aplab.cchmc.org
AP eLab - Methodological Projects
http://aplab.cchmc.org/projects_method.html
E-Laboratory of Aleksey Porollo. These 1D predictions are often the first step to gaining insight into the 3D structure and function of a protein. Accurate prediction of relative solvent accessibilities of amino acid residues in proteins may be used to facilitate protein structure prediction and functional annotation. Toward that goal, we have developed a novel method (SABLE) for improved prediction of relative solvent accessibilities (RSA) ( Ref 1. Trans-membrane domains ( Ref 3. Adamczak R, Porollo A, ...
iimcb.genesilico.pl
SpliProt3D - database of structures (and models) of proteins of the human spliceosome
http://iimcb.genesilico.pl/SpliProt3D/home
SpliProt3D is an online database of representative experimentally determined and computationally predicted structures of proteins of the human spliceosome. Features of protein regions in the SpliProt3D database. Features of models in the SpliProt3D database. How to cite SpliProt3D database? We carried out a systematic, comprehensive structural bioinformatics analysis of the human spliceosomal proteome. We predicted ordered and disordered regions, established a non-redundant set of experimental models...
polyview.cchmc.org
POLYVIEW-2D: Documentation
http://polyview.cchmc.org/polyview_doc.html
Terms of use and disclaimer. References to cite the server. Review of protein structure prediction. Analysis of protein complexes. Review of amino acid conservation. Automated annotations using scripts. Pictorial definitions used in POLYVIEW-2D for protein representation. Amino acid residue numeration. H - α and other helices (view 1). H - α and other helices (view 2). E - β-strand or bridge. Relative solvent accessibility (RSA). 0 - completely buried (0-9% RSA),. 9 - fully exposed (90-100% RSA). The POL...
folding.cchmc.org
Home page of Jarek Meller
https://folding.cchmc.org/my/home.html
This is home page of Jarek Meller. PhD in computational chemistry, MSc in physics (major in computer physics), MSc in mathematics (major in computer science) and undergraduate education in sociology from the Nicholas Copernicus University in Torun. Was born in Torun in 1473), Poland. As a postdoc, I had been working in the fields of computational chemistry ( Universite Paul Sabatier. Toulouse, France), computational biology ( Hebrew University. Japan) and bioinformatics ( Cornell University.
sift.cchmc.org
SIFT: general information
http://sift.cchmc.org/sift_doc.html
The SIFT Server: General Information. Notes about sequence independent filtering tool. Several sequence independent and sequence dependent filters (despite the name of the server :-) are available at present. The following sequence independent filters can be used to filter out structures with non-physical packing: the number of contacts, contact order, and a novel filter based on the shape of interresidue radial distribution function (referred to as the RDF. To go to download page.
bmi.cchmc.org
Computational Cluster | Research IT Core Services
https://bmi.cchmc.org/resources/clusters/computational-cluster
Installing OpenNX in Mac OS X Lion. Running software the easy way. Mac, Linux and Solaris Support. Biomaterial Tracking and Management (BTM) Core. BMI maintains a Linux-based computational cluster that is accessible from outside the Cincinnati Children's network. The cluster currently has over 700 processing cores and is heterogeneous with both large-memory SMPs as well as low-cost processing nodes. The cluster is Linux-based and the preferred method of access is either SSH or NX. An annual storage charg...
bmi.cchmc.org
User Testimonials | Research IT Core Services
https://bmi.cchmc.org/resources/user-testimonials
Installing OpenNX in Mac OS X Lion. Running software the easy way. Mac, Linux and Solaris Support. Biomaterial Tracking and Management (BTM) Core. SNPGWA, and Haploview) installed and running on the cluster. Our specific requirements have presented challenges along the way, and the BMI staff has been extremely responsive to our needs. Without the hardware and personnel support from BMI, our research would be much more difficult. Michael Barnes, PhD. Todd Nick, PhD. Ge Zhang, PhD. Douglas Kojetin, PhD.