20 - agilent lc and lcms portfolio overview
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Agilent LC and LCMS Portfolio OverviewAgilent Restricted
November 2007Page 1
Agilent LC and LCMS Portfolio Overview
Elaine Ricicki, Ph. D.Life Sciences Marketing Program Manager
Agilent LC and LCMS Portfolio OverviewAgilent Restricted
November 2007Page 2
Customer and Business Trends- across all Industries
Lab situation– Higher throughput, faster turnaround,
lower cost per results– Innovate the processes and methodology– Need to protect investment (methods,
training, infrastructure)
Business trends– International standardization of
methodology – Multi-technique multi-vendor data systems
to reduce maintenance and training effort, facilitate information exchange
– More single-stop shopping for lab instrumentation, software, consumables and services
“ I need to run twice as many samples in half the time with half the resources.”
“Complex samples used to be an occasional challenge. Now they’re a routine complication.”
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The 1200 Series ConceptI want better, faster….but not different
Reliability
Robustness, Performance
Flexibility
1100 Series
1200 Series
+ Speed+ Resolution+ Sensitivity
+Reproducibility
+ Uptime+ Usability
+ Compliance
1100
HPLC and RRLC
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The Agilent 1100: The Legacy– Stackable, comprehensive, flexible configurations– Front access for easy user maintenance– Effective leak management– Ergonomic tubing organization for low delay volume and
bandspreading– Single LAN/PC/HUB cable connection– Flexible handheld or PC/network control strategies– Modular intelligence via the CAN network– EMF, Early Maintenance Feedback– Column tracking via RF Tag
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The New Agilent 1200 Series – over 50 modules!- configure your system without compromises
Better manufacturing quality & improved specs
Max speed & resolution
…plus new controller, software,columns, services and more….Better MS-based solutions & software
NEW Rapid Resolution
LC and LC/MSQuaternary and Binary
Isocratic
Preparative
Capillary and Nano
NEW HPLC-Chip/MS
Max sens., ease of use & robustnessImproved
Usability
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UltraFast LC (UFLC) – 1st Publication:Standard Agilent 1100 LCZorbax 1.8µm particle Columns• J. Chrom Sci., 38, Dec 2000, pp 535-544
• Author J. J. Kirkland
• Binary 1100 pump
• 1.8 um 4.6 x 30 mm columns
• Applications demonstrating 15 and 24 sec separations
Agilent – Pioneers
in sub-2µm Columns
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The Van Deemter Plot: Advantages of Smaller Particles at High Linear Velocities
HET
P (c
m/p
late
)
-0.0005
0.0000
0.0005
0.0010
0.0015
0.0020
0.0025
0.0030
0.0035
0.0040
0.0045
5.0 µm
3.5 µm
1.8 µm
2mL/min 5mL/min
Interstitial linear velocity (ue- cm/sec)0.0 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6
Unlike 5µm and 3.5µm columns, 1.8µm columns maintain higher efficiency at higher linear flows, which allows for significant gains in analysis speed. Typical Speed Gain: 5 – 10x
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ZORBAX Rapid Resolution HT Columns:The Efficiency of Longer Columns
4,200
6000
8,500
12,500
Resolving Power
N(5 µm)
2,5002,10015
6,5004,20030
12,0007,00050
17,00010,50075
24,00014,000100
32,50021,000150
ResolvingPower
N(1.8 µm)
Resolving Power
N(3.5 µm)
ColumnLength (mm)
Efficiency (N)
Pressure
AnalysisTime
PeakVolume
SolventUsage
Rapid Resolution HT columns provide the efficiency of longer columns used for high resolution.
Analysis Time*(Rel. to 150mm)
-33%
-50%
-67%
-80%
-90%
-
Unavailable
Unavailable
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Actual Example of Particle Size Distribution on ZORBAX 1.8um Particles
Number Average Plot of ZORBAX 1.8 um materialDifferential Number
6543210
500
1000
1500
2000
2500
3000
3500
Particle Diameter (µm)
Num
ber
Number StatisticsMean: 1.740 umMedian: 1.727 umMode: 1.732 um95% Conf. Limits: 1.739 – 1.742 umSD.: 0.271 um
%> 10 90 Ratioum 2.04 1.47 1.39
Small number of “off median” particles visible in number average plot
PSD is “ideal” in terms for largest:smallest particles for high efficiency.Low fines means lowest back pressure.
