Who are we and what we do?
In a nutshell taken from our RSC Award for Interdisciplinary work 2016: We are interested in environmental and biological processes in which metals and metalloids and increasingly non-metals are transformed. We have done pioneering work to develop elemental speciation and elemental bioimaging methodologies for solving pertinent problems in environmental and biosciences and in particular creating the foundation for the introduction of new legislation for food contaminants such as inorganic arsenic in rice in 2016.
TESLA was founded in 2000 by Prof. Joerg Feldmann. Dr Andrea Raab and Dr Eva Krupp followed shortly afterwards. We realised the first fully online coupling of HPLC simultaneously to ICP-MS and ESI-MS in 2002 and did the first bioimaging using LA-ICP-MS in 2003 and the first dynamic bioimaging in 2014.
Today, we are a group of approximately 20 researchers and our analytical facilities include ICP-MS, ICP-MS/MS, ESI-qTOF-MS, ESI-Orbitrap, LA-ICP-MS, sp-ICP-MS, FFFF-UV-MALS-ICP-MS, HPLC-ICP-MS, GC-ICP-MS, GC-MS, GFAAS, MP-AES, HG-AFS, CV-AFS, microwave digestion systems, clean room conditions and access to microbiological labs and greenhouses.
We collaborating with research groups within the UK (Belfast, Cambridge, Liverpool, LGC, etc.), Europe (e.g., Austria, Denmark, France, Germany, Iceland, Ireland, Spain, Sweden, etc.) and worldwide (e.g., Australia, Argentina, Bangladesh, Brazil, Canada, China, Chile, Japan, Nigeria, Malawi, Mexico, Pakistan, USA, etc.)
Work within the Trace Element Speciation Laboratory (TESLA) focuses on species of elements such as arsenic, mercury and selenium, which are key to a better understanding of biological and environmental processes, such as transport of elements from soil into plants (especially rice), or the species transformation in a food web. In particular we look at the biochemical processes involving those elements in pilot whales and in the seaweed-eating sheep. But we investigate also processes in industries such as the distribution of mercury or arsenic in petrochemical plants to avoid corrosion and catalytic poisoning.
We are a partner lab of Agilent Technology and are also supported by
We have received funding from
- Leverhulme Trust,
- NERC and MRC (GCRF),
- EU-funding, British Commonwealth,
- Formas (Swedish Research Council),
- CNPq (Brazilian Research Council),
- Qatar Research Council,
- Malaysian Research Council,
- Royal Thai Research Council,
- UNEP and others.