MITOCHONDRIAL DNA LAUNOIS-BENSAUDE's LIPOMATOSIS

submitted by: camdic
Even though Brodie is said to have first described diffuse symmetrical lipomatosis with predilection for the neck already in the 1846 (Clinical Lectures on Surgery, Delivered at St. George's Hospital Philadelphia: Lea and Blanchard pub. Pp 201-201. Brodie, B.C.) still unknown is today the pathogenesis of Launois Bensaude' Lipomatosis. Klopstock et Al. are found in muscle biopsy specimens ragged and red fibers, pathologic subsarcolemmal accumulations of mitochondria, suggesting a...

BEMuSE - protein folding for the grid

submitted by: iSGTW

This video is courtesy of EU-IndiaGrid and shows the setup of a simple simulation using BEMuSE, software for faster folding of proteins using grid computing. (http://euindia.ictp.it/bemuse/video-tutorials/)

This video shows:

* The structure of the restarts
* The configuration of a simulation
* The submission of the jobs

Installing and using the BioBar toolbar for Firefox

submitted by: simont

This video shows how to install and use the BioBar toolbar on Firefox. This is a nifty addition to the browser that makes accessing many of the usual online databases and tools very easy. It also allows you to easily run a search at these databases without having to navigate to the website first. BioBar can be found at biobar.mozdev.org and was written by Jawahar Swaminathan at the EBI.

Rosetta via GENIUS on the EUChinaGRID

submitted by: iSGTW

This video was produced by GILDA and INFN to show the use of Rosetta protein-folding software on the EUChinaGRID cyberinfrastructure via the GENIUS grid portal.

Microbial Observatory - Partners Video Magazine

submitted by: csrees
Researcher Jo Handelsman runs microbial observatories in Wisconsin and Alaska and studies underground microbes detrimental to healthy soil. Microbial Observatory is a segment from CSREES' Partners Video Magazine's 19th episode, The Soil Explorers. To view the entire episode, go to http://www.csrees.usda.gov/newsroom/partners/soil_explorers.html .

Antibody-protein interactions: benchmark datasets and prediction tools evaluation

linked profile(s): juliap
submitted by: apryl
Background The ability to predict antibody binding sites (aka antigenic determinants or B-cell epitopes) for a given protein is a precursor to new vaccine design and diagnostics. Among the various methods of B-cell epitope identification X-ray crystallography is one of the most reliable methods. Using these experimental data computational methods exist for B-cell epitope prediction. As the number of structures of antibody-protein complexes grows, further interest in prediction...
Authors: Julia v Ponomarenko, Philip e Bourne