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Agilent Supports University
Research
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| Agilent contributes measurement expertise,
products and financial support to academic research in our fields of
endeavor. Our connections with the academic research community build
enduring partnerships with thought
leaders, educate the next generation of employees and customers,
inform our development efforts, and result in publications that
define important applications of measurement technologies.
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Agilent University Partnerships in
the News
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UC Berkeley Launches Synthetic Biology Institute to Advance Research in Biological Engineering
Joint Research Collaboration for Agilent, APAF and Macquarie University
Agilent Technologies and Harvard's Wyss Institute Announce Collaboration to Advance Burgeoning Discipline of Biologically Inspired Engineering
Search for Pathway-level
Biomarkers
Agilent Technologies to Collaborate
with Southeast University--China to Research 3GPP-LTE Systems
Performance Improvements
Agilent Technologies Announces
University Research Grants
Shanghai Team Analyzes Mechanism that
Enables Adult Cells to Behave Like Embryonic Stem Cells
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2011 Agilent Early Career
Professor Award
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Winner announced for 2011 Agilent Early Career Professor Award - More...
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Recent Journal References from
Research Collaborations
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Ceruloplasmin levels in human sera from various diseases
and their correlation with patient’s age and gender, Viorica
Lopez-Avila, William H. Robinson, Kirk Lokits pp.104--110, DOI:
10.4236/health.2009.12017
Quality control for plant
metabolomics: reporting MSI-compliant studies, O. Fiehn, G. Wohlgemuth, M. Scholz,
T. Kind, D. Y. Lee, Y. Lu, S. Moon, B. Nikolau, The Plant Journal,
2008, 53 (4), 691-704.
Channel Order Selection Based on
Spectral Matching for Blind Channel Estimation, K Harada and H Sakai, ICSP 2008
Proceedings 2008, 1735-1738.
Characterization of MOSFETs intrinsic
performance using in-wafer advanced Kelvin-contact device structure
for high performance CMOS LSIs, R Kuroda, A Teramoto, T Komuro, W
Cheng, S Watabe, CF Tye, S Sugawa and T Ohmi, Microelectronic
Test Structures,2008. ICMTS 2008. IEEE International
Conference, 155-159.
Yamanaka factors critically regulate
the developmental signaling network in mouse embryonic stem
cells, X Liu, J
Huang, T Chen, Y Wang, S Xin, J Li, G Pei and J Kang, Cell
Research 2008, 18,1177-1189.
Software engineering for multicore
systems: an experience report, V Pankratius, C Schaefer, A Jannesari
and W Tichy, International Conference on Software Engineering:
Proceedings of the 1st international workshop on Multicore software
engineering, 2008, 53-60.
The Fine-Scale and Complex
Architecture of Human Copy-Number Variation , G. Perry, A. Ben-Dor, A. Tsalenko,
N. Sampas, L. Rodriguez-Revenga, C. Tran, A. Scheffer, I. Steinfeld,
P. Tsang, N. Yamada, The American Journal of Human Genetics, 82,
685-695.
First and second order periodic error
measurement for non-constant velocity motions, T.L. Schmitz, D.C. Chu, Hyo Soo Kim,
Precision Engineering,
doi:10.1016/j.precisioneng.2008.10.001
Comparison of the Practical Resolving
Power of One- and Two-Dimensional High-Performance Liquid
Chromatography Analysis of Metabolomic Samples, D.L. Stoll, X.-L. Wang, P. Carr,
Anal. Chem. 2008, 80 (1), 268-278.
Cavity-enhanced optical frequency comb
spectroscopy: application to human breath analysis, M.J. Thorpe, D. Balslev-Clausen,
M.S. Kirchner, J. Ye, Optics Express 2008, 16,
2387-2397.
Polyaniline-based fiber for headspace
solid-phase microextraction of substituted benzenes determination in
aqueous samples, Y
Wang, Y Li, J Feng and C Sun, Analytica Chimica Acta, 2008, 619,
202-208.
Global organization of replication
time zones of the mouse genome, S Farkash-Amar, D Lipson, A Polten,
A Goren, C Helmstetter, Z Yakhini and I Simon, Genome Res. 2008, 18,
1562-1570.
Microfluidic Deans Switch for
Comprehensive Two-Dimentional Gas Chromatography, JV Seeley, NJ Micyus, SV Bandurski,
SK Seeley and JD McCurry, Anal. Chem. 2007, 79,
1840-1847. |
Campus Connections: Agilent
Measurement Journal Articles
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EPO Doping: A Speed Engine,
Turbo-Charged by Chemistry by Xia Yang, Hongfeng Yin and Huwei
Liu
Implementing Micro and Nano LC/MS
Techniques for High Sensitivity Lipidomics Analysis by Giuseppe Astarita, Hua Xiao, Faizy
Ahmed and Danielle Piomelli
Exploring Terahertz Measurement,
Imaging and Spectroscopy: The Electromagnetic Spectrum's Final
Frontier by Roger
Stancliff, John Cunningham, Ian Robertson and Roger D.
Pollard
Applying Metabolomics Methods to the
Study of Bacterial Leaf Blight in Rice Plants by Theodore R. Sana, Steve Fischer
and Harry Prest
Measuring Stream Dynamics with Fiber
Optics, Nick
Tufillaro, John Dorighi, Mike Collier, and Dr. John
Selker
Developing, Assessing, & Applying
a High Resolution Thin-film Magnetic Probe, Kuifeng Hu, Shaohua Li, Daryl
Beetner, James Drewniak, James Reck, Matt O'Keefe, Kai Wang,
Xiaopeng Dong, and Kevin Slattery
Detecting Suspicious Intrusions into
Next-Generation Networks by Andrew Lehane and Gerald
Tripp |
Research Partnerships with
Agilent
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Professional connections between faculty and Agilent research
staff emerge in areas of overlapping interest. Such connections are
helpful in generating research proposals of mutual benefit. Agilent
awards university grants through internally driven initiatives
aligned with our strategic research directions.
To help uncover areas of mutual interest, Agilent often arranges
guest lectures when faculty are traveling near Agilent’s research
sites, particularly at our largest such site, in Silicon Valley. If
such a lecture is of interest (and the faculty work in Agilent’s
focus areas of electronic measurement, life sciences or chemical
analysis), please contact us at university_relations@agilent.com.
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Other Agilent Academic
Links
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Life Science and Chemical Analysis
Academic Resources Resources for scientists in
acadamia; literature library, technical support and education &
events.
Educator's Corner
Agilent's one-stop education resource for college and university
engineering educators and researchers looking to enhance their
higher education curriculum and research
capabilities. |
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