing
their laboratories
93% of respondent emphasized the
important of ‘ease of maintenance and
repairs’
Maintenance
Quick Change Ion Injector
Fast Ion Injector exchange without system venting
VacShield
Easy to use, increased throughput, less downtime for maintenance
Ion Injector
Tool
Ion Injector Installed
Quick Change Ion Injector
Fast Ion Injector exchange without system venting
VacShield
Easy to use, increased throughput, less downtime for maintenance
Ion Injector
Tool
Ion Injector Removed
Easy Change Detector Assembly
Pre MS1 Ion Beam Compressor – “Cyclone Ion Guide”
Dual Twisted/Tapered design enhances
overall performance minimizing ion losses
• Convergence section – Allows greater ion
acceptance
• Parallel section – more focused ion beam
• Outer rods – increased high m/z transmission
efficiency (additional confinement)
• Resistive rods – DC bias to gently pull ions
towards the exit
• More ions, increased signal, better results
.
Pre MS1 Ion Beam Compressor – “Cyclone Ion Guide”
• Outer rods – increased high m/z transmission efficiency (additional
confinement)
Pre MS1 Ion Beam Compressor – “Cyclone Ion Guide”
Twisted/Tapered design enhances overall
performance minimizing ion losses
• Convergence section – Allows greater ion
acceptance
• Parallel section –more focused ion beam
• Outer rods – increased high mass
transmission efficiency (additional
confinement)
• Resistive rods – DC bias to gently pull ions
towards the exit
• More ions, increased signal, better
results
.
0 200 400 600 800 1000 1200 1400 1500
m/z
1.2
1.0
0.8
0..6
0.4
0.2
0
Fra
ction i
ons i
n/o
ut
Cyclone Transmission vs m/z – outer rods off
0 200 400 600 800 1000 1200 1400 1500
m/z
1.2
1.0
0.8
0..6
0.4
0.2
0
Fra
ction i
ons i
n/o
ut
Cyclone Transmission vs m/z – outer rods on
Virtual DC Pre/Post Filters
• Filters reduce fringe fields
• Reduce ion scatter (and losses)
• Virtual filters are 1mm width
• RF Brubaker filters = 20mm
• DC potentials
• Faster changes
3X filters = 57 mm shorter
Quicker switching Faster MRMs
poles
Virtual
Filter
Virtual DC Pre/Post Filters
Maximum ion
transmission at
entrance and exit
of quadrupoles
Virtual
Filter
Virtual DC Pre/Post Filters
• Filters reduce fringe fields (ion scatter)
• Virtual filters are 1mm width
• RF Brubaker filters = 20mm
• DC potentials changed faster
3X filters = 57 mm shorter
Quicker switching Faster MRMs
Maximum ion transmission at
entrance and exit of quadrupoles
M/Z 118
M/Z 622
M/Z 922
M/Z 1222
M/Z 118
M/Z 622
M/Z 922
M/Z 1222
5% transmission
at 0.7 resolution
13,000 counts
30% transmission
at 0.7 resolution
300,000 counts! N
orm
aliz
ed a
bundance
FWHM
Norm
aliz
ed a
bundance
FWHM
RF Filter Virtual DC Filter
0.7
10% 10%
0.7
Virtual
Filter
Redesigned Hyperbolic Quadrupole
Quadrupole field performance
defined by:
• Electrode shape
• Radius
• Length
• RF Frequency
• RF/DC Voltages
R # RF cycles
(Length)
Mathieu Stability Diagram
July 10, 2017
ASMS
47
Redesigned Hyperbolic Quadrupole
Quadrupole field performance
defined by:
• Electrode shape
• Radius
• Length
• RF Frequency
• RF/DC Voltages
(Hyperbolic) (Smaller)
(Shorter)
Redesigned Hyperbolic Quadrupole
Quadrupole field performance
defined by:
• Electrode shape
• Radius
• Length
• RF Frequency
• RF/DC Voltages
(Hyperbolic) (Smaller)
(Shorter)
(Increased) (Increased)
Redesigned Hyperbolic Quadrupole
A quadrupole’s performance
are defined by the following:
• Electrode shape (Hyperbolic)
• Radius (Smaller)
• Length (Shorter)
• Frequency (Increased)
• Voltage (Increased)
Higher frequency and voltage
allows excellent mass resolution
for a smaller, shorter quadrupole
Vortex Collision Cell Taper – maximum ion collection from Q1
and collimates into Q2
Twist – optimal pressure and
fragmentation of ions at front, higher
pressure for cooling and compression of
ion in the middle
Resistive rods - prevents crosstalk by
applying a DC-bias
Openings at exit - enables fast pressure
drop to reduce ion scattering Optimum Ion Transmission and
better MS/MS performance
Vortex Collision Cell
• Significantly shorter (60 mm
less) collision cell affords
reduced bench space
• Operates at multi-frequency
for broad range transmission
6460 30 eV (Reserpine)
Ultivo 30 eV (Reserpine)
Dodecapole
Similar
Product Ion
Spectra
Newest Pain Point Is
Just as Problematic . .
