News 2021
Season's Greetings
12/24
Biocurator Milestone: >10,000 Depositions Processed
12/17
2021 FASEB BioArt Winner
12/14
Watch Presentations from the May PDB50 Celebration
12/06
Structural Biology and Nobel Prizes
12/05
Structural Science: New Ways to Teach the Next Generation
11/30
Watch Presentations from the October 6 PDB50 Celebration
11/23
Congratulations Mickayla!
11/15
New Flyer: SARS-CoV-2 Genome and Proteins
11/09
PDB50 Recognized in the Congressional Record
11/02
Undergrads/Grads: Apply to the Molecule of the Month Boot Camp (January 2022)
11/01
Celebrating PDB and Rutgers Structural Biologists
10/28
Obituary for John Westbrook
10/27
PDB50: The Game
10/26
Making Big Data Biology
10/24
Supporting the PDB Archive
10/22
50 Years of Community Building
10/21
Rutgers Today
10/20
PDB Turns 50
10/19
Take the RCSB.org User Survey and Win
10/19
Structural Biology Playing Cards
10/19
New PDB Citation MeSH Network Explorer
10/18
Happy Birthday, Irving Geis
10/18
Celebrating PDB50 in Virtual Reality
10/15
The PDB in JBC
10/14
Synergies between the PDB and the community
10/13
Biocurator Milestone: >10,000 Depositions Processed
10/12
Video: Celebrating PDB50
10/11
PDB Pioneers
10/08
User Survey: Tell RCSB PDB About Your Interests
10/07
PDB and the Pandemic
10/06
Structural Biology and Nobel Prizes
10/05
The Nobel Prize in Physiology or Medicine 2021
10/04
Fall Newsletter Published
10/03
Video: Opioids and Pain Signaling
09/28
Register for an October 6 PDB50 Celebration
09/21
Congratulations, Amy and Mickayla!
09/13
Bringing Molecular Structure to Life
09/09
Poster Prize Awarded at ISMB/ECCB
08/31
Poster Prize Awarded at ACA
08/24
PDB50 at ACS August 25
08/17
Impact of PDB Structures on Anti-Cancer Drug Approvals
08/10
VAX Paintings
08/03
PDB50: Function Follows Form
07/26
Summer Newsletter Published
07/15
Molecular Landscapes
07/06
PDB50 at ACS August 25
06/22
Guide to Understanding PDB Data: Carbohydrates
06/15
Congratulations to Poster Prize Winners
06/08
Education Corner: Exploring the Structure-Function Relationship
06/01
How the Protein Data Bank Changed Biology
05/25
Evolution of PDB-101
05/21
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05/18
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05/12
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05/07
Explore the History of the PDB
04/27
EXTENDED: Enter the 2021 CellPAINT Contest by May 6
04/24
Annual Report Published
04/24
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04/23
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04/18
Scientific Software Developers and Postdocs
04/15
Spring Newsletter Published
04/13
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04/09
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04/06
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04/01
Molecular Landscapes: E. coli
03/23
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03/07
More than 1,000 SARS-CoV-2 Coronavirus Protein Structures Available
03/02
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02/25
Join Us at the Feb 24 Biophysical Society Job Fair
02/21
PDB50: Submit Posters by March 15
02/15
Molecular Valentines
02/11
PDB50 Backgrounds For Virtual Meetings
02/02
Powerful New Tools for Exploring 3D Structures
01/26
Winter Newsletter Published
01/11

PDB50 Recognized in the Congressional Record

11/02 

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Congressman Frank Pallone, Jr., who represents New Jersey's 6th district that includes Rutgers University, noted the 50th anniversary of the PDB in the Congressional Record (HTML | PDF)

IN RECOGNITION OF THE 50TH ANNIVERSARY OF THE PROTEIN DATA BANK IN THE UNITED STATES

HON. FRANK PALLONE, JR.

of new jersey

in the house of representatives

Monday, July 19, 2021

Mr. PALLONE. Madam Speaker, I rise today in recognition of the 50th anniversary of the Protein Data Bank (PDB) in the United States and its outsized impact on the scientific community. Established at Brookhaven National Laboratory in 1971, the PDB was created because researchers were unable to share the valuable information they collected due to the lack of advanced computer systems at that time. The PDB solved this problem by serving as a depository for three-dimensional structures of large, biological molecules--such as proteins, DNA, and RNA--and offered the data free of charge or restrictions on usage to individual researchers across the world. Since 1998, I am proud to say the PDB has been co-managed by Rutgers, The State University of New Jersey. Today, the PDB archive in America hosts more than 180,000 structures of molecules found in all living organisms on the planet and is part of a worldwide network with other data centers in Europe and Asia.

The PDB's legacy as the first open-access digital data resource in biology and medicine has led to countless breakthroughs and has democratized access to data in a way that has tremendously benefited the public. Each year, millions of researchers, scientists, educators, students, medical professionals, patients, patient advocates as well as pharmaceutical and biotechnology companies around the world utilize the PDB for basic and applied research, STEM education, and the discovery of lifesaving medicines, particularly anti-viral and anti-cancer drugs. Examples of its profound impact include the more than two million structure data file downloads it generates per day; its contribution to over one million published research papers; and its enabling of research in many subject areas, ranging from Agriculture to Zoology.

But this ambitious project would not have been possible without significant federal investment in scientific research. The National Science Foundation, the Department of Energy, and the National Institutes of Health all contribute funding to the PDB, which generates a return on investment 1,500 times more than federal dollars it receives. This kind of investment clearly demonstrates the importance of the government-university research partnership and why it is critical that we maintain and strengthen that partnership to bolster American innovation and competitiveness for years to come.

In conclusion, Madam Speaker, I offer my congratulations to the PDB in the United States as it celebrates its first 50 years as a leading global resource for experimental data central to scientific discovery, and I look forward to its contributions to science and our society over the next 50 years.


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