News 2024
Paper Published: RCSB PDB supporting research and education worldwide
06/18
PDB-101 Focus: Peak Performance
06/11
Molecular Origami: Build 3D Paper Models of Protein Domains
06/04
Notice: NGL Viewer Deprecation
05/27
Explore the Structural Biology of Evolution
05/26
Education Corner: Creating 3D Protein Models and Videos
05/20
PDB-101 Focus: Peak Performance
05/16
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05/13
Announcement: EDMAPS.rcsb.org Shutdown
05/09
Poster Prize Awarded at DiscoverBMB
05/08
Celia Schiffer Elected to National Academy of Sciences
05/07
Video: How Neurons Communicate
05/05
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05/01
Annual Report Published
04/30
April 24 to 30 is World Immunization Week
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Celebrate DNA Day on April 25
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Spring Newsletter Published
04/16
Paper Published: Folding paper models of biostructures for outreach and education
04/14
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04/09
Video: Immunology and Cancer
04/02
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04/01
Explore Mechanism and Catalytic Site Annotations
03/31
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Education Corner: Bringing Proteins to Life
03/26
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03/24
March 24 is World TB Day
03/21
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03/20
Paper Published: Visualizing groups of PDB structures and CSMs
03/17
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03/11
Poster Prize Awarded at The Biophysical Society Meeting
03/06
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02/29
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02/25
PDB-101 Focus: Peak Performance
02/16
Use a Python Package to Access the RCSB PDB Search API
02/12
Molecular Valentines
02/11
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02/06
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01/30
Notice: NGL Viewer Deprecation
01/30
Prizes Awarded at The Biophysical Society Japan Meeting
01/28
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01/24
Register for the February 13 Mol* Webinar
01/19
Undergrads: Spend your summer with RCSB PDB
01/18
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01/16
Celebrate #NationalMilkDay
01/10
Winter Newsletter Published
01/08
Applications Open for Director
01/07
Top Molecules of the Month in 2023
01/04

Explore the Structural Biology of Evolution

05/26 

A new PDB-101 feature explores how evolution is a natural process that produces improved organisms without any need for intelligent intervention.

Evolution is a natural process where organisms compete in whatever environmental niche they occupy, and the best ones survive and succeed in the "game of life.” Organisms that are less able to compete go extinct. All of this happens without the need for intelligent intervention or design, albeit very slowly most of the time. Scientists believe that all species of living organisms on Earth arose through evolution from simple primordial unicellular organisms. Looking at the structures of biological molecules, we can explore how evolution has shaped modern proteins and nucleic acids, and search for clues about the molecular nature of the first living things. Scientists are also mimicking the natural processes of evolution in the laboratory, using it to improve the functional properties of proteins and nucleic acids under “artificial” selection pressure.

Visit PDB-101 for more.

<I>Evolution of cytochrome c. Variations in the protein from different organisms are compared to the human form, with small, conservative changes in light blue and larger changes in white. By counting up the number of changes, we can see that yeast is more distantly related to us than the other three animals.</I>Evolution of cytochrome c. Variations in the protein from different organisms are compared to the human form, with small, conservative changes in light blue and larger changes in white. By counting up the number of changes, we can see that yeast is more distantly related to us than the other three animals.


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