document.write("
"); document.write("
Blümlhuber,\ A.*\ ; Freuer,\ D.*\ ; Wawro,\ N.\ ; Rohm,\ F.*\ ; Meisinger,\ C.*\ ; Linseisen,\ J.*
"); document.write("
Association between habitual dietary intake and urinary metabolites in adults—results of a population-based study.
"); document.write("
Metabolites 15, 441 - 441 (2025)
"); document.write("
"); document.write("
"); document.write("
Duda,\ H.C.*\ ; von Toerne,\ C.\ ; Korbonits,\ L.*\ ; Didier,\ A.*\ ; Scholz,\ A.M.*\ ; Märtlbauer,\ E.*\ ; Hauck,\ S.M.\ ; Deeg,\ C.A.*
"); document.write("
Cathepsin S is more abundant in serum of \Mycobacterium avium\ subsp. \paratuberculosis\-Infected dairy cows.
"); document.write("
Metabolites 14:215 (2024)
"); document.write("
"); document.write("
"); document.write("
Liu,\ X.*\ ; Weigert,\ C.
"); document.write("
State-of-the-art metabolomics and lipidomics in life sciences: Methods and applications.
"); document.write("
Metabolites 14:8 (2024)
"); document.write("
"); document.write("
"); document.write("
Peter,\ A.\ ; Schleicher,\ E.\ ; Kliemank,\ E.\ ; Szendroedi,\ J.\ ; Königsrainer,\ A.*\ ; Häring,\ H.-U.\ ; Nawroth,\ P.P.\ ; Fleming,\ T.
"); document.write("
Accumulation of non-pathological liver fat is associated with the loss of glyoxalase I activity in humans.
"); document.write("
Metabolites 14:209 (2024)
"); document.write("
"); document.write("
"); document.write("
Yu,\ S.\ ; Han,\ S.\ ; Shi,\ M.\ ; Harada,\ M.\ ; Ge,\ J.\ ; Li,\ X.*\ ; Cai,\ X.*\ ; Heier,\ M.\ ; Kastenmüller,\ G.\ ; Suhre,\ K.*\ ; Gieger,\ C.\ ; Koenig,\ W.*\ ; Rathmann,\ W.*\ ; Peters,\ A.\ ; Wang-Sattler,\ R.
"); document.write("
Prediction of myocardial infarction using a combined generative adversarial network model and feature-enhanced loss function.
"); document.write("
Metabolites 14:258 (2024)
"); document.write("
"); document.write("
"); document.write("
de Sá E Silva,\ D.M.*\ ; Thaitumu,\ M.*\ ; Theodoridis,\ G.*\ ; Witting,\ M.\ ; Gika,\ H.*
"); document.write("
Volumetric absorptive microsampling in the analysis of endogenous metabolites.
"); document.write("
Metabolites 13:24 (2023)
"); document.write("
"); document.write("
"); document.write("
Dong,\ Q.\ ; Sidra,\ S.*\ ; Gieger,\ C.\ ; Wang-Sattler,\ R.\ ; Rathmann,\ W.*\ ; Prehn,\ C.\ ; Adamski,\ J.\ ; Koenig,\ W.*\ ; Peters,\ A.\ ; Grallert,\ H.\ ; Sharma,\ S.
"); document.write("
Metabolic signatures elucidate the effect of body mass index on type 2 diabetes.
"); document.write("
Metabolites 13:227 (2023)
"); document.write("
"); document.write("
"); document.write("
Stein,\ R.\ ; Koutny,\ F.*\ ; Riedel,\ J.*\ ; Doerr,\ N.*\ ; Meyer,\ K.\ ; Colombo,\ M.*\ ; Vogel,\ M.*\ ; Anderwald,\ C.H.*\ ; Blüher,\ M.\ ; Kiess,\ W.*\ ; Körner,\ A.\ ; Weghuber,\ D.*
"); document.write("
Single point insulin sensitivity estimator (SPISE) as a prognostic marker for emerging dysglycemia in children with overweight or obesity.
"); document.write("
Metabolites 13:12 (2023)
"); document.write("
"); document.write("
"); document.write("
Zahn,\ G.*\ ; Baukmann,\ H.A.*\ ; Wu,\ J.*\ ; Jordan,\ J.*\ ; Birkenfeld,\ A.L.\ ; Dirckx,\ N.*\ ; Schmidt,\ M.F.*
"); document.write("
Targeting longevity gene \SLC13A5\: A novel approach to prevent age-related bone fragility and osteoporosis.
