Mass Spectrometry Center
University of Washington * School of Pharmacy
Department of Medicinal Chemistry

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INSTRUMENTS

 

Instrument Year Ionization Source(s) &
Mass Analyzer Type(s)
General Applications Image
Waters Micromass Quattro
Micro API
MassLynx 4.1
WIndows XP OS
2008

± ESI & APCI (QHQ)MS/MS


Tandem Quadrupole MS

Automated LC/MS/MS quantification. Drug metabolism studies. Analysis of complex biological extracts.

Waters Micromass Quattro Premier XE
MassLynx 4.1
Windows XP OS

2006

± ESI & APCI (QTQ)MS/MS


Tandem Quadrupole MS

Automated LC/MS/MS quantification. Drug metabolism studies. Analysis of complex biological extracts.

Shimadzu QP2010
GCMS Solutions 2.21
Windows XP OS

2006

± EI & CI (Q)MS


Quadrupole MS

Automated GC/MS quantitative and qualitative analysis. Drugs, metabolites, synthetic and natural products.

Thermo LTQ-OT*
Xcalibur 2.0
Windows XP OS

2006

± ESI LTQ Orbitrap MS/MS


Fourier transform
Tandem Hybrid MS

Capillary LC/MS/MS of proteolytic digests of simple and complex mixtures.

Thermo LTQ-FT*
Xcalibur 2.0
Windows XP OS

2004

± ESI LTQ [FT(ICR)] MS/MS


Fourier transform
Tandem Hybrid MS

Capillary LC/MS/MS of proteolytic digests of simple and complex mixtures.

Bruker AutoFlex II
Compass 1.0
WIndows 2000 OS

2004

± MALDI TOF MS


Time of Flight MS

Characterization and identification of proteins by peptide mass mapping. PSD peptide sequencing.

Waters Micromass Platform LCZ
MassLynx 4.0
WIndows XP OS

2004

± ESI & APCI (Q)MS

Quadrupole MS

Fully automated quantitative analysis of drugs and metabolites.

Bruker APEX Qe 47
APEX Control 2.0.0.36
Windows XP OS

2002

± ESI QH [FT(ICR)] MS/MS


Fourier transform
Tandem Hybrid MS

Identification & quantification of sample limited biologic materials by combined high resolution mass accuracy & high sensitivity.

Agilent Technologies
LC/MSD/ChemStation
Windows XP OS

1999

± ESI & APCI (Q)MS


Quadrupole MS

Fully automated quantitative analysis of drugs and metabolites.

*Goodlett Laboratory Proteomic Core instrumentation operated within the Center.

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Waters Micromass Quattro Micro API:
Tandem Quadrupole Mass Spectrometer (QHQ) MS/MS

Manufacturer:

Waters Corporation, Milford, MA, USA

*Mass range:

2000 Dalton (Primary & Secondary Beams)

*Resolution:

Unit mass (Q1 & Q2)

Interface:

Micromass Zspray™ Atmospheric Pressure Ionization (API) Source

Ionization (±eV):

Electrospray & Atmospheric Pressure chemical Ionization (ESI & ApcI)

*Ion Detection :

Daly detector after Q2

Inlet Systems:

Liquid Chromatograph (LC):

Shimadzu LC-10AD Pumps (2) with SPD-10AV UV-Vis Variable Detector
Split: Variable
Infusion:
Harvard Apparatus Model 22 Syringe infusion pump
(Harvard Apparatus, Inc., South Natick, MA)
Loop/Flow Injection Analysis (FIA)
LC solvent delivery (10 - 1000ul min.-1) with sample injection

Sampling System:
Shimadzu SIL-10ADVP Auto Injector
(Shimadzu Scientific Instruments, Inc., Columbia, MD)
Rheodyne 8125 or 7125 Manual Injectors
(Rheodyne Inc., Cotati, CA -- now part of Idex Health & Science Group)

Data System (DS):

Hardware: Lenovo Pentium 4, 1.86 GHz, 1Gbyte RAM
Software: Microsoft Windows XP, Micromass MassLynx® 4.1, MaxEnt® & BioLynx®

Acquisition Date:

2008

Funding:

Drug Metabolism, Transport and Pharmacogenomic Research (DMTPR) Fund
Pharmacia, Inc. (Gift)

Predominant Uses:

Drug, metabolite & conjugate studies (qualitative & automated quantification); tandem MS analysis of non-volatile and thermally-labile complex biological extracts and biopolymers; intact protein purity and mass determination.