Low fines
This ratio means good control of PSD
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ZORBAX RRHT Bonded Phase Choices
ZORBAX Eclipse PlusZORBAX Eclipse Plus – New! (C18 and C8) first choice for method development, industry leading peak shape performance, good for most applications, use up to 60°C. Note: L1 (C18) and L7 (C8) columns – accepted by USP
ZORBAX ZORBAX StableBondStableBond – good for low pH and high temperature applications, for those who want to raise temperature for faster analysis • SB-C18 – use up to 90°C and down to pH <1 (high temp only at low pH) (L1)• SB-C8 – use up to 80°C and down to pH 1 (L7)• SB-Phenyl – use up to 80°C at pH 2 (L11)• SB-CN – use up to 80°C at pH 2• SB-AQ – use in up to 100% aqueous mobile phases for good retention – up to 60°C at
pH 2ZORBAX ExtendZORBAX Extend--C18C18 – good at high pH – up to pH 11.5 at room temperature (L1)
ZORBAX Eclipse XDBZORBAX Eclipse XDB – (C18 (L1) and C8 (L7)) good choice when following method example/application, but older than Eclipse Plus so not the first choice, general purpose bonded phase, for most types of compounds, use up to 60°C
ZORBAX RxZORBAX Rx--SilSil – for normal phase applications and “HILIC” type applications where an aqueous containing mobile phase is used on bare silica.
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Speed: 1200 Series Rapid Resolution System- the fastest LC in the world
2.1mm x 50mm 1.8µm1.00 ml/min, 40°CAnalysis Time = 1.1min
RRLC, 40°C10x fasterPW = 0.5 sec
min0.2 0.4 0.6 0.8 10
HPLC, 40°CPW = 3.4sec
4.6 x 150mm, 5µm1.20 ml/min, 40°CAnalysis Time = 11min
min0 2 4 6 8 10
• Example: Phenones Test Sample• System: 1200 RRLC System • Columns: Zorbax SB-C18
2.1mm x 50mm 1.8µm2.40 ml/min, 95°CAnalysis Time = 0.4min
RRLC, 95°C
27x faster
PW = 197msec0.20 0.4 min
Liquid chromatographyin millisecond range
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min0 0.2 0.4 0.6 0.8 1
mAU
0
100
200
300
400
500
600
700
0.209
0.370
0.505
0.620
0.664 0.7
25
0.821
0.908
0.986
1200 Series Rapid Resolution System - efficient use of pressure
A BEH,
2.1 x 50mm,1.7um
RRHT, SB-C18,
2.1 x 50mm, 1.8um
Column
0.914 min0.949 minAnal. Time
700 bar (+60%)440 barPressure
0.18 – 0.30 %RSD0.025 – 0.094 %RSDPrecision
3.503.69Resolution
Suppler B1200 Rapid Resolution
Sample: Phenones Test MixFlow Rate: 1 ml/minGradient: 35-95% ACN in 0.9 minTemperature: 50°Injection volume: 1 µlInjection Technique: ADVR, OI,
MCOWL: 245 nmData Rate: 80 Hz
Better performance at lower pressure than other U-HPLC designs
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Pharmaceutical Process Control – Converted to High-Throughput LC- customer provided data
min0 0.2 0.4 0.6 0.8 1 1.2 1.4 1.6 1.8
Norm.
0
20
40
60
80
Norm.