.
50% 45%
DATA
ASMS 2017
50% of respondents list “better data management” among top 5 challenges
45% of respondents indicated that they face significant pressure to process more samples per week – in
turn, increasing the challenges associated with data management
Software is a Critical Component of the User Experience
Usability
Design
Human Factors
System Performance
Accessibility
Rob Ley
MassHunter Product Manager
Acquisition and Quant
55 Ultivo LCGC Webinar 10 July 2017
MassHunter Acquisition for Ultivo C.01.00
Familiar Look and Feel
10 July 2017
Ultivo LCGC Webinar
56
Familiar Look and Feel
10 July 2017
Ultivo LCGC Webinar
57
Clear Callouts When There is a Problem…
10 July 2017
Ultivo LCGC Webinar
58
Ultivo Specific Features
10 July 2017
Ultivo LCGC Webinar
59
What is Quant-My-Way?
- Simplifies the MassHunter Quant User Interface
- Customize based on method requirements
- Ideal for routine operation
- Speeds up user learning and operation
“Customized MassHunter Quantitative Experience”
Benefits of the "OpenLAB UI" Ribbon
Menus that were once buried are now visible and easily accessed
Related commands are grouped together under labelled group
Hierachical menus are eliminated
Most items are "result oriented" meaning they provide galleries of options
Ribbon shows everything in one toolbars separated by tabss
July 10, 2017
66
MassHunter Quant “Vanilla” Flavor Simplified UI
1. New Batch + Add Samples 2. Load Method 3. Analyze + Report
Custom Button
Ultivo Applications
Specifications G6420 G6460 AJS
Sensitivity, Instrument
Detection Limit (IDL)
Positive, Reserpine
> 60 fg < 12.5 fg
Mass range 5 – 2,250 Da 5 – 3,000 Da
Maximum scan speed 12,500 Da/sec 12,500 Da/sec
Maximum MRM rate 450
MRMs/sec
450
MRMs/sec
Minimum MRM dwell time 1.0 ms 1.0 ms
Polarity switching ≤ 30 ms ≤ 30 ms
Specifications Comparison
July 10, 2017
Ultivo Internal Sales and Competition
68
Ultivo Applications
• Automated Online SPE/Triple Quad LC/MS Analysis of Trace Organic Contaminants in Drinking Water
• Analysis of Per/Polyfluoroalkyl Substances (PFASs) in Water using the Ultivo Triple Quad LC/MS
• Multi-Residue Pesticide Analysis in Food Matrices Using Ultivo Triple Quad LC/MS
• Analysis of Multiple Mycotoxins in Corn, Peanut and Black Pepper Employing the Ultivo Triple Quadrupole LC/MS
Food Applications
Mycotoxin Analysis in Foods
• Mycotoxin screening is a common analysis for a
food laboratory
• Toxic byproducts of fungi on crops.
