The Salk Institute / University of Cologne / California Institute of Regenerative Medicine Grant TR1-01219 / Campus Box / A. Dillin Howard Hughes Medical Institute / University School / The Scripps Research Institute / /
IndustryTerm
Mass spectrometry-based imaging studies / mass-based imaging / hydrofluoric acid solution / chemical identities / biological systems / nitrogen gas / metabolomic software / imaging / open-source software / metabolomic tools / ethanolic hydrofluoric acid solution / collision energy / distal organ systems / bioinformatic software / /
A. Dillin Howard Hughes Medical Institute / Institutional Review Board / Department of Energy / Center for Mass Spectrometry and Metabolomics / National Academy of Sciences / Glenn Center for Aging Research / Pennington Biomedical Research Center / California Institute / Institute for Neurological Research / Salk Institute for Biological Studies / Washington University School of Medicine / University of Cologne / J. C. Bru¨ning Department of Mouse Genetics and Metabolism / Scripps Research Institute / Center for Molecular Medicine / Institute for Genetics / /
Person
Andrew Dillin / Gary J. Patti / Gary Siuzdak / Ralf Tautenhahn / Eric Ravussin / Jens C. Bru¨ning / Adduct / Darcy Johannsen Ewa Kalisiak / / /
Position
Fisher / /
Product
Niacin / M-9 / /
PublishedMedium
Journals of Gerontology / Analytical Chemistry / Nature Reviews Molecular Cell Biology / Proceedings of the National Academy of Sciences / PLoS ONE / Nature Chemical Biology / Nucleic Acids Research / Molecular Biology / Journal of Endocrinology / Nature Protocols / /
Metabolomics DOIs11306SHORT COMMUNICATION Meta-analysis of global metabolomic data identifies metabolites