0
20
40
60
80
Optimized process control method System: 1100 Binary SystemColumn: 4.6 x 50 mm, 1.8um RRHTGradient analysis time: 2 minSpeed: 23x faster than 5umTime saving: 95%Feedback Time: < 1h
4σ Peakwidth = 1.5 – 2.5 sec
Rs(3,4) = 1.5
min0 5 10 15 20 25 30 35 40 45
Original process control method System: 1100 Binary SystemColumn: 4.6 x 250 mm, 5um Gradient analysis time: 45 minFeedback Time: > 11 hours
Rs(3,4) = 3.3
4σ Peakwidth = 9 – 18sec
2.0
45
Process monitoring times can be reduced 5 – 25X
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µ-Degasser• Maximum baseline stability and minimum noise by continues
vacuum sourceBinary Pump SL• Configurable delay volume (120µl, 320 µland 600-800µl)
– Standard delay volume (600 – 800 µl) for ultra fast and conventionaLC with 3 and 4.6 ID columns
– Low delay volume (120 µl) for ultra fast and and conventional LC with 2.1 mm ID columns (LC/MS)
– Medium delay volume (320 µl) for ultra fast and superior UV sensitivity with 2.1 mm ID columns
1200 RRLC System Benefits of Key Modules Features
• 0.05 – 5 ml/min flow rate range for highest speed on narrowand standard bore RRHT columns (full pressure range)
• 600 bar pressure for higher speed and resolution in RRLC
• Highest RT precision and lowest mixing noise by new pistoncontrol algorithms (EDC – Electronic Damping Control)*
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Binary Pump SL - Configurable Delay Volume
Pressure-Sensor
Purge Valve
Mixing-T
Damper
400µl MixerBA
600bar Damper
400µl Mixer
Pressure Sensor
PurgeValve
Std delay volume600-800 µl
for ultra fast with3 and 4.6 mm ID
columns and conventional LC
BA
Pressure Sensor
PurgeValve
600bar Damper
400µl Mixer
Pressure-Sensor
Purge Valve
Mixing-T
Flow Path
Low delay volume120 µl
for ultra fast LC with 2.1 mm ID columns
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High-Performance ALS SL• Cycle Times 25-30 sec including external needle wash
- with overlapped injections < 1 sec
• Simultaneous speed and carry over optimization by flow through design
– for lowest carry over Injector Purge Kit for viscous and sticky samples
• 0.1 - 100µl (1500µl) injection volume for large linear range without loop changes (< 0.25% RSD from 5 – 100 µL)
• No sample losses
• 2 wellplates or 108 vials extendable with samplecapacity extension (16 – 80 shallow plates)
*patents filed
1200 RRLC System Benefits of Key Modules Features
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1200 Series h-ALS for High-Speed InjectionsDelay Volume Reduction and Overlapped Injections
Main Pass: Injecting Bypass: Sample Loading
Simultaneous Speed and CO optimization by• Simple „one-valve“ flow-though design• Automatic delay volume reduction (6µl)• Overlapped injection• Programmable sample flush-out time• External needle wash• MCO by additional valve switches
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Thermostatted Column Compartment SL
• 100°C for higher speed and resolution in RRLC
• Improved Peltier temperature control (< +/- 0.05°C) forhighly reproducible RT
• New low volume heat exchanger for minimized peak broadening on 2.1mm ID columns.
• 600 bar 2Ps/10Pt micro valve for minimum cycle times by ACR (alternating column regeneration, which saves wash & regeneration time)
• PCC (post-column cooling) for minimized UV noise under most demanding conditions (< 50µAU at high flow rates and temperatures)
• For columns up to 30 cm column length*patents filed
1200 RRLC System Benefits of Key Modules Features
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1200 Series TCC SL Low volume Pre-column Heater and Post-column Cooler
