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SBGridTV

  • You'll find SBGrid in 275 structural biology labs located at 85 different institutions in 18 countries around the world. See full map and read more in eLIFE.

  • AlkD (grey) crystal structure bound to DNA containing 3-deaza-3-methyldeoxyadenosine (light green), from Brandt Eichman. Read the full story.

  • Oleg Tsodikov's structure of Eis, an enzyme that allows tuberculosis to resist an antibiotic of last resort. Read more.

  • Professor Catherine Drennan of MIT

    The SBGrid Consortium provides structural biologists worldwide with access to the software they need to discover the shapes of the molecules of life. Read more in eLIFE.

  • Jason McLellan is looking at antibodies that interfere with Ebola membrane fusion. Details in our SBGrid webtale.

  • The chromatophore vesicle of purple bacteria comprises hundreds of cooperating proteins to convert sunlight into chemical energy. Image Credit: J. Stone, M. Sener, K. Schulten. Read more.

  • Jochen Zimmer's artistic rendering of a molecule that assembles and secretes the polysaccharide cellulose across the cell membrane. Learn more.

  • Jalview Developer Geoff Barton's desk with the JalviewAbacus (right) and displayed a dendrogram (tree) for the set of sequences shown in the alignment, using Jalview linked to Chimera. Read the full story here.

  • Herpesvirus proteins form a honeycomb-shaped array from the lab of Kayta Helwein. Read our webtale for details. Photo credit: Naomi Rosenberg

  • The mobile element that conveys methicillin resistance to staph includes a gene that encodes for Cch. Learn more about Phoebe Rice's Chicago lab.

  • Jennifer Doudna's Cas9 enzyme in the CRISPR pathway, published in Science Read more in her webtale.

  •  Project MAC display system, circa 1965,

    The Project MAC display system, circa 1965. Read more about the history of molecular graphics software and UCSF Chimera in our SBGrid Tale featuring Bob Langridge and Tom Ferrin.

Recent Software Updates:

Name Description Date
ATSAS

a program suite for small-angle scattering (SAXS) data analysis from biological macromolecules.

Aug 16
CCP4

(Collaborative Computational Project, Number 4) a collection of programs and associated data and software libraries used for macromolecular structure determination by ...

Aug 12
MotionCor2

a multi-GPU program that corrects beam-induced sample motion on dose fractionated movie stacks. It implements a robust iterative alignment algorithm that delivers prec...

Aug 10
DynDom3D

a program to analyze domain movements in large, multi-chain, biomolecular complexes, useful for any molecule for which two atomic structures are available that represe...

Aug 06
XDS

(X-ray Detector Software) a software tool for processing single-crystal monochromatic diffraction data recorded by the rotation method.

Aug 04
Scipion

an image processing framework to obtain 3D models of macromolecular complexes using 3D EM that allows you to execute workflows combining different software tools, whil...

Aug 04
PyMOL Open Source

open source version of the widely used molecular visualization package developed by Warren DeLano.

Aug 04
Thanks to the National Science Foundation

With Partial Support from the National Science Foundation Research Coordination Network MCB #0639193 and NSF EAGER #1448069. Please cite SBGrid's eLife paper and follow our publication guidelines.

Latest news

SBGrid Lunch Break with Jesse Hopkins

Join us on July 25th to hear from Jesse Hopkins, Postdoctoral Researcher at Cornell University will talk about Analyzing Biological Small Angle X-ray Scattering Data Using RAW.

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SBGrid Lunch Break with Jason Key

Join us on September 19th to hear from SBGrid's technical lead Jason Key. Jason will introduce some of the newest tools available to SBGrid users, including our new user environment ...

SBGrid/Harvard Shield

Job Postings for SBGrid Member Labs

Our job postings page advertises open positions for postdocs, students, faculty, and staff in SBGrid member laboratories and institutions. Please send brief descriptions to Michelle. Postings will ...

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