Exelixis is the Greek word for evolution.
The background image is a view of Mount Psiloritis on the island of Crete in winter 2006.
A TV report by the nano technology magazine of 3Sat about the work of our group in the framework of the 1KITE project.
The report on our work starts after about 11 minutes.Link to the video.
Alexis gave a video interview (in German) about his new duties as professor of computer science at KIT in conjunction with his position at HITS.
The video below was shot for the NSF-funded iPlant (infrastructure for plant sciences) project.
Local Cretan TV (Kriti TV) report about 2012 summer school on computational molecular evolution sponsored by EMBO and co-sponsored by HITS.
Local Cretan TV (Kriti TV) report about 2010 summer school on computational molecular evolution sponsored by EMBO:
Agniezska Borowska from HITS produced a very nice video about phylogenetic inference:
An article about the work of our group was published in a local newspaper.
A very readable and easy to understand article was published in Genome Web. It addresses High Performance Computing for Phylogenetics and some of the work conducted at the Exelixis Lab.
Our work is briefly mentioned on pages 68-69 in the 2009 yearbook of the German Science Foundation (DFG)
Elisa Loza wrote a vrey nice and understandable blog post about RAxML and the evolutionary placement algorithm.
A press release (German only) was published jointly by TUM/LRZ on the integration of RAxML into the SPEC MPI 2007 benchmark.
Disentangling the evolution of metazoa: Here is a press release by Brown University in English and a press release by TU Munich in German describing some recent work in the area of phylogenomics. The Exelixis Lab (Michael Ott and Alexandros Stamatakis) significantly contributed to this project by providing and adapting the software, organizing the computational resources, and conducting the large-scale inferences on a IBM BlueGene/L supercomputer system at the San Diego Supercomputer Center.
A news item about Alexis appointment at the Karlsruhe Institute of Technology
A news item about the recent Nature Methods paper with the Bork lab at EMBL. In this paper we apply our Evolutionary Placement Algorithm to disentangle and quantify bacterial diversity.
A nice TV interview in German by Alexis' PhD advisor Arndt Bode on supercomputing in Munich.
An excellent collection of outreach videos describing why evolution (and as a consequence the tools and software we are developing) is important in many areas of our daily life: Evolution of Life Web-Site
A radio interview with Bernhard Misof (in German) about the 1KITE project (1000 insect
transcriptome sequencing project): STREAM
Also have a look at two local newspaper articles about 1 Kite from Hamburg and the Rhein-Neckar Region
Some slides from an outreach talk on phylogenetics (in German): PDF given by Alexis in May 2011.
Together with Susanne Renner Alexis gave an outreach talk on phylogenetic reconstruction within the framework of the Munich Science Days (in October 2008) at the LMU Munich which are open to the broad public. The slides of this talk are available here for download as PDF.
Tree reconstruction visualization outreach tool. Matthias Berger, the brother of our former PhD student Dr. Simon Berger has designed a visualization tool that displays the tree building phases of RAxML:
Get the new RAxML code (the main code developed by our lab ) for your Android phone here
It doesn't serve any purpose except for impressing your colleagues and friends by being an early technology adopter and running a scientific code on your smartphone, screenshots below:
Our main focus is on developing better models and faster software such
that biologists can analyze their constantly growing datasets more
quickly and more accurately. Hence, we spend quite a large fraction of
our time writing code (mostly in C and C++ but occasionally also in
JAVA, ruby, or perl). We are all big fans of open source code and
provide everything we code up for free under the GNU GPL open source
To write and share sooftware (code) we use web-based tools that have a code version control, that is, if we implement a new bug rather than a feature (which happens more frequently than you would think) we can actually roll-back and re-start from a working code (a less buggy code).
Typically, we use the GIT version control system that is available free of charge as a web-service on platforms such as github. Those platforms can be used free of charge for public open source code projects. Below you will find a list of links to the github starting pages of some lab members such that you can see and follow live what we are doing: