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From MuraLab
Overview & Goals
The Mura Lab employs experimental and computational approaches to understand the structure, function/dynamics, and evolution of RNA- and DNA-based protein assemblies. In particular, we seek a deeper understanding of ribonucleoprotein (RNP) assemblies – What these protein/RNA complexes look like at atomic resolution (structure), their assembly pathways and dynamical behavior (function), and the interrelationships between Sm and Sm-like systems (evolution).
Discovered as the antigens in the autoimmune disease lupus, Sm proteins are now known to form a broad, evolutionarily-conserved family that play key roles in most aspects of RNA metabolism (including mRNA splicing), as well as in bacterial cell-cell communication networks ("quorum sensing"). Sm-based complexes, such as the spliceosome, exceed the ribosome in terms of both size and architectural complexity, thereby providing an immensely rich area for ongoing studies. Current work focuses on Sm systems drawn from both a well-established context (splicing) and a more recently emerging area (quorum sensing) that is of major biomedical significance because of its involvement in biofilm-mediated bacterial pathogenesis. The research program being developed to pursue this work is necessarily highly interdisciplinary, relying particularly heavily on methods from structural biology (e.g., crystallography) and computational chemistry (e.g., molecular dynamics simulations), in addition to traditional wet-lab biochemistry.
News & Announcements
For general group news, see http://muralab.org/news. What follows below are general announcements of topical/local interest to StrucBio.
January 2011
For any group members interested in a general introduction to some computational biology and bioinformatics topics — the new UVaCompBio series begins next month.
June 10, 2010
A new "Structural biology, Computational biology, & Molecular biophysics" website is up; check it out at http://wiki.chem.virginia.edu/SbCbMb/.
June 10, 2010
- There will be a temporary (~1h) power outage for the emergency/backup power sockets (the red sockets) Wednesday, June 16.
- The following items need to be moved over to accompanying grey (non-emergency) sockets by that morning:
- backroom (where microfluidizer is) Sorvall Legend RT+ table-top centrifuge
- APC units (2) in computer/kitchen room
- 1 tabletop centrifuge in the shaker incubator room (Rm 275)
- 2 plugs (other tabletop centrifuge / hot plate?) by Tomek's bench (Rm 295)
- We put tape over the rest (2 sockets by Iza's bench, 2 sockets by Justin/Jackie's bench, and 2 sockets behind the crystallization microscope bench)
Current Projects
This is a listing of projects current in our lab. You may want to look at the guides on how to use the data repositories and issue trackers.
This is the old(er) projects page -- Projects
This is the current list of the Potential Targets for our lab (Hfq) -- PotentialTargets
- Use Trac - An introduction on how to use a project/issues tracker.
- Subversion (SVN) - An introduction on how to use the data repository.
Lab News & Issues
- MuraLab issues tracker - News, Issues, TODOs and general discussion. (defunct)
Progress Reports
- See the Progress Reports page.
Computational Projects
(severely outdated...)
- Transmembrane protein crystal contacts
- Trac page (struc5): Trac Docking Site
- Local wiki home: SmDock
- Misc code
- Sm protein structural framework
Group Members
Group Funding
- Information on fellowship opportunities (undergrad, grad, postdoc)
Our Publications
Group Calendar
Group Meeting, Journal Club, Etc.
Group Responsibilities & ToDo Lists
Please see the following pages for lab management issues, your assigned responsibilities, etc.:
- GroupResponsibilities → Recurrent, preventive maintenance types of things that require attention on a regular basis
- ToDo → Specific things that require attention either in the short- or long-term
- Lab Tape Colors → A list of the tape colors used by people in the Mura/Columbus labs
Infrastructure & Facilities Issues
Research: Experimental / Wet-lab Sections
List of lab Standard Operating Procedures
Special sections of interest:
- Biochemical experimentation
- Biophysical & structural characterization
- General Tutorials (AUC, CD, SAXS, etc.)
- Local (UVa-specific) information on:
- Keck Center Services Offered
- X-ray crystallography
- Lab Passwords (used for equipment and instrumentation access in the lab, etc.)
- Web resources, online forums, etc.
Research: Computation / Theory Sections
- OurMD — Portal into MD-related things (local tips, tutorials, projects, scripts, etc...)
- OurBioInfo — Portal into bioinformatics-related information of local relevance
- OurMATLAB — Portal into MATLAB-related information of local relevance
Research: Literature Search, Journals, Etc.
Miscellany / Unclassified
Copying, Faxing, Etc.
Reimbursements
Poster-printing
Manuscript Preparation
General Advice
For Everyone
- Phil Bourne's "Ten Simple Rules" Collection — Useful advice on publishing, giving presentations, making scientific posters, etc.
- Communication for scientists: http://www.nature.com/scitable/ebooks/english-communication-for-scientists-14053993/contents
- The university has free tax preparation for any employee that makes under $49000. An appointment can be made online at: http://www.vitavirginia.org/appointments
For Grad Students
UVa Graduate Courses
General UVa or Charlottesville Info
- General UVa info (HR, services, ID badges, security, etc.)
Wiki Help & Information
- Configuration settings list
- MediaWiki FAQ
- MediaWiki release mailing list
- Related Sources of Helpful Information:
- A local copy of the MediaWiki Reference Card (obtained from http://meta.wikimedia.org/wiki/Help:Reference_card)
- Another useful resource exists at http://en.wikipedia.org/wiki/Wikipedia:Cheatsheet