"); document.write("
Metabolites 13:1186 (2023)
"); document.write("
"); document.write("
"); document.write("
Zheng,\ S.*\ ; Zhou,\ L.*\ ; Hoene,\ M.*\ ; Peter,\ A.\ ; Birkenfeld,\ A.L.\ ; Weigert,\ C.\ ; Liu,\ X.*\ ; Zhao,\ X.*\ ; Xu,\ G.*\ ; Lehmann,\ R.
"); document.write("
A new biomarker profiling strategy for gut microbiome research: Valid association of metabolites to metabolism of microbiota detected by non-targeted metabolomics in human urine.
"); document.write("
Metabolites 13:12 (2023)
"); document.write("
"); document.write("
"); document.write("
Bauer,\ S.*\ ; Eigenmann,\ J.*\ ; Zhao,\ Y.*\ ; Fleig,\ J.*\ ; Hawe,\ J.S.*\ ; Pan,\ C.*\ ; Bongiovanni,\ D.*\ ; Wengert,\ S.\ ; Ma,\ A.E.*\ ; Lusis,\ A.J.*\ ; Kovacic,\ J.C.*\ ; Bjoerkegren,\ J.L.M.*\ ; Maegdefessel,\ L.*\ ; Schunkert,\ H.*\ ; von Scheidt,\ M.*
"); document.write("
Identification of the transcription factor ATF3 as a direct and indirect regulator of the LDLR.
"); document.write("
Metabolites 12:840 (2022)
"); document.write("
"); document.write("
"); document.write("
Bliziotis,\ N.G.*\ ; Kluijtmans,\ L.A.J.*\ ; Tinnevelt,\ G.H.*\ ; Reel,\ P.*\ ; Reel,\ S.*\ ; Langton,\ K.*\ ; Robledo,\ M.*\ ; Pamporaki,\ C.*\ ; Pecori,\ A.*\ ; Van Kralingen,\ J.*\ ; Tetti,\ M.*\ ; Engelke,\ U.F.H.*\ ; Erlic,\ Z.*\ ; Engel,\ J.*\ ; Deutschbein,\ T.*\ ; Nölting,\ S.*\ ; Prejbisz,\ A.*\ ; Richter,\ S.*\ ; Adamski,\ J.\ ; Januszewicz,\ A.*\ ; Ceccato,\ F.*\ ; Scaroni,\ C.*\ ; Dennedy,\ M.C.*\ ; Williams,\ T.A.*\ ; Lenzini,\ L.*\ ; Gimenez-Roqueplo,\ A.P.*\ ; Davies,\ E.*\ ; Fassnacht,\ M.*\ ; Remde,\ H.*\ ; Eisenhofer,\ G.*\ ; Beuschlein,\ F.*\ ; Kroiss,\ M.*\ ; Jefferson,\ E.*\ ; Zennaro,\ M.C.*\ ; Wevers,\ R.A.*\ ; Jansen,\ J.J.*\ ; Deinum,\ J.*\ ; Timmers,\ H.J.L.M.*
"); document.write("
Preanalytical pitfalls in untargeted plasma nuclear magnetic resonance metabolomics of endocrine hypertension.
"); document.write("
Metabolites 12:679 (2022)
"); document.write("
"); document.write("
"); document.write("
Breuninger,\ T.A.*\ ; Wawro,\ N.\ ; Freuer,\ D.*\ ; Reitmeier,\ S.*\ ; Artati,\ A.\ ; Grallert,\ H.\ ; Adamski,\ J.\ ; Meisinger,\ C.*\ ; Peters,\ A.\ ; Haller,\ D.*\ ; Linseisen,\ J.*
"); document.write("
Fecal bile acids and neutral sterols are associated with latent microbial subgroups in the human gut.
"); document.write("
Metabolites 12:846 (2022)
"); document.write("
"); document.write("
"); document.write("
Fonseca,\ J.R.\ ; Lucio,\ M.\ ; Harir,\ M.\ ; Schmitt-Kopplin,\ P.
"); document.write("
Mining for active molecules in probiotic supernatant by combining non-targeted metabolomics and immunoregulation testing.
