Agilent Powers Art Conservation Workshop at Yale University
News Jul 17, 2013
Agilent Technologies Inc. announce it is supplying state-of-the-art instruments and software for a workshop on Recent Advances in Characterizing Asian Lacquer at Yale University. The workshop started on Monday at Yale’s Center for Conservation and Preservation.
An international group of art conservators and scientists are learning advanced techniques in gas chromatography and mass spectrometry to help them analyze lacquer and a broad range of other trace-level compounds found in Asian lacquer artifacts.
Careful analysis of lacquer can reveal a wealth of information about the age and geographical origins of the components, and also address the authenticity of the artifact. Modern coatings that aim to imitate lacquer are composed of various mixtures of polymers and pigments and can also be characterized using GC/MS techniques.
“We were very excited when our Getty Conservation Institute colleagues approached us last year about the opportunity to co-host a workshop that focuses on the latest advances in the characterization of Asian lacquers,” said Anikó Bezur, director of scientific research at the Yale center. “The creation of such professional advancement opportunities for conservators and conservation scientists is a core mission of ours, and we are grateful for Agilent’s support that made the workshop possible and for the enthusiasm its team has expressed for our research and outreach efforts.”
The five-day workshop, based on the Getty Conservation Institute’s research on Asian lacquers, was developed in partnership with the Yale Institute for the Preservation of Cultural Heritage. Frontier Laboratories’ pyrolysis technology used in this workshop is provided by Quantum Analytics.
“We are grateful to have Agilent partner with Yale West Campus in this exciting event,” said Christopher Incarvito, Ph.D., the campus’ director of research operations and technology. “It is pivotal to have such enthusiastic support for our art conservation efforts, as this field is dependent on access to leading-edge scientific instrumentation.”
“As a longtime partner to Yale and its affiliates, we are honored to support this important program,” said Jim Lynch, Agilent’s director of academic programs for the Americas. “We are certain that the combined experience and expertise of these specialized professionals, coupled with the most advanced analytical technology available today, will yield great insight into the conservation of art and help identify priorities for future research in the field.”
Techniques such as THM-Py-GC/MS (pyrolysis-gas chromatography/mass spectroscopy using thermally assisted hydrolysis and methylation) are commonly used in museum laboratories to analyze the chemical composition of paints, coatings, polymeric materials, and other environmental samples collected from works of art and artifacts. Asian lacquer is primarily composed of sap from the trees of the Anacardiaceae family and is distinct from other wood finishes such as European japanning.
Agilent’s GC/MSD systems are widely used in a variety of industries and provide advanced analytical capabilities to specialized fields such as art conservation and preservation. Agilent also offers a selection of handheld mobile FTIR and UV-VIS spectroscopy instruments for use in artifact analysis at museums and in the field.
Arrow Poison Potential Male Birth ControlNews
Women have many options for oral contraceptives that are safe, effective and reversible, but despite decades of research, men have none. Now, scientists report a rat study that shows they finally have a good lead for a male birth control pill. It's based on ouabain, a plant extract that African warriors and hunters traditionally used as a heart-stopping poison on their arrows.READ MORE
Robust Multiplex Mass Spectrometric Assay for Screening Small-Molecule InhibitorsNews
A new original research article presents a fast, sensitive, and robust methodology for screening small molecule inhibitors against CD73/Ecto-5'-Nucleotidase, a promising target for developing anti-cancer drugs.READ MORE