• Found in many types of foods. o Grains
o Nuts
o Spices
o Fruits and vegetables
o Dairy
• Mycotoxins are regulated around the world. o Maximum Residue Limit (MRL) range from <1ppb to
>1000 ppb
o EU reg No. 1881/2006 and 105/2010
Mycotoxin Analysis in Foods
• Mycotoxin screen in foods
• 12 mycotoxins in corn and peanut matrix
• 5 mycotoxins in black pepper matrix
• 1290 Infinity II HPLC
• 10 minute gradient method
• Column: Eclipse Plus C18 3.0x150mm,
1.8um
• Mobile Phase: Water and Methanol,
• 0.5mM NH4F
• 5 mM NH4 formate
• 0.1% Formic Acid
• Flow Rate: 0.450 ml/min
Corn Peanut Black
Pepper
Mycotoxin Analysis in Foods
12
10
3
1
2
1
0
2
4
6
8
10
12
14
Corn Peanut Black Pepper
# o
f M
yco
toxi
ns
Matrix
1/5 MRL
1/10 MRL
1/20 MRL
• Ultivo Triple Quad MS • Dynamic MRM
• Quantitation limit 20x lower
than MRL for most compounds
Limit of Quantitation
Mycotoxin Analysis in Foods
9 9
2
3 3
3
0
2
4
6
8
10
12
14
Corn Peanut Black Pepper
# o
f M
yco
toxi
ns
Matrix
RSD 5-10%
RSD 0-5%
Aflatoxin B1200pptRSD%: 1.75Avg. S/N: 326
Aflatoxin B1200pptRSD%: 2.34Avg. S/N: 169
Aflatoxin B1500pptRSD%: 5.65Avg. S/N: 53.6
Corn Peanut Black Pepper
• 6 replicate injections at LOQ • RSD<10% at quantitation limit for
all mycotoxins • RSD<5% at quantitation limit for
most mycotoxins.
• Aflatoxin B1 • EU MRL:
• 2 ppb corn and peanut • 5 ppb black pepper
10x lower than MRL
Precision
Pesticide Analysis in Foods
• Pesticides in Foods
Crop productivity and success
× Pesticides in food
• Need to screen hundreds of pesticides in one method.
• MRL: 10ng/g
Pesticide Analysis in Foods
• 246 pesticides post-spiked into matrix.
• Extracted with Agilent EN QuEChERs with different clean-up for each matrix:
• 1290 Infinity II HPLC • Column: Eclipse Plus C18 3.0x150mm,
1.8um
• Mobile Phase: Water and Methanol,
• 0.5mM NH4F
• 4.5 mM NH4 formate
• 0.1% Formic Acid
• Flow Rate: 0.450 ml/min
• Ultivo Triple Quad MS
• Dynamic MRM
Avocado Orange Black Tea
PSA Kit Modified
EMR-Lipid
Dispersive SPE -
pigment
Pesticide Analysis in Foods
• Outstanding sensitivity
• LOQ 1ng/g and 5ng/g for most
compounds
• Excellent Precision
• RSD% below 20% for >98% of the
compounds
230
151
217
2817
222
4 30
50
100
150
200
250
1ng/g 5ng/g 10ng/g 20ng/g
# o
f p
esic
ides d
ete
cte
d
Pesticides Spike Levels
Avocado
Orange
Black Tea
124
82
31
81
145
74
23
2 1
137
74
25
83
0
40
80
120
160
1-5% 5-10% 10-15% 15-20% >20%
Nu
mb
er
of
Pesticid
es
%RSD
Avocado
Orange
Black Tea
Environmental Applications
79
Trace Organic Compounds in Drinking Water
10 July 2017
Ultivo Introduction - Internal Applications
80
• Trace Organic Compounds (TOrCs) not completely
removed from wastewater and drinking water
treatment.
• Stable and common compounds
• Sourced from both industrial and household wastes
• Pharmaceuticals Ibuprofen, Carbamazepine
• Personal care products Benzophenone, DEET
• Industrial compounds Benzotriazole, BPA
• Pesticides Atrazine
10 ppt, 750 µL injection
7.92
8.25
8.36 8.588.79
8.83
9.23
9.30
9.40
9.47
9.58
9.65
9.98
9.60
9.93
10.00
9.34
10.56
10.51
10.55
10.57
10.71
10.98
11.18
11.28
11.36
11.52
11.91
12.20 12.24
Abundance
Trace Organic Compounds in Drinking Water • 31 representative TOrCs • 1260 Infinity II HPLC
Column: Zorbax Eclipse plus C18 3.0x50mm, 1.8µm
Mobile Phase: H2O and ACN, 0.2mM NH4F Flow Rate: 0.350 ml/min
• Flex Cube Online SPE • 750ul injection volume. • No bench-top sample pretreatment. • SPE Cartridge: Zorbax Extend C18,
4.6x12.5mm, 5µm • Load: H2O, 0.1% Formic Acid • Elution: 1:1 ACN/IPA
• Fast 16 min total!