• L-shaped pre-column heater • Volume: 1.6 µl• Mounted on carrier
• U-shaped Post-column cooler • Volume: 1.5 ul• Mounted on Carrier
Choice of Valves2PS/6PT or2PS/10PT
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The New 1200 Column Compartment SLPost-column cooling
0.685 - Anthracene
min0.5 1 1.5 2 2.5
mAU
-0.05
0
0.05
0.1
0.15
0.2
0.25
• Column Temperature: 80°C • Detector-in Temperature: 50 °C• Noise = 90 uAU• S/N = 3.3
• Column Temperature: 80°C • Detector-in Temperature: 24 °C• Noise = 30 uAU• S/N = 10• No Peak Broadening
Column: 4.6 x 50mm, 1.8um
Flow Rate: 4ml/min
Noise reduction at high flow ratesand high temperatures
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The Agilent 1200 Series 80Hz DAD SL and MWD SLThe 1st Diode-Array Detector designed for Ultra-Fast LC
Tungsten lamp Long-life
Deuterium Lamp
Holmium Oxide Filter
Flow Cell
Programmable slit
Grating
1024 element diode array
190 nm950 nmMinimized Noise in
Visible WL-Range
Automated wavelength verification
Fast optimization of sensitivity and resolution
Excellent wavelength resolution
More uptime > 2000h
nm230 240 250 260 270 280
Absorbance
00.10.20.30.40.50.6
(mAU)
1 nm
2 nm
4 nm8 nm
16 nmNoise level
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1.236
0.666
0.416
0.329
0.300
Peak Width
Peak Capacity
ResolutionData Rate
451.7120 Hz
291.17 10 Hz
160.675 Hz
552.0540 Hz
602.2580 Hz
min0.1 0.2 0.3 0.4 0.50
80Hz
PW=0.30sec
40Hz
PW=0.33sec
20HzPW=0.42sec
10HzPW=0.67sec
5HzPW=1.24secSample: Phenones Test MixColumn: Zorbax SB-C18, 4.6x30, 1.8umGradient:: 50-100%ACN in 0.3minFlow Rate: 5ml/min
80Hz versus 10Hz Data Rate• Peak Width: – 55%• Resolution: + 90%• Peak Capacity: + 120%• App. Column Eff.: + 260%
Influence of the detector rate on resolutionDAD SL and MWD SL
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ColumnSample
TempFlow
WLEluent
Injection
SB-C18 1.0x50 Iso Std +H2NCSNH2250.1 ml/min254,4; -/-80/20 H2O/ACN1 ul
New Drilled Flow Cell for DAD/MWDMinimized Dispersion for Maximum Resolution and SensitivityImproved flush-out behavior of the new standard flow cell minimizes peak tailing thereby increasing peak heights and resolution.
Ceramic Ring for thermal de-coupling
“Drill” Design of Inlet and Outlet for faster flush-out
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1200 Series Rapid Resolution LC- summary
1. Speed20X faster than conventional HPLC
2. Resolution60% higher resolution than conventional HPLC
3. Highest FlexibilityRRLC & standard methods, standard & narrow bore columnsBroad range of RRHT columns Fast method transfer: “HPLC to RRLC in 5 minutes”
4. Highest throughput 2000 Samples/Day on HT-configuration
5. Best usability on proven industry design More uptime, serviceability LC diagnostics, Intelligent and Compliance services New level of instrument control and data handling
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Agilent 6000 Series LC/MS Portfolio
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• Over 26,000 GC/MS, nearly 3,000 ICP-MS and 4000 LC/MS systems
5970B MSD
5930A
5975B5992A
1971 1976 1986 2006GC/MS 1971 - 2006
4500
ICP-MS 1994 - 2004
7500ce
1994 2004
LC/MSD, LC/MSD Ion Trap LC/MSD TOF
1996, 2000 2003, 2006LC/MS 1994 - 2006
Agilent’s 35 year heritage in mass spectrometry
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LC/MS Ion Sources•Widest choice of sourcesfrom any manufacturer
– Dual electrospray (ESI)– Dual nanospray– APCI– APPI– CE-TOF– PDF-MALDI
•Interchangeable between MS platforms•Multimode Source
– ESI and APCI combined in one source
– Simultaneous operation•HPLC-Chip/MS
– Nanospray made ease– Reproducible results– Sample processing on chip
Ionize Anything!