"); document.write("
Metabolites 12:35 (2022)
"); document.write("
"); document.write("
"); document.write("
Gehlert,\ S.*\ ; Weinisch,\ P.\ ; Römisch-Margl,\ W.\ ; Jaspers,\ R.T.*\ ; Artati,\ A.\ ; Adamski,\ J.\ ; Dyar,\ K.A.\ ; Aussieker,\ T.*\ ; Jacko,\ D.*\ ; Bloch,\ W.*\ ; Wackerhage,\ H.*\ ; Kastenmüller,\ G.
"); document.write("
Effects of acute and chronic resistance exercise on the skeletal muscle metabolome.
"); document.write("
Metabolites 12:445 (2022)
"); document.write("
"); document.write("
"); document.write("
Heinzmann,\ S.S.\ ; Waldenberger,\ M.\ ; Peters,\ A.\ ; Schmitt-Kopplin,\ P.
"); document.write("
Cluster analysis statistical spectroscopy for the identification of metabolites in \1\H NMR metabolomics.
"); document.write("
Metabolites 12:992 (2022)
"); document.write("
"); document.write("
"); document.write("
Hoene,\ M.*\ ; Zhao,\ X.*\ ; Machann,\ J.\ ; Birkenfeld,\ A.L.\ ; Heni,\ M.\ ; Peter,\ A.\ ; Niess,\ A.*\ ; Moller,\ A.\ ; Lehmann,\ R.\ ; Xu,\ G.*\ ; Weigert,\ C.
"); document.write("
Exercise-induced N-lactoylphenylalanine predicts adipose tissue loss during endurance training in overweight and obese humans.
"); document.write("
Metabolites 13:15 (2022)
"); document.write("
"); document.write("
"); document.write("
Hoffmann,\ N.*\ ; Mayer,\ G.*\ ; Has,\ C.*\ ; Kopczynski,\ D.*\ ; Al Machot,\ F.*\ ; Schwudke,\ D.*\ ; Ahrends,\ R.*\ ; Marcus,\ K.*\ ; Eisenacher,\ M.*\ ; Turewicz,\ M.*
"); document.write("
A Current Encyclopedia of Bioinformatics Tools, Data Formats and Resources for Mass Spectrometry Lipidomics.
"); document.write("
Metabolites 12:584 (2022)
"); document.write("
"); document.write("
"); document.write("
Kleinwort,\ K.J.H.*\ ; Weigand,\ M.*\ ; Hoffmann,\ L.*\ ; Degroote,\ R.L.*\ ; Dietrich,\ R.*\ ; Maertlbauer,\ E.P.*\ ; Hauck,\ S.M.\ ; Deeg,\ C.A.*
"); document.write("
Pudding proteomics: Cyclomaltodextrin glucanotransferase and microbial proteases can liquefy extended shelf life dairy products.
"); document.write("
Metabolites 12:254 (2022)
"); document.write("
"); document.write("
"); document.write("
Klöting,\ N.\ ; Schwarzer,\ M.*\ ; Heyne,\ E.*\ ; Ceglarek,\ U.*\ ; Hoffmann,\ A.\ ; Krohn,\ K.*\ ; Doenst,\ T.*\ ; Blüher,\ M.
"); document.write("
Intrinsic exercise capacity affects glycine and angiotensin-converting enzyme 2 (ACE2) levels in sedentary and exercise trained rats.
"); document.write("
Metabolites 12:548 (2022)
"); document.write("
"); document.write("
"); document.write("
Korbonits,\ L.*\ ; Kleinwort,\ K.J.H.*\ ; Amann,\ B.*\ ; Didier,\ A.*\ ; Märtlbauer,\ E.*\ ; Hauck,\ S.M.\ ; Deeg,\ C.A.*
"); document.write("
\Mycobacterium avium\ subsp. \paratuberculosis\ infected cows reveal divergent immune response in bovine peripheral blood derived lymphocyte proteome.
"); document.write("
Metabolites 12:924 (2022)
"); document.write("
"); document.write("
"); document.write("
Kosacka,\ J.*\ ; Berger,\ C.*\ ; Ceglarek,\ U.*\ ; Hoffmann,\ A.\ ; Blüher,\ M.\ ; Klöting,\ N.
"); document.write("
Ramipril reduces acylcarnitines and distinctly increases angiotensinconverting enzyme 2 expression in lungs of rats.
