People
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Project
Energy and Material Processing1
Microbial Community Dynamics1
Adaptive Responses1
Reverse Sensitivity Analysis for Identifying Predictive Proteomics Signatures of Cancer1
Institution
Pacific Northwest National Laboratory1
Location
United States1
Project Position
Project Manager1
Expertise
RNA-Seq1
Tool
RNA-Seq1
Biochemistry and protein analysis2
Cytometry and fluorescent microscopy2
Proteomics2
R2
Bioreactors2
protein gel electrophoresis2
Data Analysis2
Microbiology1
Single Cell analysis1
Python1
Matlab1
Mass spectrometry1
genome annotation1
gene cloning1
genome sequencing1
DNA gel electrophoresis1
gel shift analysis1
Site-directed mutagenesis1
High-throughput mutagenesis1
Tn-seq1
Confocal microscopy1
High-throughput sequencing1
Qiime1
USEARCH1
Electron microscopy1
light stable isotope analysis via mass spectrometry (IRMS) and spectroscopy platforms1
DNA extraction and purification1
Mothur1
Microbial Isolations1
Dante1
Access1
Data Integration1
Activity-Based Protein Profiling (ABPP)1
LC-MS1
Gas Chromatography1
Liquid Chromatography1
Photobioreactors1
liquid scintillation counting1
inert gas environmental chambers1
bacterial cultivation1
RT-PCR1
protein purification1
targeted gene knock-out1
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1
Person matching the given criteria:
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Tool:
RNA-Seq1
I consider myself a "systems biologist", trained in a variety of different areas, but primarily interested in how organisms work as integrated, self-regulating systems. Trained in protein chemistry and cell biology, I have extensive experience in modeling biological systems as well as image analysis and other novel analytical technologies. Currently, my major focus is on integrating multiple types of 'omics data to provide insight into fundamental biological regulatory mechanisms.
