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Technology Development at the ATP

The Advanced Technology Program’s (ATP) technology development effort aims to develop innovative technologies to ensure cutting edge core services that meet the current and future needs of the National Cancer Institute. These efforts parallel the three major areas of focus within the ATP: Genetics and Genomics, Proteins and Proteomics, and Imaging and Nanotechnology.

The technology development activities operate within a matrix of scientific and administrative oversight. For more information see: Technology Development VisionManagement Process, and Access to Technology Development Process.

The success of the ATP’s technology development activities are evident through the numerous augmentations to capabilities that have occurred over the years.  The list of the on going technology development projects at the ATP are below:

(Use the clickable area below to narrow results)

23 Results

(Showing 11 - 20)

<<  <  1  2  3  >  >>
Expression System Evaluation and Optimization Link icon

Expression System Evaluation and Optimization

http://ncifrederick.cancer.gov/atp/proteins-and-proteomics/protein-expression-laboratory/pel-technology-development/expression-system-evaluation-and-optimization/

Improvements to Baculovirus Expression Link icon

Improvements to Baculovirus Expression

http://ncifrederick.cancer.gov/atp/proteins-and-proteomics/protein-expression-laboratory/pel-technology-development/improvements-to-baculovirus-expression/

Ion Torrent Link icon

Associated Categories:

Ion Torrent

http://ncifrederick.cancer.gov/atp/genetics-and-genomics/laboratory-of-molecular-technology/lmt-technology-development/ion-torrent/

Isolation of Endogenous Protein Complexes via Epitope Tagging Link icon

Isolation of Endogenous Protein Complexes via Epitope Tagging in ES Cells

http://ncifrederick.cancer.gov/atp/proteins-and-proteomics/laboratory-of-proteomics-and-analytical-technologies/technology-development/isolation-of-endogenous-protein-complexes-via-epitope-tagging-in-es-cells/

MS Compatible Methods for Characterizing Protein-DNA Interactions Link icon

Development of MS Compatible Methods for Characterizing Protein-DNA Interactions

http://ncifrederick.cancer.gov/atp/proteins-and-proteomics/laboratory-of-proteomics-and-analytical-technologies/technology-development/development-of-ms-compatible-methods-for-characterizing-protein-dna-interactions/

On Demand Protein Microarray Link icon

On Demand Protein Microarray

http://ncifrederick.cancer.gov/atp/proteins-and-proteomics/protein-expression-laboratory/pel-technology-development/on-demand-protein-microarray/

Pacific Biosciences Sequencer Link icon

Associated Categories:

Pacific Biosciences Sequencer

http://ncifrederick.cancer.gov/atp/genetics-and-genomics/sequencing-facility/whats-new-at-the-sf/

Protein Expression Improvements Link icon

Protein Expression Improvements

http://ncifrederick.cancer.gov/atp/proteins-and-proteomics/protein-expression-laboratory/pel-technology-development/protein-expression-improvements/

SMRT Cell Viewer Link icon

Associated Categories:

Quality metrics tool for the Pacific Biosciences sequencer

http://ncifrederick.cancer.gov/atp/genetics-and-genomics/laboratory-of-molecular-technology/lmt-technology-development/smrt-cell-viewer/

Software Resources Link icon

Software Resources

http://www.abcc.ncifcrf.gov/tab_sw_resources.shtml


If you wish to hear more about the technology development efforts of the ATP, request the initiation of a new technology development effort, or inquire about an ongoing technology development project please contact Dr. David J. Munroe, Director, Technology Development, ATP.

Page last updated April 2, 2012 @ 5:13 pm