 

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Waters Micromass Quattro Premier XE
Tandem Quadrupole Mass Spectrometer (QT™Q)MS/MS

Manufacturer:

Waters Corporation, Milford, MA, USA

Mass range:

3000 Dalton (Primary & Secondary Beams)

Resolution:

Unit mass (Q1 & Q2)

Collision Cell:

T-wave™(T) - rf traveling wave technology

Interface:

Micromass Zspray™ Atmospheric Pressure Ionization (API) Source

Ionization (±eV):

Electrospray & Atmospheric Pressure chemical Ionization (ESI & APCI)
Atmospheric Pressure Photo Ionization (APPI)

Ion Detection :

Daly detector after Q2

Inlet Systems:

Liquid Chromatograph (LC):

Waters ACQUITY Ultra Performance LC™ (UPLC™) System
(Waters Corp., Milford, MA)

Infusion:
Integral syringe pump solvent delivery system (1 - 1000 ul min.-1)

Sampling System:
Autoinjector integral to the Waters ACQUITY UPLC™ System

Data System:

Hardware: IBM Pentium 4, 3.2 GHz, 1 Gbyte RAM
Software: Microsoft Windows XP, Micromass MassLynx® 4.1

Acquisition Date:

2006

Funding:

Mass Spectrometry Center Equipment Budget
Office of the Dean of the School of Pharmacy
*Drug Metabolism, Transport, and Pharmacogenomic Research (DMTPR) Fund
Department of Medicine/Metabolism, Endocrinology, Nutrition

Predominant Uses:

Drug, metabolite & conjugate studies (qualitative & automated quantification); tandem MS analysis of non-volatile and thermally-labile complex biological extracts *and biopolymers; protein purity and mass determinations.

 

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Shimadzu QP2010 Gas Chromatograph
Quadrupole Mass Spectrometer (GC-QMS)

Manufacturer:

Shimadzu Scientific Instruments, Columbia, MD

Mass range:

1.5 - 1024 Dalton

Resolution:

Unit mass

Ionization (±eV):

Electron, Chemical Ionization (EI, CI & NCI)

Inlet Systems:

Gas Chromatograph (GC):

Shimadzu GC-2010

Injectors: Capillary split-splitless

Sampling System:
Shimadzu AOC-20i Auto Injector
DI-2010 Direct Insertion Probe
(Shimadzu Scientific Instruments, Columbia, MD)

Data System:

Hardware: MPC, Pentium 4, 3.2 GHz, 1GB RAM
Software: Microsoft Windows XP, Shimadzu GCMS Solutions

Acquisition Date:

2005

Funding:

Mass Spectrometry Center Equipment Budget

Predominant Uses:

Automated quantitative metabolic profiling in drug metabolism and drug interaction studies and the qualitative analysis of synthetic and natural products.

 

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Thermo Linear Trap Quadrupole
Fourier transform (Orbitrap) Mass Spectrometer LTQ-OT MS/MS

Manufacturer:

Thermo Electron Corp., San Jose, CA, USA

Mass range:

≤ 2000 & 4000 Dalton (normal and extended modes, respectively)

Resolution:

Unit mass (LTQ MS)
≤ 100,000 (FWHM)* at m/z 400, typically 60,000 (OT MS)

Ionization (±eV):

Electrospray Ionization (ESI)

Ion Detection:

Electron multipliers (LTQ MS)
Fourier transform image current (OT MS)

Inlet Systems:

Liquid Chromatograph (LC):

Waters nanoACQUITY Ultra Performance LC™ (UPLC™) System
( Waters Corp., Milford, MA)

Infusion:
Integral syringe pump solvent delivery (100nl - 2000nl min.-1)

Loop/Flow Injection Analysis (FIA):
LC solvent delivery (0.01ml – 40.00ul min.-1) with sample injection
Syringe pump solvent delivery (100nl - 2000nl min.-1) with sample injection

Sampling System:

Autoinjector integral to the Waters nanoACQUITY UPLC™ System
Valco CI4W sample injector (1ul internal loop) (Valco Instruments Co., Houston, TX)

Data System:

Hardware: Dell Optiplex GX52, Pentium 4, 3.2GHz, 1 Gbyte RAM
Software: Microsoft Windows XP Professional, Excalibur 2.0 SR1™, Magic AutoSampler 2.0 & Paradigm MS4 2.0

Acquisition Date:

2006

Funding:

The National Institutes of Health (NIH): NCRR 1 S10 RR17262-01 award entitled: “Fourier transforms-ion cyclotron-resonance mass spectrometer”

Predominant Uses:

Automated “shotgun” proteomic analysis - Combining nano-LC, data dependent MS/MS with high sensitivity (sub fmol on-column) and accurate mass measurement (2 ppm) for protein identifications in simple and complex protein mixtures. LC/MS/MS, label-free quantification, and accurate mass measurements.