"); document.write("
Metabolites 12:293 (2022)
"); document.write("
"); document.write("
"); document.write("
Möller,\ G.\ ; Temml,\ V.*\ ; Cala Peralta,\ A.*\ ; Gruet,\ O.*\ ; Richomme,\ P.*\ ; Séraphin,\ D.*\ ; Viault,\ G.*\ ; Kraus,\ L.*\ ; Huber-Cantonati,\ P.*\ ; Schopfhauser,\ E.*\ ; Pachmayr,\ J.*\ ; Tokarz,\ J.\ ; Schuster,\ D.*\ ; Helesbeux,\ J.J.*\ ; Dyar,\ K.A.
"); document.write("
Analogues of natural chalcones as efficient inhibitors of AKR1C3.
"); document.write("
Metabolites 12:99 (2022)
"); document.write("
"); document.write("
"); document.write("
Nikolantonaki,\ M.*\ ; Romanet,\ R.*\ ; Lucio,\ M.\ ; Schmitt-Kopplin,\ P.\ ; Gougeon,\ R.*
"); document.write("
Sulfonation reactions behind the Fate of white wine\'s shelf-life.
"); document.write("
Metabolites 12:323 (2022)
"); document.write("
"); document.write("
"); document.write("
Rainer,\ J.*\ ; Vicini,\ A.*\ ; Salzer,\ L.\ ; Stanstrup,\ J.*\ ; Badia,\ J.M.*\ ; Neumann,\ S.*\ ; Stravs,\ M.A.*\ ; Hernandes,\ V.V.*\ ; Gatto,\ L.*\ ; Gibb,\ S.*\ ; Witting,\ M.
"); document.write("
A modular and expandable ecosystem for metabolomics data annotation in R.
"); document.write("
Metabolites 12:173 (2022)
"); document.write("
"); document.write("
"); document.write("
Reel,\ S.*\ ; Reel,\ P.S.*\ ; Erlic,\ Z.*\ ; Amar,\ L.*\ ; Pecori,\ A.*\ ; Larsen,\ C.K.*\ ; Tetti,\ M.*\ ; Pamporaki,\ C.*\ ; Prehn,\ C.\ ; Adamski,\ J.\ ; Prejbisz,\ A.*\ ; Ceccato,\ F.*\ ; Scaroni,\ C.*\ ; Kroiss,\ M.*\ ; Dennedy,\ M.C.*\ ; Deinum,\ J.*\ ; Eisenhofer,\ G.*\ ; Langton,\ K.*\ ; Mulatero,\ P.*\ ; Reincke,\ M.*\ ; Rossi,\ G.P.*\ ; Lenzini,\ L.*\ ; Davies,\ E.*\ ; Gimenez-Roqueplo,\ A.P.*\ ; Assié,\ G.*\ ; Blanchard,\ A.*\ ; Zennaro,\ M.C.*\ ; Beuschlein,\ F.*\ ; Jefferson,\ E.R.*
"); document.write("
Predicting hypertension subtypes with machine learning using targeted metabolites and their ratios.
"); document.write("
Metabolites 12:755 (2022)
"); document.write("
"); document.write("
"); document.write("
Sivaprakasam Padmanaban,\ P.B.\ ; Rosenkranz,\ M.\ ; Zhu,\ P.\ ; Kaling,\ M.\ ; Schmidt,\ A.*\ ; Schmitt-Kopplin,\ P.\ ; Polle,\ A.*\ ; Schnitzler,\ J.-P.
"); document.write("
Mycorrhiza-Tree-Herbivore Interactions: Alterations in poplar metabolome and volatilome.
"); document.write("
Metabolites 12:93 (2022)
"); document.write("
"); document.write("
"); document.write("
Thareja,\ G.*\ ; Evans,\ A.M.*\ ; Wood,\ S.D.*\ ; Stephan,\ N.*\ ; Zaghlool,\ S.*\ ; Halama,\ A.*\ ; Kastenmüller,\ G.\ ; Belkadi,\ A.*\ ; Albagha,\ O.M.E.*\ ; Suhre,\ K.*
"); document.write("
Ratios of acetaminophen metabolites identify new loci of pharmacogenetic relevance in a genome-wide association study.
"); document.write("
Metabolites 12:496 (2022)
"); document.write("
"); document.write("
"); document.write("
Tran,\ T.*\ ; Romanet,\ R.*\ ; Roullier-Gall,\ C.*\ ; Verdier,\ F.*\ ; Martin,\ A.*\ ; Schmitt-Kopplin,\ P.\ ; Alexandre,\ H.*\ ; Grandvalet,\ C.*\ ; Tourdot-Maréchal,\ R.*
"); document.write("
Non-targeted metabolomic analysis of the kombucha production process.