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Evolving the Agilent 6000 LC/MS Series A new and expanded portfolio for applications from life science to chemical analysis, combining exceptional performance and legendary Agilent reliability
LC/MSD Single Quad(enhanced)
6300 Series Ion Traps (enhanced)
6210 & 6220 TOF (enhanced)
6410 QQQ
6510 & 6520 QTOF
New
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LC/MS Systems for Proteomics/Metabolomics
QualitativeQualitative QuantitativeQuantitative
6510 QTOF Ultimate versatility and analytical performance for profiling, ID, and characterization of proteins, peptides and metabolites
6210 TOFHigh throughput profiling of proteins and metabolites, intact protein analysis with high mass accuracy
6410 Triple QuadrupoleTargeted quantitative analysis with femtogram level sensitivity and unbeatable price
6300 Series Ion Traps Popular high sensitivity protein ID system with MSn and new ETD capability for PTM analysis
HPLC-Chip “Powered”High resolution, high sensitivity nanospray LC/MS made convenient and easy
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LC/MS Systems for Drug Discovery, Developmentand QC/QA
QualitativeQualitative QuantitativeQuantitative
6510 QTOF Ultimate MS/MS system value with high analytical performance for accurate mass based structural elucidation, and metabolite ID in drug discovery
6210 TOFHigh throughput walk up accurate mass system for compound screening and confirmation
6410 Triple QuadrupoleHigh sensitivity MS/MS system for quantitative analysis in drug metabolism and pharmacokinetic studies (DMPK)*
*21CFR Part 11 compliant software available late 20066300 Series Ion Traps
High sensitivity MSn workhorse for compound identification and structural elucidation in drug discovery and early ADMET
6000 Series Single QuadEasy to use high selectivity MS system for routine quantitationand use in QC/QA
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LC/MS Systems for Food, Environmental, Forensicand Clinical
QualitativeQualitative QuantitativeQuantitative
6510 QTOF Ultimate MS/MS system value with high analytical performance for accurate mass based structural studies and identification of small molecules
6210 TOFHigh throughput walk up accurate mass system for screening and compound confirmation
6410 Triple QuadrupoleHigh sensitivity MS/MS system for targeted quantitative analysis in food safety, environmental, and clinical applications
6300 Series Ion Traps High sensitivity MSn system for the screening and identification of pesticide residues and unknowns in food and environmental studies
1200 Series Single QuadEasy to use, inexpensive, high selectivity MS system for screening and routine quantitation
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Single Quadrupole LC/MSMS Detection for Rapid Resolution Chromatography
6100 Series – Single Quad – NEW Performance…Fast Polarity Switching (10 pos + 10 neg spectra/sec)
Fast response for maximum chromatographic efficiency
Reduced Run to Run cycle time (<10 sec inter-run delay)
Advanced signal processing for enhanced sensitivity
HPLC-Chip supports research in microfluidics
Focus on Highest Throughput and Data Quality
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High Speed SeparationsMaximizing Chromatographic and MS Performance
min0.1 0.2 0.3 0.4 0.5 0.6 0.7
mAU
-5
0
5
10
15
20
25
DAD1 A, Sig=272,4 Ref=360,80 (G:\CHEM32 DATA\ASMS\ULTRASCPNMM0002.D)
0.149
0.250 0.4
32
0.668
min*0.1 0.2 0.3 0.4 0.5 0.6 0.7
0
20000
40000
60000
80000
100000
120000
140000*MSD1 BPC, MS File (G:\CHEM32 DATA\ASMS\ULTRASCPNMM0002.D) MM-ES+APCI, Fast Scan, Frag: 100, "PosScan"
0.149
0.251
0.432
0.667
min*0.1 0.2 0.3 0.4 0.5 0.6 0.70
5000
10000
15000
20000
25000
30000
35000
40000
*MSD2 BPC, MS File (G:\CHEM32 DATA\ASMS\ULTRASCPNMM0002.D) MM-ES+APCI, Fast Scan, Frag: 100, "NegScan"
0.150
0.251
0.432
0.668
UV 254 nm
Pos MultimodeES+APCI
Neg MultimodeES+APCI
0.91 sec FWHM9 scans/sec
0.87 sec FWHM9 scans/sec
0.95 sec FWHM4.5 spectra/sec
284 286 288
286.
0
286.
8
284.
8
284 286 288
286.
0
286.
8
284.
8 Proper chlorine isotope pattern
282 284 286
284.
0
284.
8
282.
8
282 284 286
284.
0
284.
8
282.
8 Proper chlorine isotope pattern
Analytes: Sulfamethizole, Sulfachloropyridizine, Sulfamethazine, SulfadimethoxineSource: Multimode Column: Zorbax 2.1 x 50mm, 1.8µM Flow Rate: 1.3 mL/min
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High Speed SeparationsHigh Throughput - Minimizing Run to Run Delay Time
Date acquired : Wed May 16 11:18:46 2007Date acquired : Wed May 16 11:19:56 2007Date acquired : Wed May 16 11:21:06 2007Date acquired : Wed May 16 11:22:16 2007Date acquired : Wed May 16 11:23:27 200710 second inter run time !!
1.00.2 0.4 0.6 0.8
0.16
1
0.34
60.
