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Microarray-Relevant
NIH Grants in Fiscal Year 2008, Jan. 1 - May 27 (Part I of II)
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| Organization, City, State | PI Name | Project Title |
Award
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| Akonni
Biosystems, New Market, Md. |
Chandler, Darrell | Multiplexed pathogen detection by on-chip amplification. |
$621,202
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| Ambion Diagnostics, Austin, Tex. | Brown, Justin | RNA amplification for diagnostic microarrays. |
$270,287
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| Arizona State University, Tempe, Ariz. | Clarkcurtiss, Josephine | Gene expression in Mycobacterium tuberculosis. |
$312,886
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| Arrayomics,
San Diego |
Rothwarf, David | Liquid array protein assay platform. |
$99,999
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| Battelle
Pacific Northwest Laboratories, Richland, Wash. |
Zangar, Richard | Bioinformatics for protein microarrays. |
$316,421
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| Baylor
College of Medicine, Houston, Tex. |
Rijnkels, Monique | Analysis of chromatin remodeling in mammary gland development using tiling arrays. |
$207,399
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| Biodetection Instruments, Fayetteville, Ark. | Su, Xiaoli | A microfluidic biochip for rapid screening of pesticide residues. |
$100,000
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| Biotex,
Houston, Tex. |
Jackson, George | Temperature gradient hybridizer and real-time imager for DNA microarrays. |
$111,945
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| Columbia
University, New York |
Firestein, Stuart | Microarray analysis of olfactory receptor expression. |
$277,883
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| Columbia
University, New York |
Lipkin, Wian | Pathogen discovery in chronic lung disease by mass tag PCR and microarray. |
$390,828
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| Dana-Farber
Cancer Institute, Boston |
Li, Cheng | dChip:analysis and visualization of oligonucleotide expression and SNP arrays. |
$299,250
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| Dartmouth College, Hanover, NH | Whitfield, Michael | Development of RIP-Chip methods and tiled arrays to identify functional elements. |
$360,000
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| Foundation for Applied Molecular Evolution, Gainesville, Fla. | Benner, Steven | Chemistry to improve human genomic array analysis architectures. |
$550,175
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| Fox Chase Cancer Center, Philadelphia | Kleinszanto, Andres | Tissue arraying, immunostaining, and imaging system. |
$263,546
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| Gene
Check, Fort Collins, Colo. |
Wagner, Robert | A microarray based STR genotyping system utilizing RecA-mediated ligation. |
$225,929
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| Harvard University, Cambridge, Mass. | Macbeath, Gavin | Quantitative, multiplexed and high-throughput: macroarrays of lysate microarrays. |
$200,400
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| Lawrence Berkeley National Laboratory, Berkeley, Calif. | Weier, Heinzulrich | Accelerating cancer research with single cell arrays. |
$236,711
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| Massachusetts
General Hospital, Boston |
Yarmush, Martin | Living cell arrays for real time functional genomics. |
$664,697
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| Massachusetts
General Hospital, Boston |
Louis, David | Custom array CGH for glioma diagnosis and management. |
$335,603
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| Meso Scale Diagnostics, Gaithersburg, Md. | Kenten, John | Human proteome arrays for auto-antibody identification in clinical cancer studies. |
$230,965
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| Michigan State University, Lansing, Mich. | Walton, Stephen | Development of a parallel, array-based transcription factor expression assay. |
$180,855
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| Microsurfaces,
Minneapolis |
Guo, Athena | Cell mimic microarrays for multivalent pathogen characterization & detection. |
$100,000
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| Mirus
Bio, Madison, Wisc. |
Watt, Maryanne | Efficient labeling of microRNA for microarray analysis. |
$447,841
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| North
Carolina State University, Raleigh, NC |
Smirnov, Alex | Lipid nanotube arrays for membrane protein biochips. |
$242,994
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| Northwestern University, Chicago | Huang, Chiangching | Atherosclerosis risk refinement: a multi-marker approach using microarrays. |
$309,055
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| Orthosystems,
Syracuse, NY |
Mcpike, Mark | Microarray chips for rapid detection of high affinity nucleic acid sequences. |
$645,864
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