"); document.write("
Metabolites 12:160 (2022)
"); document.write("
"); document.write("
"); document.write("
Tran,\ T.*\ ; Roullier‐gall,\ C.*\ ; Verdier,\ F.*\ ; Martin,\ A.*\ ; Schmitt-Kopplin,\ P.\ ; Alexandre,\ H.*\ ; Grandvalet,\ C.*\ ; Tourdot‐maréchal,\ R.*
"); document.write("
Microbial interactions in Kombucha through the lens of metabolomics.
"); document.write("
Metabolites 12:235 (2022)
"); document.write("
"); document.write("
"); document.write("
Yan,\ Y.\ ; Hemmler,\ D.\ ; Schmitt-Kopplin,\ P.
"); document.write("
HILIC-MS for untargeted profiling of the free glycation product diversity.
"); document.write("
Metabolites 12:1179 (2022)
"); document.write("
"); document.write("
"); document.write("
Zahn,\ G.*\ ; Willmes,\ D.M.*\ ; El-Agroudy,\ N.N.\ ; Yarnold,\ C.*\ ; Jarjes-Pike,\ R.*\ ; Schaertl,\ S.*\ ; Schreiter,\ K.*\ ; Gehrmann,\ W.*\ ; Wong,\ A.K.C.*\ ; Zordan,\ T.*\ ; König,\ J.*\ ; Jordan,\ J.*\ ; Birkenfeld,\ A.L.
"); document.write("
A novel and cross-species active mammalian INDY (NaCT) inhibitor ameliorates hepatic steatosis in mice with diet-induced obesity.
"); document.write("
Metabolites 12:732 (2022)
"); document.write("
"); document.write("
"); document.write("
Afghani,\ J.*\ ; Huelpuesch,\ C.*\ ; Schmitt-Kopplin,\ P.\ ; Traidl-Hoffmann,\ C.*\ ; Reiger,\ M.\ ; Müller,\ C.
"); document.write("
Enhanced access to the health-related skin metabolome by fast, reproducible and non-invasive WET PREP sampling.
"); document.write("
Metabolites 11:415 (2021)
"); document.write("
"); document.write("
"); document.write("
De Bernardis Murat,\ C.\ ; García-Cáceres,\ C.
"); document.write("
Astrocyte gliotransmission in the regulation of systemic metabolism.
"); document.write("
Metabolites 11:732 (2021)
"); document.write("
"); document.write("
"); document.write("
Föcker,\ M.*\ ; Cecil,\ A.\ ; Prehn,\ C.\ ; Adamski,\ J.\ ; Albrecht,\ M.*\ ; Adams,\ F.*\ ; Hinney,\ A.*\ ; Libuda,\ L.*\ ; Bühlmeier,\ J.*\ ; Hebebrand,\ J.*\ ; Peters,\ T.*\ ; Antel,\ J.*
"); document.write("
Evaluation of metabolic profiles of patients with anorexia nervosa at inpatient admission, short-and long-term weight regain—descriptive and pattern analysis.
"); document.write("
Metabolites 11:7 (2021)
"); document.write("
"); document.write("
"); document.write("
Haslauer,\ K.E.\ ; Schmitt-Kopplin,\ P.\ ; Heinzmann,\ S.S.
"); document.write("
Data processing optimization in untargeted metabolomics of urine using Voigt lineshape model non-linear regression analysis.
"); document.write("
Metabolites 11:285 (2021)
"); document.write("
"); document.write("
"); document.write("
Huang,\ J.\ ; Covic,\ M.\ ; Huth,\ C.\ ; Rommel,\ M.\ ; Adam,\ J.\ ; Zukunft,\ S.\ ; Prehn,\ C.\ ; Wang,\ L.\ ; Nano,\ J.\ ; Scheerer,\ M.F.\ ; Neschen,\ S.\ ; Kastenmüller,\ G.\ ; Gieger,\ C.\ ; Laxy,\ M.\ ; Schliess,\ F.*\ ; Adamski,\ J.\ ; Suhre,\ K.*\ ; Hrabě de Angelis,\ M.\ ; Peters,\ A.\ ; Wang-Sattler,\ R.
