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Latest high scores by Laurence Loewe, last updated: Feb 05, 2010 01:05 PM: The latest high scores of computing for evolution@home. See the pages listed here for detailed computing stats in the various disciplines that exist in the race for the top contributing positions.

Welcome to evolution@home and evolutionary-research! by admin, last updated: Jan 18, 2010 10:48 PM: Evolution@home is the first global computing system for evolutionary biology. It allows everybody with an Internet PC to contribute to evolutionary-research by running simulations of evolution.

Stop Software Patents by Laurence Loewe, last updated: Jan 18, 2010 10:04 PM: Stop software patents petition in the EU banner

Publications by Laurence Loewe, last updated: Dec 14, 2009 09:27 PM: Laurence Loewe: Here is a list of my scientific publications.

evolution@home at InSpace, University of Edinburgh by Laurence Loewe, last updated: Dec 07, 2009 10:22 PM: evolution@home and research programs that help to work out Darwin's ideas will be discussed at InSpace, University of Edinburgh.

evolution@home | Let's work out Darwin's ideas by Laurence Loewe, last updated: Dec 07, 2009 10:03 PM: An event on evolutionary biology, simulation and the challenge to work out Darwin's ideas in detail. Brought to you by InSpace, University of Edinburgh.

Overview by Laurence Loewe, last updated: Jul 20, 2009 01:34 PM: This overview points to teaching resources, tools for searching literature and content of important journals for evolutionary research.

Talks by Laurence Loewe, last updated: Jul 14, 2009 08:36 PM: Laurence Loewe: Here is a selected list of recent scientific talks I have given. Some can be downloaded as a pdf.

Posters by Laurence Loewe, last updated: Jul 14, 2009 08:24 PM: Poster presentations of my work.

Posters by Laurence Loewe, last updated: Jul 14, 2009 08:24 PM: By Laurence Loewe: Here are some posters that I have presented.

Introducing evolutionary systems biology by Laurence Loewe, last updated: Jul 11, 2009 04:04 PM: A new framework was developed for combining modern systems biology and evolutionary genetics. Evolutionary systems biology may help us to answer some of the most difficult problems in evolutionary biology.

Symposium on Evolutionary Systems Biology by Laurence Loewe, last updated: Jul 11, 2009 03:37 PM: The 2009 congress of the European Society for Evolutionary Biologists (ESEB) will host a symposium on evolutionary systems biology. Look forward to an exciting series of talks that explore how systems biology might contribute to answer some of the most difficult problems in evolutionary biology.

Progress by Laurence Loewe, last updated: Jul 11, 2009 03:34 PM: A short summary of current progress in the development of evolution@home.

Quick start for newcomers by Laurence Loewe, last updated: Jul 11, 2009 02:21 PM: This page describes how easy it is to start contributing CPU-power to evolution@home.

Contribute by Laurence Loewe, last updated: Jul 11, 2009 02:07 PM: How you can help.

Distribution of deleterious mutational effects (DDME) by Laurence Loewe, last updated: Jul 11, 2009 01:48 PM: Three different possible types of DDMEs as computed from DNA diversity data in the fruitflies Drosophila miranda and D. pseudoobscura. The lognormal distribution is the only one that can explain the observed numbers of lethal mutations (right axis). The normal DDME could not even explain the observed diversity data (best possible fit shown). The vertical grey line marks the border to effective neutrality (Nes = 0.5 with Ne = 837000). For more details, see Loewe & Charlesworth (2006, http://www.journals.royalsoc.ac.uk/openurl.asp?genre=article&issn=1744-9561&volume=2&issue=3&spage=426).

Evolutionary theory unifies Biology by Laurence Loewe, last updated: Jul 11, 2009 01:47 PM: Evolution as a theory is general enough to ultimately include every field in biology (see http://www.biomedcentral.com/1752-0509/3/27).

Organization of the human genome by Laurence Loewe, last updated: Jul 11, 2009 01:43 PM: This overview shows all chromosomes of the human genome as seen in the Ensembl Genome browser. Genome browsers allow zooming in until the actual sequence of individual genes can be seen (see http://www.ensembl.org/Homo_sapiens/).

The structure of DNA is a double helix by Laurence Loewe, last updated: Jul 11, 2009 01:42 PM: DNA is like the paper for a text written with the 4 letters A, T, C and G. The structure of DNA is a double helix, where Adenine pairs with Thymine and Cytosine pairs with Guanine. This knowledge started the molecular biology revolution in 1953. Today many biologists do 'sequencing', i.e. read DNA sequences, routinely. For detail on this molecule see http://www.imb-jena.de/cgi-bin/ImgLib.pl?CODE=1bna.

Structure of a protein by Laurence Loewe, last updated: Jul 11, 2009 01:41 PM: The molecular structure of the protein that allows mammals to see by transforming the light in the eye into a noticeable signal. The various secondary structure elements (e.g. the red alpha helices) can be seen clearly. For more details see http://www.imb-jena.de/cgi-bin/ImgLib.pl?CODE=1f88.

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