Trace Organic Compounds in Drinking Water
• Ultivo TQ MS • Sensitivity enhanced further with Agilent
Flex Cube Online SPE.
• No complex sample preparation needed.
• Quantitation Limit <0.5-5 ng/L for
most analytes.
• High linearity with R2 >0.99 for
quantitation range 0.5-200ng/L
a b
c
<0.5 ng/ L, 19 TOrCs 0.5 - 5 ng/ L, 10 TOrCs
>5 ng/ L, 2 TOrCs
a b
c
Per/Poly Fluoroalkyl Substances (PFAS) in Water
• PFASs are sourced from:
• Fire-fighting foams
• Non-stick cookware
• Food packaging
• Ubiquitous in the environment (groundwater contaminant)
• USEPA drinking water health advisories limit PFOA and PFOS at 70 ng/L
• US state public health guidelines for PFASs 20-400 ng/L in drinking water.
Per/Poly Fluoroalkyl Substances (PFAS) in Water
• 17 PFASs in drinking water.
• All 14 from USEPA 537 method.
• 250mL water samples.
• Extracted with Agilent Weak Anion Exchange
(WAX) cartridges.
• 1290 Infinity II LC • Pre Column: Zorbax Eclipse plus C18 4.6x50mm, 3.5µm
• Analytical Column: Zorbax Eclipse plus C18 3.0x50mm, 1.8µm
• Mobile Phase: H2O and 95:5 MeOH/H2O, 5mM Ammonium Acetate
• Flow Rate: 0.4 ml/min
• Runtime: 19 minutes
• Ultivo Triple Quad MS in negative ionization mode.
Per/Poly Fluoroalkyl Substances (PFAS) in Water
• Recovery 70-120% for all compounds at
1 µg/L and 5 µg/L spiking levels
• Excellent Linearity, 0.1 – 20 µg/L, R2
>0.99.
• RSD%: 0.3-10.8% for all compounds at
both spiking levels (5 replicates).
PFB
A
PFP
eA
PFB
S
PFH
xA
PFH
pA
PFH
xS
PFO
A
PFN
A
PFO
S
PFD
A
N-M
eFOSAA
PFD
S
PFU
dA
N-E
tFOSAA
PFD
oA
PFTeD
A
PFTrD
A
0
25
50
75
100
125
1 g/L Post Spike
5 g/L Post Spike
Re
co
ve
ry (
%)
PFOS PFOA
Ultivo TQ LC/MS Application Briefs
Visit Agilent.com for more information about these 4 Ultivo applications
The NEW Ultivo Triple Quad LC/MS
•Optimal sensitivity; Superb robustness
•Enhanced usability; Easy maintenance
•All the performance you need in a much smaller package
Unbelievably Powerful Remarkably Small!
Pharma, Life Sciences,
Research and Ultimate
Sensitivity Applications
Commercial,
Regulatory, Life
Sciences and Research
High-Throughput
Applications,
Commercial
Laboratories
LC/TQ Portfolio Goal
• Easy to Use and Maintain
• Robust
• Small footprint
• Integrated into HPLC stack
• Sensitivity aligned with
regulatory requirements
• Powerful
• Robust
• Sensitive
• Versatile
• Sensitivity exceeds most application
and regulatory agency requirements
• Ultimate sensitivity
• Cutting edge research
• Pharma development
• Biopharma
• Government and Academic
Research labs
Ultivo 6470 6495
July 10, 2017
Ultivo Internal Sales and Competition
89
The NEW Ultivo Triple Quad LC/MS
•Optimal sensitivity; Superb robustness
•Enhanced usability; Easy maintenance
•All the performance you need in a much smaller package
Unbelievably Powerful Remarkably Small!