Crystallography News and Research

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Wide angle X-ray scattering (WAXS) could help produce lead drugs for disease therapy

Structural changes in proteins can now be seen in increased detail, using a new application of an existing technique. The application, developed at the U.S. Department of Energy's Argonne National Laboratory, could help produce lead drugs for disease therapy.

8 Dec 2004

New research is allowing biochemists to understand a key hierarchy of protein interactions that occurs in DNA

"All cancers are marked by some form of DNA replication gone awry, so a basic understanding of DNA replication is of paramount importance to those designing cancer-fighting drugs,"

8 Dec 2004

Gene decoding revealed at atomic level

A recent finding by a North Carolina State University biochemist advances the fundamental biology of how genetic information, encoded in DNA, is decoded for the production of proteins.

4 Dec 2004

Crystals may help to revolutionise drug discovery

A groundbreaking technique developed at The University of Manchester, which uses crystals to map ‘invisible’ parts of molecules, is set to revolutionise drug discovery.

From The University of Manchester 24 Nov 2004

Scientists have determined the crystal structure of a protein kinase C (PKC) isozyme

This structure should prove extremely useful in the rational design of small molecule inhibitors of PKCÈ, which has been implicated in T-cell mediated disease processes including inflammation and autoimmunity.

19 Nov 2004

Important advance in understanding the structure of phage viruses

An important advance in understanding the structure of phage viruses, which infect and destroy bacteria, has been made by a team of scientists from Oxford and Finland, which could help develop new strategies to combat bacterial infections.

11 Nov 2004

Atomic switch capable of discriminating color in a bacterial membrane protein

Researchers using extremely high resolution imaging have found an atomic switch capable of discriminating color in a bacterial membrane protein.

5 Nov 2004

Protein points to anticancer drug targets

A unique tail at one end of a protein called Ubc12 stabilizes a molecular workshop that assembles the “on-switch cells” used to accelerate cell replication.

20 Sep 2004

Scientist rewarded for breaking down transplant rejection

A scientist from Australia's Monash University who has recently determined the structure of drug that is widely used as an immunosuppressant, will be presented the 2004 Science Minister's Prize for Life Scientist of the Year.

8 Sep 2004

Flaw in DNA helps explain cancers and aging

Their finding explains how oxidative DNA damage - a process long believed to underlie cancers and aging - can create permanent genetic damage.

30 Aug 2004

High-resolution images reveal the molecular rearrangements that rotavirus uses to break into cells

High-resolution images constructed by researchers at Children's Hospital Boston and Harvard Medical School reveal the molecular rearrangements that rotavirus – the most common cause of severe, dehydrating diarrhea and vomiting in children worldwide – uses to break into cells.

25 Aug 2004

Antibodies produced by shark immune systems could be used to detect human pathogens

A recent discovery shows that antibodies produced by shark immune systems could be used to detect a range of human pathogens some of which have the potential to be used as biological warfare agents.

20 Aug 2004

Large-scale computer simulations help understand SARS

A Mayo Clinic researcher is the first to develop a series of three-dimensional (3D) models of an enzyme responsible for the replication of the deadly SARS (Severe Acute Respiratory syndrome) virus.

17 Aug 2004

Promising families of drugs combat the spread of tumors in different ways

Pharmaceutical companies seeking to design more effective cancer chemotherapy agents may have an easier road ahead than was previously believed.

9 Aug 2004

Automated science speeds solution of Human Genome data

Scientists in Argonne's Biosciences Division are automating and accelerating the complex processes that coax a protein to reveal its structure so they can learn the role Nature assigned it.

6 Aug 2004

New compound that is designed to overcome Gleevec resistance

One of the truly spectacular success stories in modern oncology is the development and implementation of Gleevec, a drug that virtually halts the progress of chronic myeloid leukemia. Yet for some patients who harbor particularly stubborn genetic mutations, Gleevec fails miserably.

17 Jul 2004

Relatively difficult for the AIDS virus to develop resistance to the drug, tenofovir, or the DAPY (diarylpyrimidine) family of compounds

HIV is a moving target, unpredictably changing direction to elude anti-AIDS drugs, but researchers at Rutgers are clearly on the track of solutions to combat HIV drug resistance.

29 Jun 2004

Paclitaxel analog kills more cancer cells than natural product

Paclitaxel, a natural compound from yew trees, is the world's best-selling anticancer drug. Several analogs are in clinical trial, with others in preclinical development. One problem that paclitaxel and all its analogs share, however, is that they are all highly complex compounds, and cannot be prepared synthetically in a commercially viable way.

21 Jun 2004

Class of molecules that could lead to treatments for a wide range of diseases, including cancer, arthritis, and heart disease

By making use of model compounds in drug design, chemists at the University of California, San Diego identified a class of molecules that could lead to treatments for a wide range of diseases, including cancer, arthritis, and heart disease.