Name: Brian J. Weir
Home Address: *** ******* ** *** *
Braintree, MA 02184
Phone Number: 781-***-****
E-Mail: ********@*****.***
Education:
****-******* *.*., ***mistry Northeastern University, Boston, MA.
2006-2009 B.S., Chemistry Bridgewater State College, Bridgewater, MA.
Employment History:
2010-Present Research Technician I Massachusetts General Hospital
DF/HCC Cancer Pharmacology Core
Boston, MA
Assist in the development and validation of analytical methods to measure anticancer drugs in biological fluids by HPLC with conventional detection and various LC/MS techniques. Use validated analytical methods to assay samples from pharmacokinetic studies. Maintain findings in scientific notebook and compose data reports. Prepare analytical stocks, working solutions, mobile phases, and pretreatment of biological samples. Perform routine calibration and maintenance of analytical instrumentation.
2006-2007 Research Assistant Bridgewater State College
Department of Chemistry
Bridgewater, MA
Perform trace level analysis of Arsenic contamination in soils using Graphite Furnace Atomic Absorption Spectroscopy. Conduct sample preparation prior to testing.
Technical Experience and Training:
A. Major Instrumentation Operation and Maintenance
2010: HP 1050 Series modular LC systems with isocratic and quaternary pumps, degassing unit, autosampler with a 100-vial external sample tray, model G1306A Diode Array Detector
Agilent 1100 Series modular LC systems with isocratic and quaternary pumps, autosamplers, thermostatted autosamplers, column heater/6-position automated switching valve, model G1314A Variable Wavelength Detector, model G1321A Fluorescence Detector
Agilent 1100 Series LC/MSD system, single quadrupole mass spectrometer (model G1946D) equipped with an atmospheric pressure / electrospray ionization interface
Agilent 1100 Series LC/MSD system, triple quadrupole mass spectrometer (model G6410B) with an atmospheric pressure / electrospray ionization interface
2006: Perkin Elmer AAnalyst 600 Graphite Furnace Atomic Absorption Spectrometer
B. Laboratory Equipment
Cahn model C-34 Microbalance
Mettler Toledo Excellence XS Series Analytical balance
ATI Orion model 920A pH/ISE/mV meter with ROSS combination pH electrode
Eppendorf model 5415D microcentrifuge
Jouan model CR4i thermostatted microprocessor controlled centrifuge
Organomation Multivap 118 and N-EVAP 112 nitrogen evaporators
Labconco CentriVap model 79700-00 centrifugal concentrator
Büchi Rotavapor model R-124
C. Computer Programs
Microsoft Excel and Word
WinNonlin v. 5.0.1
Hewlett-Packard Chemstation rev. A.04.03.
Agilent ChemStation rev. A.09.03 and rev. A.10.02
Agilent MassHunter Workstation Acquisition B.04.01
Agilent MassHunter Quantitative Analysis B.04.00
D. Study Sample Analysis Using Validated Analytical Methods
2011: BBI608 in human plasma by LC/MS/MS (triple quadrupole)
Temsirolimus and Sirolimus in human blood by LC/MS (single quadrupole)
Non-clinical study of Paclitaxel in mouse blood, tumor, and tissue by LC/MS
(single quadrupole)
Pyrimethamine in human plasma by LC/MS (single quadrupole)
Pralatrexate in human plasma by LC/MS (single quadrupole)
Dinaciclib in human plasma by LC/MS (single quadrupole)
ACY1215 and Bortezomib in human plasma by LC/MS/MS (triple quadrupole)
Verteporfin long-term stability study in human plasma by LC/MS/MS (triple quadrupole)
2010: Paclitaxel in human plasma by LC/MS (single quadrupole)
Bardoxalone in human plasma by LC/MS (single quadrupole)
MGH Hazardous Drug Safety Task Force: 5-fluorouracil and Gemcitabine contamination by LC/MS (single quadrupole)