- All Sections
- Article: Applications Library (27)
- Article: Articles (11)
- Article: Blogs (2)
- Article: Columns (1)
- Article: News (23)
- Article: Product (14)
- Article: Webinars (1)
This article is is a fascinating look into the use of laser ablation inductively coupled plasma mass spectrometry in forensic examination of glass fragments. These are often associated with crime scenes and easily “attach” to any people near them. Thus, they can be used to link criminals to their crime and to provide information on where a glass fragment might have originated.
This work builds on our previous study of arsenic species in apple juice1 by incorporating several improvements to the methodology and exploring the analysis more deeply.
The use of inductively coupled plasma mass spectrometry to quantify chemical hazards in natural history collections: arsenic and mercury in taxidermy bird specimens
Stanislav Strekopytov tells us about “The use of inductively coupled plasma mass spectrometry to quantify chemical hazards in natural history collections: arsenic and mercury in taxidermy bird specimens”. It is quite shocking to learn about the use of poisons to preserve taxidermy specimens in the past. Nowadays it is essential that the dangers from such specimens are known before they can be handled by museum staff and particularly if they might be touched by visitors. ICP-MS analysis provides fully quantitative information on bulk contents of toxic elements in taxidermy specimens and so is well suited to this task.
Sotiris Stasinos and Ioannis Zabetakis have used ICP-MS to investigate the cross-contamination of food crops by heavy metals in ground or irrigation water. They show that this can occur easily in certain crops, which has serious health consequences for those consuming the food crop. As a consequence of their work, the European Food Safety Authority (EFSA) has been informed about the accumulation of Cr and Ni in food tubers and is taking action.
An ICP-MS which offers improved performance and increased throughput to cut analysis times. It features a new interface and advanced technology that enables “one-click” set-up and easier routine maintenance. The ion-focusing system delivers high signal-to-noise performance and the Qcell with flatapole technology for low mass cut-off offers increased interference removal. Qtegra software fully automates the system.
This Product Focus is on Elemental Spectroscopy; a number of companies have provided information on their key products, their applications and features.
The use of complementary techniques in understanding the detoxification of aluminium in the freshwater snail, Lymnaea stagnalis
The authors describe the use of a range of complementary methods to explore cellular, physiological and behavioural mechanisms underlying Al accumulation and toxicity, and its eventual fate, using the pond snail as a model organism.
New Webinar from Bruker Daltonics
High Sensitivity ICP-MS:Overcome the challenge of complex samples
The new aurora M90 from Bruker defines new performance standards in ICP-MS combined with ease of use and robustness required in today’s modern laboratories.
The patented ingenious ion optic design combined with the innovative collision / reaction interface cell delivers highest selectivity and class leading sensitivity, which supersedes all other quadrupole ICP-MSs offered on the market and matches even sensitivity standards set by sector field ICP-MS, all combined with ease of use, robustness, low-cost of ownership and low instrument investment need.
The webinar will explain the technical realization of the instrumentation and demonstrate the benefits for the most challenging applications in ICP-MS analysis.
Who should attend?ICP-MS users Lab managers Students ….
Your PresentersDr. Meike Hamester, Director European ICP-MS Marketing, Bruker Daltonics, Berlin, GermanyMeike Hamester’s passion for ICP-MS started in the early ’90s at the University of Hamburg, Germany. During her thesis with the title ‘Minimization of spectral and non-spectral interferences using ICP-MS’ she got acquainted with the challenges of ICP-MS in the early stages. Having finished her thesis she moved from Hamburg to Bremen in Germany to work for Finnigan and its successor Thermo Fisher Scientific as the product manager for ICP-MS. In January 2012 Meike joined Bruker Daltonics as European director for ICP-MS. Meike is based at Bruker in Berlin, Germany where Bruker operates the Application Laboratory for ICP-MS. Andrew Toms, ICP-MS Specialist, Bruker Daltonics, Milton, CanadaAndrew Toms has been involved with ICP-MS since his undergraduate studies at Memorial University of Newfoundland. After completing his Masters degree at University of Windsor where he studied mercury contamination in lake sediments, Andrew joined Varian Canada as a technical support chemist in 2000, in Mississauga, Ontario. Following 10 years with Varian in applications support and customer training, he joined Bruker Daltonics as an ICP-MS Specialist in May 2010, based out of their applications laboratory at their Milton location, near Toronto.
Bruker Corporation has created a Chemical Analysis Division within its Bruker Daltonics subsidiary. The new Chemical Analysis Division will be managed by Collin D'Silva as division president, and will be based in Fremont, CA, USA.
