$Revision: 1.56 $$Date: 2009/10/09 20:05:35 $
The CCGB is part of the
Huck Institutes of the Life Sciences.
Our address is: 501 Wartik Laboratory, University Park, PA 16802.
Mission | Activities | Comparative Genomics of Mammals
| Oct. 2009 | – | Wired Science: Your Bug-Coated Windshield Is Lousy With Genomes |
| July 2009 | – | Penn State Live: Why do genes survive on the Y chromosome? |
| July 2009 | – | ECoS News: Secrets revealed about how disease-causing DNA mutations occur. |
| June 2009 | – | "Lab Reunion" article in Genome Technology about Hardison Lab: Data is Truth. |
| May 2009 | – | Schuster and Miller were selected for TIME Magazine's "100 Most Influential People" of 2009 for their work in paleogenomics. |
| Jan. 2009 | – | Hair of Tasmanian Tiger yields genes of extinct species: the Tasmanian Tiger Sequencing Project. |
| Dec. 2008 | – | Evolution of gene regulation: Motif constraint in enhancers. |
| Nov. 2008 | – | Scientists sequence woolly-mammoth genome: the Mammoth Genome Project. |
| Jan. 2008 | – | ECoS News: Scientists explore factors contributing to DNA mutations. |
| Jan. 2008 | – | Penn State Live: Probing Question: What is metagenomics? |
| [archived...] | ||
Carrel Lab | Chiaromonte Lab | Ghosh Lab | Hardison Lab | Lesk Lab | Makova Lab | Miller Lab | Nekrutenko Lab | Pugh Lab | Schuster Lab | Zhang Lab
| – | Metaserver for integrative analysis of genomic data | |
| – | Our customization of the UCSC Genome Browser; an interactive browser for annotated genome sequences and genomic data from PSU labs | |
| – | Database of human hemoglobin variants and thalassemias | |
| – | Connects phenotype and clinical data in locus-specific databases with genome-wide annotations | |
| – | Pairwise and multiple alignments of user-submitted DNA sequences | |
| – | Retrieve data from the UCSC Genome Browser in a format suitable for further processing by PipMaker and MultiPipMaker | |
| – | Dynamic multi-sequence alignment and visualization | |
| – | Dynamic blastz alignment visualization | |
| – | Regulatory potential based on conservation, composition, and short-pattern structure (see also ESPERR) | |
| – | Method for learning discriminative signals from multiple alignments | |
| – | Database of experimental results on gene expression | |
| – | Visualization tools for bacterial genome alignments | |
Schedule for Lab Meetings and Seminars
Course Materials
Links to Related Sites
Local Access Page
$Revision: 1.56 $$Date: 2009/10/09 20:05:35 $ |
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