2012 Corporate Capabilities - Spectroscopy

34 Spectroscopy 26(12) December 2011 www.spectroscopyonline.com
Bloomfield, and Darren Andrews.
March, p. 44.
“Entering Raman’s Realm,” in Molecular
Spectroscopy Workbench. Fran Adar.
March, p. 22.
“Graphene: Why the Nobel Prize and
Why Raman?” in Molecular Spectroscopy
Workbench. Fran Adar. February,
p. 16.
Improved Principal Component Discrimination
of Commercial Inks Using
Surface-Enhanced Resonant Raman
Scattering. Jeffrey Hirsch, Timothy O.
Deschaines, and Todd Strother. October,
p. 32.
“Multiphoton Spectroscopy,” in Lasers
and Optics Interface. Youngjae Kim
and Joseph Salhany. January, p. 24.
The pH Dependence of the SERS Spectra
of Methyl Yellow in Silver Colloid.
Zhen Long Zhang, Da Hu Chang, and
Yu Jun Mo. June, p. 38.
Raman Spectroscopy of Carbonaceous
Materials: A Concise Review. Dorina
Magdalena Chipara, Alin Cristian
Chipara, and Mircea Chipara. October,
p. 42.
Raman Thermometry of Microdevices:
Choosing a Method to Minimize
Error. Thomas E. Beechem, and Justin
R. Serrano. November, p. 36.
REGULATORY ISSUES
“Is GMP Annex 11 Europe’s Answer to
21 CFR 11?” in Focus on Quality. R.D.
McDowall. April, p. 24.
“Periodic Reviews of Computerized Systems,
Part I,” in Focus on Quality. R.D.
McDowall. September, p. 28.
“Periodic Reviews of Computerized Systems,
Part II,” in Focus on Quality.
R.D. McDowall. November, p. 20.
“USP and the GAMP Guide on
Laboratory Computerized Systems —
Is Integration Possible?” in Focus on
Quality. R.D. McDowall and Chris
Burgess. December, p. 14.
SAMPLE PREPARATION AND
INTRODUCTION
Analysis of Toxic Trace Metals in Pet
Foods Using Cryogenic Grinding and
Quantitation by ICP-MS, Part I. P. Atkins,
L. Ernyei, W. Driscoll, R. Obenauf,
and R. Thomas. January, p. 46.
Analysis of Toxic Trace Metals in Pet
Foods Using Cryogenic Grinding
and Quantitation by ICP-MS, Part II.
P. Atkins, L. Ernyei, W. Driscoll, R.
Obenauf, and R. Thomas. February,
p. 42.
Microwave-Induced Combustion for ICP-
MS: A Generic Approach to Trace Elemental
Analyses of Pharmaceutical
Products. Kwan H. Nam, Robert Infantino
, Gabe Isensee, Karol Putyera,
and Xinwei Wang. April, p. 36.
SPECTROSCOPIC THEORY
“Classical Least Squares, Part IV: Spectroscopic
Theory Continued,” in Chemometrics
in Spectroscopy. Howard
Mark and Jerome Workman, Jr. February,
p. 26.
“Little Points of Light,” in The Baseline.
David W. Ball. January, p. 20.
“Maxwell’s Equations, Part I: History,” in
The Baseline. David W. Ball. April, p.
16.
“Maxwell’s Equations, Part II,” in The
Baseline. David W. Ball. June, p. 14.
“Maxwell’s Equations, Part III,” in The
Baseline. David W. Ball. September,
p. 18.
“Maxwell’s Equations, Part IV,” in The
Baseline. David W. Ball. December,
p. 10.
Raman Spectroscopy of Carbonaceous
Materials: A Concise Review. Dorina
Magdalena Chipara, Alin Cristian
Chipara, and Mircea Chipara. October,
p. 42.
SUPPLEMENT: APPLICATIONS OF
ICP & ICP-MS TECHNIQUES FOR
TODAY’S SPECTROSCOPISTS
The Determination of 226 Ra in Nontypical
Soil Samples by ICP-MS. Teresa Switzer,
Otto Herrmann, and Darko Ilic.
November, p. 6.
Ensuring the Safety and Quality of Foodstuffs
Produced in China: The Role of
ICP-MS. Andrew Ryan and Robert
Thomas. November, p. 28.
Overcoming the Challenges Associated
with the Direct Analysis of Trace Metals
in Seawater Using ICP-MS. Shona
McSheehy-Ducos. November, p. 22.
Validating ICP-MS for the Analysis of
Elemental Impurities According to
Draft USP General Chapters
and . Samina Hussain, Amir
Liba, and Ed McCurdy. November,
p. 14.
SUPPLEMENT: CURRENT TRENDS
IN MASS SPECTROMETRY
Advanced Structural Mass Spectrometry
for Systems Biology: Pulling the
Needles from Haystacks. Jeffrey R.
Enders, Cody R. Goodwin, Christina
C. Marasco, Kevin T. Seale, John P.
Wikswo, and John A. McLean. July,
p. 18.
Analytical Strategies in the Development
of Generic Drug Products: The Role
of Chromatography and Mass Spectrometry.
Arindam Roy and Srinivasa
Gorla. October, p. 29.
Comparison of Extracts from Dry and
Alcohol-Steamed Root of Polygonatum
kingianum (Huang Jing) by
Sub-2-µm-LC–TOF-MS. Kate Yu,
Baiping Ma, HeShui Yu, Liping Kang,
Jie Zhang, Yue Gao, and Alan Millar.
March, p. 30.
Comprehensive Analysis of Persistent Organic
Pollutants in Complex Matrices
Using GC with High-Performance
TOF-MS. David E. Alonso, Joe Binkley,
and Kevin Siek. July, p. 48.
Creating a High-Throughput LC–MS-MS
System Using Common Components.
Lance Heinle and Gary Jenkins. October,
p. 16.
Determining High-Molecular-Weight
Phthalates in Sediments Using GC–
APCI-TOF-MS. Frank David, Pat Sandra,
and Peter Hancock. May, p. 42.
Food Metabolomics: Fact or Fiction? Leon
Coulier, Albert Tas, and Uwe Thissen.
May, p. 34.
High-Definition Screening for Boar Taint
in Fatback Samples Using GC–MS.
Torsten Haas, Peter Boeker, Alun Cole,
and Gerhard Horner. July, p. 38.
High-Throughput Quantitative Analysis
of Vitamin D Using a Multiple Parallel
LC–MS System Combined with Integrated
On-Line SPE. Adrian M. Taylor
and Michael J.Y. Jarvis. May, p. 12.
25-Hydroxyvitamin D 2
/D 3
Analysis in
Human Plasma Using LC–MS. Phil
Koerner and Michael McGinley.
March, p. 8.
Imaging Mass Spectrometry: Current
Performance and Upcoming Challenges.
Pierre Chaurand. July, p. 30.
Mass Spectrometry Advances Fossilomics.
John M. Asara. March, p. 18.
Mass Spectrometry in Analytical Lipidomics.
Luis Cuadros-Rodriguez,