 

*FWHM = full width at half height

 

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Thermo Linear Trap Quadrupole
Fourier transform (Ion Cyclotron Resonance) Mass Spectrometer LTQ-FT MS/MS

Manufacturer:

Thermo Electron Corp., San Jose, CA, USA

Magnet:

actively shielded 7.0 Tesla superconducting

Mass range:

≤ 2000 Da (normal mode), 4000 Da (extended mode)

Resolution:

Unit mass (LTQ MS)
≤ 500,000 (FWHM)* at m/z 400, typically 100,000 [FT(ICR) MS]

Ionization (±eV):

Electrospray Ionization (ESI)

Inlet Systems:

Liquid Chromatograph (LC):

Michrom MS4B multi-Dimensional Separations module
(Michrom BioResources, Auburn, CA)
Infusion:
Harvard Apparatus PHD 22/2000 syringe pump
(Harvard Apparatus, Inc., Holliston, MA)
Nanospray vai metal coated glass capillary
(New Objective, Inc., Woburn, MA)

Sampling System:

MIchrom Endurance Bio-Cool Paradigm AS1 Autosampler (Michrom BioResources, Inc.)

Data System:

Hardware: Dell Optiplex GX270, Pentium 4, 2.8GHz, 1 Gbyte RAM
Software: Microsoft Windows XP Professional, Excalibur 2.0 SR1™, LTQ-FT MS 2.0 RC6, Magic AutoSampler 2.0 & Paradigm MS4 2.0

Acquisition Date:

2004

Funding:

The National Institutes of Health (NIH): NCRR 1 S10 RR17262-01 award entitled: "Fourier transforms-ion cyclotron-resonance mass spectrometer"

Predominant Uses:

Automated “shotgun” proteomic analysis - Combining nano-LC, data dependent MS/MS with high sensitivity (sub fmol on-column) and accurate mass measurement (2 ppm) for protein identifications in simple and complex protein mixtures. LC/MS/MS, label-free quantification, and accurate mass measurements.

 

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Bruker AutoFlex II Matrix-Assisted LASER Desorption Ionization -
Time of Flight Mass Spectrometer (MALDI-TOF)MS

Manufacturer:

Bruker Daltonics, Billerica, MA, USA

Mass range:

Linear: > 132kDa [Bovine Albumin (2MH+)]
Reflectron: > 6,000 Da

Resolution:

Linear: > 4,000 (FWHM)* @ m/z 2,465.2 [ACTH (18-39)]
Reflectron: > 18,000 (FWHM)* @ m/z 3,147 (Somatostatin)

Sensitivity:

Linear: S/N>10:1 for 1 fmole at m/z 1,570.68 (Glu-Fib)
Reflectron: S/N>10:1 for 1 fmole at m/z 1,570.68 (Glu-Fib)

Mass Accuracy:

Linear: < 100 ppm
Reflectron: < 10 ppm

Ionization (±eV):

Matrix Assisted LASER Desorption (MALDI) - 337 nm Nitrogen laser

Detectors:

Two Micro Channel Plates (MCP), Linear and Reflectron, 2 GHz time-to-digital converter (TDC)

Inlet Systems:

SCOUT MTP Microtiter Plate Ion Source with Observation Optics

Data System:

Hardware: HP workstation XW 6000, 2 GHz dual-Xeon processor, 1GByte RAM
Software: Microsoft Windows 2000 (v5.0); Bruker Compass 1.0, FlexControl and Flex Analysis 2.0 and license, ClinProTools 2.0
GUI Integrated vacuum measurement and control unit

Acquisition Date:

2004

Funding:

Departments of Biochemistry, Chemistry, Medicinal Chemistry, Periodontics and Oral Biology, Medicine (Infectious Diseases)
Center for Ecogenetics and Environmental Health (CEEH)
School of Pharmacy and its Drug Metabolism/Transport & Pharmacogenomics Research Program (DMTPR)
University of Washington Mass Spectrometry Center

Predominant Uses:

Characterization of biopolymers (proteins, protein digests and oligonucleotides); peptide sequencing using post source decay (PSD) techniques.

