Gallery page 3:
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Program Pictorial
GTL Logo
 GTL Cover
 Payoffs for Nation
 Harnessing Genome Power
 Cutting Edge Facilities
 Biotechnology Toolkit
 Supercomputers Decipher Genes
 Carbon Capture
 Energy Independence
 Toxic Waste Site Cleanup
 Clean, Sustainable Energy
 Payoffs for Energy
 Energy Security, Climate Stabilization
 Biology + Nanotechnology
 Scope of Hazardous Waste
 Goals
 Goal 1
 Goal 2
Goal 3
 Goal 4
Computational Capabilities
Computational Biology Goals
 DOE Strengths and Capabilities 1
 DOE Strengths and Capabilities 2
 DOE Strengths and Capabilities 3
 DOE Strengths and Capabilities 4
 Functional Repertoire Natural Microbial Communities

Pictured below are thumbnails of images available in this category. Click on any thumbnail to bring up a larger picture and accompanying downloadable images and captions.


Program Pictorial
Genomes to Life logos, Earth Cell
Cover

Payoffs for the Nation
Harnessing Genome Power to Serve DOE Missions
DOE's Cutting Edge Facilities for Multi-Disciplinary Research

A Biotechnology Toolkit to Fulfill DOE Missions
Supercomputers Will Decipher How Genes Work
Capturing Excess Carbon that Contributes to Global Warming


Increasing Energy Independence with Abundant and Clean Alternatives
Toxic Waste Site Cleanup
Clean, Sustainable Energy

Payoffs for Energy
U.S. Energy Security and Global Climate Stabilization


Biology + Nanotechnology

Scope of the Hazardous Waste Problem
Goals


Goal 1: Identify the Molecular Machines of Life

Goal 2: Characterize Gene Regulatory Networks
Goal 3: Characterize the Functional Repertoire of Natural Microbial Communities
Goal 4: Develop the Computational Methods and Capabilities to Advance Understanding of Complex Biological Systems and Predict their Behavior

Computational Capabilities to Understand and Predict Complex Biological Systems
Computational Biology Goals
DOE Strengths and Capabilities (1 of 4)

DOE Strengths and Capabilities (2 of 4)
DOE Strengths and Capabilities (3 of 4)
DOE Strengths and Capabilities (4 of 4)

Functional Repetoire of Natural Microbial Communities