400
0.51
0
0.57
5
0.63
00.
658
0.82
7
1.00.2 0.4 0.6 0.8
0.34
60.
400
0.51
0
0.57
6
0.63
00.
657
0.82
6
Run 1 Run 2
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Agilent 6410 Triple Quad LC/MS
Best Price-Performance for Quantitative LC/MS• Femtogram sensitivity with excellent reproducibility
• 30-50% Lower price than comparable competitor instruments
• Autotune that truly works and ensures top performance
• New quantification software with peerless “intelligence” handles tasks previously considered un-automatable
• Agilent reliability and ease-of-use
High End Performance with Unprecedented Cost of Ownership
For food safety, environmental, chemical, forensics, pharmaceutical and metabolomics markets
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High Sensitivity QQQ LC/MS:Reserpine in Coffee (3 MRMs) < 160 femtograms!
20pg
10pg
5pg
2.5pg
1.25pg0.63pg0.32pg0.16pgBlank
1.25pg
0.63pg
0.32pg
Blank
0.16pg
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Agilent 6510 and 6520 QTOF LC/MS
Capture the most information from complex samples
• 10X sensitivity advantage (Attomole MS and MS/MS sensitivity)
• Wide in-scan dynamic ranges covers 3.5 decades
• Fast scan speeds (20/s) at up to 15,000 Resolving Power
Easy and confident identification of unknowns
• 2X typical mass accuracy (1 to 2 ppm MS and 5 ppm MS/MS)
• Automated reference mass introduction and calibration
• Autotune saves time and enhances performance
Ion-trap sensitivity, speed, and accurate mass that redefines the QTOF LCMS category
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High Sensitivity QTOF Performance:Data-Dependent MS/MS: 2 fmol on column BSA Digest
Base Peak Chromatogram
Spectrum Mill Data Base Search Results
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2x10
0
0.5
1
1.5
2
2.5
3
Abundance vs. Mass-to-Charge (m/z)50 100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000 1050 1100 1150 1200
+MS (4.600-4.685 min) MS/MS(0.0000 m/z) chip_LC_300ATMOLEbsa_ms2_1_.d (BP=479) Sub
251.1486
110.0690
653.3593
1055.5508594.2729796.3439354.6828 956.4929 1168.6293529.8208
[M+2H]2+b2
y2
a2
y1
H
I/L
b4 y6 b8 y8b7 b9
y9y10
b10
b5
MS/MS (K)HLVDEPQNLIK(Q) at
300attomole
3x10
0.5
1
1.5
2
2.5
3
3.5
4
4.5
5
5.5
6
Abundance vs. Acquisition Time (Min)0.5 1 1.5 2 2.5 3 3.5 4 4.5 5 5.5 6 6.5
+EIC (653.3500 m/z); from chip_lc_200ATMOLE_bsa_IRM_450nL2.d
1
HPLC-Chip and 6510 QTOF Sets New Standard in Protein Identification
(K)HLVDEPQNLIK(Q)From BSA digestPre-cursor trace
Unprecedented MS and MS/MS sensitivity rivals Ion Traps at attomole levels
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• Industry leading mass accuracy (1-2 ppm) and dynamic range
Highest throughput in small molecule applications• Multimode source: 2x increase in throughput• Faster scanning (40 scans/sec)• Fast polarity switching (1 sec) • Easy-access SW enables true “walk-up” use
Best sensitivity / reproducibility / productivity for complex sample analysis
• Increased Resolving Power – 10K at 100m/z, 16K at 1000 m/ztypical
• HPLC-Chip compatible• Mass Profiling and BioConfirmation Software
Agilent 6210 & 6220 TOF LC/MS
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TOF and Fast Chromatography 20 Hz (20 spectra per second; 10 per mode)
Compound Low Frag error High Frag error 1. Sulfamethizole -1.44 -2.732. Sulfachloropyridazine -1.92 -2.173. Sulfamethazine -0.89 -0.444. Sulfadimethoxine 0.00 -0.55
XIC of +TOF MS: Experiment 2, from hilowfrag01.wiff Max. 3.8e5 cps.