Duquesne University and Agilent establish MS centre of excellence to study diseases and environmental issues
Duquesne University, USA, and Agilent Technologies have established a Centre of Excellence (COE) for mass spectrometry at the university. The facility enables a wide range of research in the life sciences and environmental analysis.
Bruker Corporation and Agilent Technologies have announced that they have entered into a definitive asset purchase agreement. Pursuant to this agreement, Bruker will acquire certain product lines of Varian Inc., which Agilent has committed to divest in connection with obtaining regulatory approval for Agilent's previously announced acquisition of Varian.
PerkinElmer, Inc. has agreed to purchase the remaining interest of its joint venture in ICP-MS and related assets from Danaher Corporation. Danaher acquired this joint venture stake and these assets as part of its acquisition of MDS Inc.'s Analytical Technologies business.
The purchase of the remaining 50% of the joint venture and related assets will provide PerkinElmer with full ownership of the joint venture and its ICP-MS product line.
John Roush, president, Environmental Health, PerkinElmer, said, "The global population is increasingly vulnerable to safety threats from toxic elements such as lead, cadmium, mercury, and arsenic affecting the quality of our water and food supplies. Our continued commitment and innovation in ICP-MS will provide our customers with solutions that support the analysis of component elements, trace elements or contaminants in samples of interest, leading to improved products and applications for their end markets - and ultimately to better outcomes for human and environmental health."He added, "The consolidation of the joint venture will reinforce our market leadership position while further demonstrating our commitment to the ICP-MS product line and the sustained development of this critical technology. Customers will benefit from our ability to get products to market faster, as well as to better align our offering with market needs."
The U-Series is a new style of glass concentric nebuliser from Glass Expansion. It provides improved performance and is very simple to use. The main benefits are that the sample channel is uniform from the entry point to the tip, which helpsavoid blockages; since there is nowhere for sample to be trapped, washout time is reduced and sample throughput increased; the VitriCone construction incorporates a precision-machined heavy glass capillary which resists vibration and delivers precision; Glass Expansion’s proprietary UniFit sample connector provides a simple connection with no dead volume. The U-Series is compatible with all ICP-OES and ICP-MS models.
The European Commission has cleared, under the EU Merger Regulation, the proposed acquisition of Varian Inc. by Agilent Technologies Inc., both US companies, by way of purchase of shares. The decision is conditional upon the divestment of Agilent's entire micro/portable gas chromatography instrument business and Varian's entire laboratory gas chromatography, triple quadrupole gas chromatography-mass spectrometry and inductively coupled plasma-mass spectrometry instrument businesses. In view of the remedies proposed, the Commission has concluded that the operation would not significantly impede effective competition in the European Economic Area (EEA) or any substantial part of it.
Niagara Plus accessory for ICP-OES and ICP-MS equipment. It utilises flow injection technology to reduce the laboratory's environmental footprint, reduce operating costs and improve sample throughput. Benefits include reduced cost of argon and consumables, lower power consumption and less waste, reduced analysis time, automatic internal standard and low carryover with the sample not contacting any peristaltic pump tubing.
Agilent Technologies have signed a definitive agreement to acquire Varian, paying $1.5 billion. As well as adding $1 billion in annual sales to Agilent’s existing $5.8 billion, it significantly expands the range of technologies in Agilent’s portfolio. Varian are particularly strong in NMR, imaging and vacuum technologies, but also can offer a number of atomic and molecular spectroscopies.
Arsenic speciation: a tool for assessing the environmental toxicology of arsenic using earthworms and toenails as biomarkers
Michael J. Watts,a* Mark Buttona,b and Gawen R.T. JenkinbaBritish Geological Survey, Nottingham, NG12 5GG, UK. E-mail: firstname.lastname@example.orgDepartment of Geology, University of Leicester, Leicester, UK
The health implications of chronic exposure to arsenic are well known, with populations exposed on a worldwide scale, the majority of which are in locations such as Bangladesh, South-East Asia and South America. Serious health problems have been associated with drinking water high in arsenic, including various cancers, vascular disease and skin keratoses.
Bruce Yardley and David BanksSchool of Earth and Environment, University of Leeds, Leeds LS2 9JT, UK
The whole natural cycle of our planet depends on processes going on beneath our feet, which create magmas, move tectonic plates, raise mountains and drive the continual recycling of rock materials. That this happens at all reflects the presence of water deep in the Earth’s crust.