News 2026
PDB-101 Focus: Biotechnology
03/25
March 24 is World TB Day
03/22
Register for the April 23 Open Discussion–Deposition, Validation, and Biocuration
03/22
Use the AI-Powered 3D Structure Similarity Search
03/20
Take the RCSB PDB Survey and Win
03/18
Register for PDB Workshops at IUCr2026
03/16
March 16-22: Brain Awareness Week
03/15
Remembering Philip E. Bourne
03/11
Poster Prize Awarded at The Biophysical Society Meeting
03/10
Watch the Exploring CSMs at RCSB.org Office Hour
03/09
Register for the April 30 CodeBMB Webinar for Beginners
03/05
PDB Reaches a New Milestone
03/05
Meet RCSB PDB at ASBMB
03/04
Join Our Team as a Biocurator
03/03
March 4 is International HPV Awareness Day
03/03
Take the PDB-101 User Survey and Win
02/26
Register for the March 26 Webinar on the New PDB Beta Archive
02/26
Register for the March 18 Virtual Office Hour on Biological Assemblies
02/23
Education Corner: BioStinE
02/22
Take the PDB-101 User Survey and Win
02/17
PDB-101 Focus: Biotechnology
02/15
Molecular Valentines
02/10
How Structural Biologists and the PDB Drive Innovation
02/04
February 4 is World Cancer Day
02/01
Register for the February 26 Webinar on Chemical Search
01/28
Impact of PDB Structures on Anti-Cancer Drug Approvals
01/27
Register for the February 19 Virtual Office Hour on PDB-101
01/26
January is Cervical Cancer Awareness Month
01/20
Winter Newsletter Published
01/15
Register for the January 26 Webinar on Advanced Search
01/12
Top Molecules of the Month in 2025
01/12
Register for PDB Workshops at IUCr2026
01/11
Register for the January 22 Virtual Office Hour on Extended PDB IDs and the Beta PDB Archive
01/08
PDB-101 Focus in 2026: Biotechnology
01/06
Learn to Use Mol* for 3D Visualization
01/06

PDB-101 Focus: Biotechnology

03/25 

Since 2014, PDB-101 has focused on different topics to help build a collection molecular stories around a particular theme. Past topics have included cancer, diabetes, and peak performance.

In 2026, PDB-101 will highlight the structural stories of Biotechnology: using biology in industry.

Many useful enzymes are robust enough to be purified and used in industrial processes. Since they act on biological molecules, these enzymes are widely used in food production. Atomic structures have revealed how these enzymes work, and how they can be improved for better function.

Visit the PDB-101 Biotechnology Browser for resources such as:

<I>GFP-like Proteins<BR>
Once the power of GFP became apparent, scientists quickly looked for ways to improve and extend it. The main goal of this effort has been to change the color of fluorescence, so that distinct proteins in a cell can be visualized with different colors. Scientists first looked to nature, and fluorescent proteins producing light of different colors were found in different organisms.
 </I>GFP-like Proteins
Once the power of GFP became apparent, scientists quickly looked for ways to improve and extend it. The main goal of this effort has been to change the color of fluorescence, so that distinct proteins in a cell can be visualized with different colors. Scientists first looked to nature, and fluorescent proteins producing light of different colors were found in different organisms.

Read more at Molecule of the Month.


Past news and events have been reported at the RCSB PDB website and past Newsletters.