"); document.write("
Validation of candidate phospholipid biomarkers of chronic kidney disease in hyperglycemic individuals and their organ-specific exploration in leptin receptor-deficient db/db mouse.
"); document.write("
Metabolites 11:89 (2021)
"); document.write("
"); document.write("
"); document.write("
Kabra,\ U.*\ ; Affourtit,\ C.*\ ; Jastroch,\ M.
"); document.write("
Respiratory parameters for the classification of dysfunctional insulin secretion by pancreatic islets.
"); document.write("
Metabolites 11:405 (2021)
"); document.write("
"); document.write("
"); document.write("
Kleinwort,\ K.J.H.*\ ; Hobmaier,\ B.F.*\ ; Mayer,\ R.*\ ; Hölzel,\ C.*\ ; Degroote,\ R.L.*\ ; Märtlbauer,\ E.*\ ; Hauck,\ S.M.\ ; Deeg,\ C.A.*
"); document.write("
\Mycobacterium avium\ subsp. \paratuberculosis\ proteome changes profoundly in milk.
"); document.write("
Metabolites 11:549 (2021)
"); document.write("
"); document.write("
"); document.write("
Maier,\ L.\ ; von Krüchten,\ R.*\ ; Lorbeer,\ R.*\ ; Filler,\ J.\ ; Nattenmüller,\ J.*\ ; Thorand,\ B.\ ; Koenig,\ W.*\ ; Rathmann,\ W.*\ ; Bamberg,\ F.*\ ; Schlett,\ C.L.*\ ; Peters,\ A.\ ; Rospleszcz,\ S.
"); document.write("
Distribution and associated factors of hepatic iron-A population-based imaging study.
"); document.write("
Metabolites 11:871 (2021)
"); document.write("
"); document.write("
"); document.write("
Maurer,\ J.*\ ; Hoene,\ M.*\ ; Weigert,\ C.
"); document.write("
Signals from the circle: Tricarboxylic acid cycle intermediates as myometabokines.
"); document.write("
Metabolites 11:474 (2021)
"); document.write("
"); document.write("
"); document.write("
Rus,\ C.M.*\ ; Di Bucchianico,\ S.\ ; Cozma,\ C.*\ ; Zimmermann,\ R.\ ; Bauer,\ P.*
"); document.write("
Dried Blood Spot (Dbs) methodology study for biomarker discovery in Dried Blood Spot (lsd).\ 
"); document.write("
Metabolites 11:382 (2021)
"); document.write("
"); document.write("
"); document.write("
Salzer,\ L.\ ; Witting,\ M.
"); document.write("
Quo vadis \Caenorhabditis\ \elegans\ metabolomics - A review of current \r\nmethods and applications to explore metabolism in the nematode.
"); document.write("
Metabolites 11:284 (2021)
"); document.write("
"); document.write("
"); document.write("
Wahman,\ R.*\ ; Sauvetre,\ A.\ ; Schröder,\ P.\ ; Moser,\ S.*\ ; Letzel,\ T.*
"); document.write("
Untargeted metabolomics studies on drug-incubated phragmites Australis profiles.
"); document.write("
Metabolites 11:2 (2021)
"); document.write("
"); document.write("
"); document.write("
Wahman,\ R.*\ ; Moser,\ S.*\ ; Bieber,\ S.*\ ; Cruzeiro,\ C.\ ; Schröder,\ P.\ ; Gilg,\ A.*\ ; Lesske,\ F.*\ ; Letzel,\ T.*
"); document.write("
Untargeted analysis of \Lemna minor\ Metabolites: Workflow and prioritization strategy comparing highly confident features between different mass spectrometers.
"); document.write("
Metabolites 11:832 (2021)
"); document.write("
"); document.write("
"); document.write("
Benedetti,\ E.\ ; Gerstner,\ N.\ ; Pučić-Baković,\ M.*\ ; Keser,\ T.*\ ; Reiding,\ K.R.*\ ; Ruhaak,\ L.R.*\ ; Štambuk,\ T.*\ ; Selman,\ M.H.J.*\ ; Rudan,\ I.*\ ; Polašek,\ O.*\ ; Hayward,\ C.*\ ; Beekman,\ M.*\ ; Slagboom,\ E.*\ ; Wuhrer,\ M.*\ ; Dunlop,\ M.G.*\ ; Lauc,\ G.*\ ; Krumsiek,\ J.
