Rescheduled for Tuesday, September 30th at 12:00pm EDT -- please join us to hear Christian Olsen, Field Application Scientist at Biomatters, Inc.,
will present part II of his webinar on Geneious R7. In this second presentation he will focus on Geneious Molecular Cloning Tools for Biologists
Geneious R7: Molecular Cloning Tools for Biologists
Tuesday, September 30th at 12pm EDT
Christian Olsen
Field Application Scientist
Biomatters, Inc.
Webinar connection instructions: We are using the FUZE Meeting application to host our webinars, which is compatible with Mac, Linux, and Windows computers. To connect, follow the Meeting URL and enter the meeting number:
If you haven't connected to a Fuze …
Read More»
Tuesday, September 9th at 12:00pm EDT -- please join us to hear Christian Olsen, Field Application Scientist at Biomatters, Inc.,
give the first in a two-part webinar on Geneious R7. In this first presentation he will focus on Geneious as a Sequence Analysis Tool for Biologists.
Geneious R7: Sequence Analysis Tool for Biologists
Tuesday, September 9th at 12pm EDT
Christian Olsen
Field Application Scientist
Biomatters, Inc.
Be sure to join us again on September 23rd for the second half of Christian's webinar, focusing on Geneious R7 Molecular Cloning Tools for Biologists.
Webinar connection instructions: We are using the FUZE Meeting application to host our webinars, which is compatible with Mac, Linux, and Windows computers. To connect, follow the Meeting URL and enter the meeting number:
Read More»
Thursday, July 17th at 5:00pm EDT -- please join us to hear Kazutaka Katoh and Daron Standley describe "Web services for structure-informed multiple sequence alignment." Drs. Katoh and Standley will join us from the Osaka University in Japan.
Web services for structure-informed multiple sequence alignment
Thursday, July 17th at 5pm EDT
Kazutaka Katoh
Associate Professor
and
Daron Standley
Principal Investigator
Immunology Frontier Research Center
Osaka University
Read more about these web services here:
Webinar connection instructions: We are using the FUZEBOX Meeting application to host our webinars, which is compatible with Mac, Linux, and Windows computers. To connect, follow the Meeting URL and enter the meeting number:
- Meeting URL: http://fuze.me/25179451
- Meeting Number: 25179451
- Call in number: +1 (201) 479-4595
- You can find international …
Read More»
Thursday, June 26th at 12:00pm EDT -- please join our webinar to learn about DSSR, a new 3DNA program for Defining the Secondary Structures of RNA from three-dimensional coordinates. Xiang-Jun Lu, Associate Research Scientist from Columbia University, will present.
DSSR, a new 3DNA program for Defining the Secondary
Structures of RNA from three-dimensional coordinates
Thursday, June 26th at 12pm EDT
Xiang-Jun Lu, Ph.D.
Associate Research Scientist
Department of Biological Sciences
Columbia University
Read more about DSSR in the abstract below. For additional DSSR-related news and information, check the 3DNA homepage where a comprehensive DSSR user manual can be downloaded; DSSR-related questions and suggestions are always welcome on the 3DNA Forum.
Webinar connection instructions: We are using the FUZEBOX Meeting application to host our webinars, which is compatible …
Read More»
Tuesday, May 13th at 12:00pm EDT -- please join our webinar to hear the latest on Refinement of challenging structures with Rosetta and Phenix. Nathaniel Echols, Computational Scientist at Lawrence Berkeley National Labs, will present.
Refinement of challenging structures with Rosetta and Phenix
Tuesday, May 13th 12pm EDT
Nathaniel Echols, Ph.D.
Computational Scientist
Lawrence Berkeley National Labs
Refinement of macromolecular structures against low-resolution crystallographic data is limited by the ability of current methods to converge on a structure with realistic geometry. We developed a low-resolution crystallographic refinement method that combines the Rosetta sampling methodology and energy function with reciprocal-space X-ray refinement in Phenix. On a set of difficult low-resolution cases, the method yielded improved model geometry and lower free R factors than alternate refinement methods.
For more information …
Read More»