 

*FWHM = full width at half height

 

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Waters Micromass Platform LCZ: Quadrupole Mass Spectrometer QMS

Manufacturer:

Waters Corporation, Milford, MA, USA

Mass range:

3000 Dalton

Resolution:

Unit mass

Interface:

Micromass Zspray™
Atmospheric Pressure Ionization (API) Source

Ionization (±eV):

Electrospray & Atmospheric Pressure chemical Ionization (ESI & APcI)

Inlet Systems:

Liquid Chromatograph (LC):

Shimadzu LC-10AD Pumps (2)
Split: Variable
Infusion:
Harvard Apparatus Model 22 Syringe infusion pump
(Harvard Apparatus, Inc., South Natick, MA)
Loop/Flow Injection Analysis (FIA)
LC solvent delivery (10 - 1000ul min.-1) with sample injection

Sampling System:
Shimadzu SIL-10ADVP Auto Injector
(Shimadzu Scientific Instruments, Inc., Columbia, MD)
Rheodyne 8125 or 7125 Manual Injectors
(Rheodyne Inc., Cotati, CA -- now part of Idex Health & Science Group)

Data System:

Hardware: 1GHz Pentium III processor, 512 MB RAM
Software: Microsoft Windows XP, MassLynx® 4.0, MaxEnt® & BioLynx®

Acquisition Date:

2004

Funding:

Amgen nc. - Gift (July 2004)
Mass Spectrometry Center Equipment Budget

Predominant Uses:

Fully automated quantitative analysis of drugs and metabolites.

 

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Bruker APEX Qe 47e: Fourier transform
(Ion Cyclotron Resonance) Mass Spectrometer [FT(ICR)]MS

Manufacturer:

Bruker Daltonics, Billerica, MA, USA

Magnet:

160mm bore actively shielded 4.7 Tesla superconducting
(Magnex Scientific Ltd., Oxford, UK)

Mass range:

> 66kDa (BSA specification)

Resolution:

> 450,000 (FWHM)*

Ionization (±eV):

Electrospray Ionization (ESI)

Inlet Systems:

Infusion:

Cole Parmer Series 74900 Syringe pump
(Cole Parmer Instrument Co., Vernon Hills, IL)
Loop/Flow Injection Analysis (FIA)
Syringe pump solvent delivery with Valco CI4W sample injector (500nl internal loop) (Valco Instruments Co., Houston, TX)
Apollo Nanoflow Electrospray Ionization Source

Data System:

Hardware: Dell WHL 1.7 GHz Xeon CPU, 1.5 GByte memory
Software: Microsoft Windows XP, Hummingbird Exceed PC X Server, Bruker APEX Control 2.0.0.36
Bruker BioTools and RapiDeNovo™(2.2)

Acquisition Date:

2002

Funding:

Mass Spectrometry Center Equipment Budget
University of Washington
Pharmacia (Gift)
Merck Research Laboratories (Gift)
Weyerhaeuser Company (Gift)
The National Institutes of Health (NIH)

Upgrades:

QH-hybrid front end upgrade with CID, ECD, IRMPD, DREAMS and reduced noise detection system and X-Y-Z Nanospray positioning (2006)

Predominant Uses:

Application of combined high resolution, high accuracy mass measurement and high sensitivity to the detection, identification and quantification of sample limited biologic materials.

 

*FWHM = full width at half height

 

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Agilent Technologies LC/MSD Series 1100:
Quadrupole Mass Spectrometer (QMS)

Manufacturer:

Agilent Technologies, Palo Alto, CA

Mass range:

3000 Dalton

Resolution:

Unit mass

API Interface:

Orthogonal Spray Ionization Source

Ionization (±eV):

Electrospray (ES) &
Atmospheric Pressure Chemical Ionization (APcI)

Inlet Systems:

Liquid Chromatograph (LC):

Agilent Technologies Series 1100 binary solvent delivery system
Series 1100 UV-VIS Diode Array Detector (DAD)
( Agilent Technologies, Palo Alto, CA)

Sampling System:

Agilent Technologies 1100 Well-Plate Autosampler

Data System:

Hardware: Dell Dimension 5100C Pentium 4, 3GHz CPU, 1 Gbyte RAM
Software: Microsoft Windows XP, LC/MSD ChemStation 10.02 (rev A)

Acquisition Date:

1999

Funding:

Mass Spectrometry Center Equipment Budget
University of Washington

Upgrades:

LAN control, High Performance and Autosampler (2004)
Dell 5100C and Windows XP (2006)

Predominant Uses:

Fully automated quantitative analyses

 

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