"); document.write("
Systematic evaluation of normalization methods for glycomics data based on performance of network inference.
"); document.write("
Metabolites 10:271 (2020)
"); document.write("
"); document.write("
"); document.write("
Faquih,\ T.*\ ; van Smeden,\ M.*\ ; Luo,\ J.*\ ; le Cessie,\ S.*\ ; Kastenmüller,\ G.\ ; Krumsiek,\ J.*\ ; Noordam,\ R.*\ ; van Heemst,\ D.*\ ; Rosendaal,\ F.R.*\ ; van Hylckama Vlieg,\ A.*\ ; Willems van Dijk,\ K.*\ ; Mook-Kanamori,\ D.O.*
"); document.write("
A workflow for missing values imputation of untargeted metabolomics data.
"); document.write("
Metabolites 10, 1-23:E486 (2020)
"); document.write("
"); document.write("
"); document.write("
Gmelch,\ L.*\ ; Wirtz,\ D.*\ ; Witting,\ M.\ ; Weber,\ N.*\ ; Striegel,\ L.*\ ; Schmitt-Kopplin,\ P.\ ; Rychlik,\ M.
"); document.write("
Comprehensive vitamer profiling of folate mono- and polyglutamates in baker\'s yeast (\Saccharomyces cerevisiae\) as a function of different sample preparation procedures.
"); document.write("
Metabolites 10:301 (2020)
"); document.write("
"); document.write("
"); document.write("
Langenau,\ J.*\ ; Oluwagbemigun,\ K.*\ ; Brachem,\ C.*\ ; Lieb,\ W.*\ ; di Giuseppe,\ R.*\ ; Artati,\ A.\ ; Kastenmüller,\ G.\ ; Weinhold,\ L.*\ ; Schmid,\ M.*\ ; Nöthlings,\ U.*
"); document.write("
Blood metabolomic profiling confirms and identifies biomarkers of food intake.
"); document.write("
Metabolites 10:468 (2020)
"); document.write("
"); document.write("
"); document.write("
Miehle,\ F.\ ; Möller,\ G.\ ; Cecil,\ A.\ ; Lintelmann,\ J.\ ; Wabitsch,\ M.*\ ; Tokarz,\ J.\ ; Adamski,\ J.\ ; Haid,\ M.
"); document.write("
Lipidomic phenotyping reveals extensive lipid remodeling during adipogenesis in human adipocytes.
"); document.write("
Metabolites 10:217 (2020)
"); document.write("
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"); document.write("
Pann,\ P.\ ; Hrabě de Angelis,\ M.\ ; Prehn,\ C.\ ; Adamski,\ J.
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Mouse age matters: How age affects the murine plasma metabolome.
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Metabolites 10:472 (2020)
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Schader,\ J.F.*\ ; Haid,\ M.\ ; Cecil,\ A.\ ; Schoenfeld,\ J.*\ ; Halle,\ M.*\ ; Pfeufer,\ A.\ ; Prehn,\ C.\ ; Adamski,\ J.\ ; Nieman,\ D.C.*\ ; Scherr,\ J.*
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Metabolite shifts induced by marathon race competition differ between athletes based on level of fitness and performance: A substudy of the enzy-magIC study.
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Metabolites 10:87 (2020)
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Witting,\ M.
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Suggestions for standardized identifiers for fatty acyl compounds in genome scale metabolic models and their application to the wormjam \caenorhabditis elegans\ model.
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Metabolites 10:130 (2020)
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Chak,\ C.M.\ ; Lacruz,\ M.E.*\ ; Adam,\ J.\ ; Brandmaier,\ S.\ ; Covic,\ M.\ ; Huang,\ J.\ ; Meisinger,\ C.\ ; Tiller,\ D.*\ ; Prehn,\ C.\ ; Adamski,\ J.\ ; Berger,\ U.*\ ; Gieger,\ C.\ ; Peters,\ A.\ ; Kluttig,\ A.*\ ; Wang-Sattler,\ R.
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Ageing investigation using two-time-point metabolomics data from KORA and CARLA studies.
