Computational Aspects of Metagenome Analysis

submitted by: dougramsey

Computational Aspects of Metagenome Analysis
Daniel Huson, Tuebingen University

Towards Computer Assisted Markup of Data: Habitat-Lite

submitted by: dougramsey
Lynette Hirschman, The MITRE Corporation Co-authors: Scott Mardis, Cheryl Clark, Kevin Cohen Habitat-Lite (aka EnvO-Lite) is a set of structured terms designed to facilitate capture of high-level information about habitat and sample source metadata for genomics and metagenomics samples. It is designed to be light-weight and compact. Habitat-Lite terms are drawn from the full EnvO ontology and are made avail able by the EnvO Consortium in the EnvO-Lite-GSC OBO file. Habitat-Lite terms include...

Electromicrobiology: Novel Approaches for Investigating Charge Transfer and Energy Transformation in Microbial Systems

submitted by: dougramsey
Respiratory microorganisms capture energy for growth and maintenance as they transfer electrons from energy sources to appropriate electron acceptors. Controlling the availability of electron donor and acceptor pairs provides opportunities for investigating fundamental aspects of energy transformation and distribution in defined and un defined microbial cultures. For example, we have noted that in all bacteria investigated to date electron acceptor limitation prompts the production of...

Protein Target Selection Challenges and Charge to Discussion Groups at Metagenomics 2008

submitted by: dougramsey

Adam Godzik, Burnham Institute of Medical Research and UC San Diego presents "Protein Target Selection Challenges and Charge to Discussion Groups"

Studying the Metagenomics Protein Universe: Novelty, Diversity and Divergence

submitted by: dougramsey

Studying the Metagenomics Protein Universe: Novelty, Diversity and Divergence Adam Godzik, Burnham Institute for Medical Research/UC San Diego

Accessing the Metatranscriptome for Complex Marine Microbial Communities

submitted by: dougramsey
Sequencing the expressed genetic information of an ecosystem (metatranscriptome) can provide information about the response of organisms to varying environ mental conditions. Until recently, metatranscriptomics has been limited to microarray technology and random cloning methodologies. The application of high-throughput sequencing technology is now enabling access to both known and previously unknown transcripts in natural com munities. We present a study of a complex marine meta...