0.04 0.08 0.12 0.16 0.20 0.24 0.28 0.32 0.36 0.40 0.44 0.48 0.52Time, min
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Rel. Int. (%
)
0.432
0.393
0.219 0.302
Fast scanning TOF provides simultaneous:
•High resolution high speed separation – 30 secs•High mass accuracy – 1-2 ppm•High information content – high frag CID•APCI and ESI for broader coverage
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High Throughput Chemical Library AnalysisAnalysis of 140 real screening compounds under ultra-fast RRLC/TOF conditions (90s cycle time 1000 samples/day):
2 outliers not shown, 16 compounds could not be ionized by ESI+
-5.00
-4.00
-3.00
-2.00
-1.00
0.00
1.00
2.00
3.00
4.00
0 20 40 60 80 100 120 140
Err
or [p
pm]
Results from automated formula confirmationreport – no manual interaction!
LC: Water/ACN(0.1%TFA), 5-100%B in 0.7min, 60°C, 1.5ml/minUV-Detection: 210 – 500 nm, 80Hz MS-Detection: 120-1200Da, 8Hz, Split 1:7.5 Injection: 1µl, online sample dilution by injector program (determined the cycle time!)
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Agilent 6340 Ion Trap LC/MS
State-of-the-Art 3D Trap:• 10X sensitivity improvement (4-8X trap capacity)
• 3X scan cycle time improvement
• HPLC Chip compatible
• Reliability
Now with improvements in:Post-Translation Modification Analysis Capabilities• New release of Spectrum Mill adds PTM capability to industry-best protein ID
database search SW
• Identify phosphorylation site location to amino acid sequence via Electron Transfer Dissociation (ETD) Technology
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Combined HPLC-Chip-6330 Ion Trap Performance
1 MS and 7 MS/MS per cycle
Black signal is EIC of 985.6 (shown earlier in HPLC-Chip performance)
Red signal is TIC All MS showing acquisition rate
Note that acquisition rate is sufficient to accurately sample peak many time – thus could detect many co-eluting peaks
16.6 16.7 16.8 16.9 17.0 Time [min]0
1
2
3
x109
Intensity 14 MS and 98 MS/MS over peak
16.6 16.7 16.8 16.9 17.0 Time [min]16.6 16.7 16.8 16.9 17.0 Time [min]0
1
2
3
x109
Intensity
0
1
2
3
x109
Intensity 14 MS and 98 MS/MS over peak
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ETD: New Ionization Method for PTM Analysis:CID and ETD on TTHyGSLPQK [M+3H]3+ = m/z 404.7
147.1 186.8226.1
244.2
372.3
392.5
411.6
460.1485.2
505.2
560.7
629.3673.1
709.1727.1 840.3
0.00
0.25
0.50
0.75
1.00
1.25
4x10
200 400 600 800 1000 1200 m/z
y3
CID
2+
220.0
259.0
313.1339.1
357.2
402.6
469.1497.6
519.7556.3
606.7
657.2
676.1 718.2
744.2
775.2
805.1
823.3
856.2
872.4 938.4
954.4
993.4
1039.4
1082.4
1150.5
1196.6
1213.6
0
1000
2000
3000
4000
5000
200 400 600 800 1000 1200m/z
z8+1
z7+1
z6+1
z5+1z4+1z2+1
c2
c3
c4c5 c6
c9
ETD3+
1+
y1
y8
b7-18+2
b7b6
b6-18+2
MH+-36+3
Y-PO3HGS L
CID: y and b fragment ions
ETD: z and c fragment ions and works best with +3 charged ions
Agilent LC and LCMS Portfolio OverviewAgilent Restricted
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Agilent LC/MS: Innovating Across the Whole System
• Dual electrospray (ESI)• Dual nanospray• APCI• APPI• CE-TOF• PDF-MALDI• Multimode
Widest range of ion sources
• 1200 LC• More than 900 columns
– MARS-Immunodepletion
– mRP• HPLC-Chip • Off-Gel Electrophoresis
Coming
World-leading separations
Easy and flexiblesoftware
• Shared MS SW Workstation
• Application SW• ECM• LIMS• Links to third parties
and customer IT
Agilent LC and LCMS Portfolio OverviewAgilent Restricted
November 2007Page 48
1200 LC and 6000 Series LC/MS systems& 7890 GC and 5975C MSD systems