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Metabolites 9:44 (2019)
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Quell,\ J.\ ; Römisch-Margl,\ W.\ ; Haid,\ M.\ ; Krumsiek,\ J.\ ; Skurk,\ T.*\ ; Halama,\ A.*\ ; Stephan,\ N.*\ ; Adamski,\ J.\ ; Hauner,\ H.*\ ; Mook-Kanamori,\ D.O.*\ ; Mohney,\ R.P.*\ ; Daniel,\ H.*\ ; Suhre,\ K.*\ ; Kastenmüller,\ G.
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Characterization of bulk phosphatidylcholine compositions in human plasma using side-chain resolving lipidomics.
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Metabolites 9:109 (2019)
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Stanstrup,\ J.*\ ; Broeckling,\ C.D.*\ ; Helmus,\ R.*\ ; Hoffmann,\ N.*\ ; Mathé,\ E.*\ ; Naake,\ T.*\ ; Nicolotti,\ L.*\ ; Peters,\ K.*\ ; Rainer,\ J.*\ ; Salek,\ R.M.*\ ; Schulze,\ T.*\ ; Schymanski,\ E.L.*\ ; Stravs,\ M.A.*\ ; Thévenot,\ E.A.*\ ; Treutler,\ H.*\ ; Weber,\ R.J.M.*\ ; Willighagen,\ E.*\ ; Witting,\ M.\ ; Neumann,\ S.*
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The metaRbolomics Toolbox in Bioconductor and beyond.
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Metabolites 9:200 (2019)
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Yu,\ B.*\ ; Flexeder,\ C.\ ; McGarrah,\ R.W.*\ ; Wyss,\ A.*\ ; Morrison,\ A.C.*\ ; North,\ K.E.*\ ; Boerwinkle,\ E.*\ ; Kastenmüller,\ G.\ ; Gieger,\ C.\ ; Suhre,\ K.*\ ; Karrasch,\ S.\ ; Peters,\ A.\ ; Wagner,\ G.R.*\ ; Michelotti,\ G.A.*\ ; Mohney,\ R.P.*\ ; Schulz,\ H.\ ; London,\ S.J.*
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Metabolomics identifies novel blood biomarkers of pulmonary function and COPD in the general population.
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Metabolites 9:61 (2019)
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Rotter,\ M.\ ; Brandmaier,\ S.\ ; Covic,\ M.\ ; Burek,\ K.*\ ; Hertel,\ J.*\ ; Troll,\ M.\ ; Bader,\ E.\ ; Adam,\ J.\ ; Prehn,\ C.\ ; Rathkolb,\ B.\ ; Hrabě de Angelis,\ M.\ ; Grabe,\ H.J.*\ ; Daniel,\ H.*\ ; Kantermann,\ T.*\ ; Harth,\ V.*\ ; Illig,\ T.*\ ; Pallapies,\ D.*\ ; Behrens,\ T.*\ ; Brüning,\ T.*\ ; Adamski,\ J.\ ; Lickert,\ H.\ ; Rabstein,\ S.*\ ; Wang-Sattler,\ R.
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Night shift work affects urine metabolite profiles of nurses with early chronotype.
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Metabolites 8:45 (2018)
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Zacharias,\ H.U.\ ; Altenbuchinger,\ M.*\ ; Gronwald,\ W.*
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Statistical analysis of NMR metabolic fingerprints: Established methods and recent advances.
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Metabolites 8:47 (2018)
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Zisi,\ C.*\ ; Sampsonidis,\ I.*\ ; Fasoula,\ S.*\ ; Papachristos,\ K.*\ ; Witting,\ M.\ ; Gika,\ H.G.*\ ; Nikitas,\ P.*\ ; Pappa-Louisi,\ A.*
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QSRR modeling for metabolite standards analyzed by two different chromatographic columns using multiple linear regression.
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Metabolites 7:7 (2017)
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Orlofsky,\ E.M.*\ ; Kozhoridze,\ G.*\ ; Lyubenova,\ L.\ ; Ostrozhenkova,\ E.*\ ; Winkler,\ J.B.\ ; Schröder,\ P.\ ; Bacher,\ A.*\ ; Eisenreich,\ W.*\ ; Guy,\ M.*\ ; Golan-Goldhirsh,\ A.*
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Sexual dimorphism in the response of \Mercurialis annua\ to stress.
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Metabolites 6, DOI: 10.3390/metabo6020013 (2016)
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Sonnenschein,\ N.*\ ; Marr,\ C.\ ; Hütt,\ M.-T.*
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A topological characterization of medium-dependent essential metabolic reactions.
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Metabolites 2, 632-647 (2012)
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