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Arteaga Cardona,\ F.*\ ; Madirov,\ E.*\ ; Popescu,\ R.*\ ; Wang,\ D.*\ ; Busko,\ D.*\ ; Ectors,\ D.*\ ; Kübel,\ C.*\ ; Eggeler,\ Y.M.*\ ; Arus,\ B.A.\ ; Chmyrov,\ A.\ ; Bruns,\ O.T.\ ; Richards,\ B.S.*\ ; Hudry,\ D.*
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Dramatic impact of materials combinations on the chemical organization of core-shell nanocrystals: Boosting the Tm\3+\ emission above 1600 nm.
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ACS Nano, DOI: 10.1021/acsnano.4c07932 (2024)
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Wang,\ Y.*\ ; Chen,\ P.\ ; Wen,\ H.*\ ; Gui,\ X.*\ ; Yan,\ D.*\ ; Huang,\ D.*\ ; Wang,\ D.*
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Advanced nanoplatform mediated by CRISPR-Cas9 and aggregation-induced emission photosensitizers to boost cancer theranostics.
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ACS Nano 18, 33168−33180 (2024)
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Chen,\ L.*\ ; Yu,\ C.*\ ; Xu,\ W.*\ ; Xiong,\ Y.*\ ; Cheng,\ P.*\ ; Lin,\ Z.*\ ; Zhang,\ Z.*\ ; Knoedler,\ L.*\ ; Panayi,\ A.C.*\ ; Knoedler,\ S.\ ; Wang,\ J.*\ ; Mi,\ B.*\ ; Liu,\ G.*
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Dual-targeted nanodiscs revealing the cross-talk between osteogenic differentiation of mesenchymal stem cells and macrophages.
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ACS Nano 17, 3153-3167 (2023)
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Han,\ L.\ ; Haefner,\ V.\ ; Yu,\ Y.*\ ; Han,\ B.*\ ; Ren,\ H.\ ; Irmler,\ M.\ ; Beckers,\ J.\ ; Liu,\ Q.\ ; Feuchtinger,\ A.\ ; Yildirim,\ A.Ö.\ ; Adler,\ H.\ ; Stöger,\ T.
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Nanoparticle-exposure-triggered virus reactivation induces lung emphysema in mice.
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ACS Nano 17, 21056-21072 (2023)
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Shen,\ J.\ ; Sun,\ N.\ ; Wang,\ J.\ ; Zens,\ P.*\ ; Kunzke,\ T.\ ; Buck,\ A.\ ; Prade,\ V.M.\ ; Wang,\ Q.\ ; Feuchtinger,\ A.\ ; Hu,\ R.*\ ; Berezowska,\ S.*\ ; Walch,\ A.K.
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Patterns of carbon-bound exogenous compounds impact disease pathophysiology in lung cancer subtypes in different ways.
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ACS Nano 17, 16396-16411 (2023)
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Wang,\ J.*\ ; Li,\ L.*\ ; Hu,\ H.*\ ; Guan,\ Q.*\ ; Huang,\ M.*\ ; Jia,\ L.*\ ; Adenusi,\ H.*\ ; Tian,\ K.V.*\ ; Zhang,\ J.*\ ; Passerini,\ S.*\ ; Lin,\ H.*
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Toward Dendrite-Free Metallic Lithium Anodes: From Structural Design to Optimal Electrochemical Diffusion Kinetics.
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ACS Nano, DOI: 10.1021/acsnano.2c08480 (2022)
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Chen,\ F.*\ ; Wang,\ C.*\ ; Yue,\ L.*\ ; Zhu,\ L.*\ ; Tang,\ J.*\ ; Yu,\ X.*\ ; Cao,\ X.*\ ; Schröder,\ P.\ ; Wang,\ Z.*
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Cell walls are remodeled to alleviate nY\2\O\3\ cytotoxicity by elaborate regulation of \de Novo\ synthesis and vesicular transport.
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ACS Nano 15, 13166–13177 (2021)
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Antolinez,\ F.V.*\ ; Winkler,\ J.M.*\ ; Rohner,\ P.*\ ; Kress,\ S.J.P.*\ ; Keitel,\ R.C.*\ ; Kim,\ D.K.*\ ; Marques-Gallego,\ P.*\ ; Cui,\ J.\ ; Rabouw,\ F.T.*\ ; Poulikakos,\ D.*\ ; Norris,\ D.J.*
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Defect-tolerant plasmonic elliptical resonators for long-range energy transfer.
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ACS Nano 13, 9048-9056 (2019)
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Sigmund,\ F.\ ; Pettinger,\ S.\ ; Kube,\ M.*\ ; Schneider,\ F.*\ ; Schifferer,\ M.*\ ; Schneider,\ S.*\ ; Efremova,\ M.V.\ ; Pujol-Martí,\ J.*\ ; Aichler,\ M.\ ; Walch,\ A.K.\ ; Misgeld,\ T.*\ ; Dietz,\ H.*\ ; Westmeyer,\ G.G.
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Iron-sequestering nanocompartments as multiplexed Electron Microscopy gene reporters.
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ACS Nano 13, 8114-8123 (2019)
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Yang,\ L.\ ; Feuchtinger,\ A.\ ; Möller,\ W.\ ; Ding,\ Y.\ ; Kutschke,\ D.\ ; Möller,\ G.\ ; Schittny,\ J.C.*\ ; Burgstaller,\ G.\ ; Hofmann,\ W.*\ ; Stöger,\ T.\ ; Razansky,\ D.\ ; Walch,\ A.K.\ ; Schmid,\ O.
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Three-dimensional quantitative co-mapping of pulmonary morphology and nanoparticle distribution with cellular resolution in non-dissected murine lungs.
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ACS Nano 13, 1029-1041 (2019)
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Kreyling,\ W.G.\ ; Möller,\ W.\ ; Holzwarth,\ U.*\ ; Hirn,\ S.\ ; Wenk,\ A.\ ; Schleh,\ C.\ ; Schäffler,\ M.\ ; Haberl,\ N.\ ; Gibson,\ N.*\ ; Schittny,\ J.C.*
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Age-dependent rat lung deposition patterns of inhaled 20 manometer gold nanoparticles and their quantitative biokinetics in adult rats.
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ACS Nano 12, 7771-7790 (2018)
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Beutel,\ O.*\ ; Roder,\ F.*\ ; Birkholz,\ O.*\ ; Rickert,\ C.*\ ; Steinhoff,\ H.*\ ; Grzybek,\ M.\ ; Coskun,\ Ü.\ ; Piehler,\ J.*
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Two-dimensional trap for ultrasensitive quantification of transient protein interactions.
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ACS Nano 9, 9783-9791 (2015)
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van Rijt,\ S.H.\ ; Bölükbas,\ D.A.*\ ; Argyo,\ C.*\ ; Datz,\ S.*\ ; Lindner,\ M.\ ; Eickelberg,\ O.\ ; Königshoff,\ M.\ ; Bein,\ T.*\ ; Meiners,\ S.
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Protease-mediated release of chemotherapeutics from mesoporous silica nanoparticles to \ex vivo\ human and mouse lung tumors.
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ACS Nano 9, 2377-2389 (2015)
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Kreyling,\ W.G.\ ; Hirn,\ S.\ ; Möller,\ W.\ ; Schleh,\ C.\ ; Wenk,\ A.\ ; Celik,\ G.\ ; Lipka,\ J.\ ; Schäffler,\ M.\ ; Haberl,\ N.\ ; Johnston,\ B.D.\ ; Sperling,\ R.A.*\ ; Schmid,\ G.*\ ; Simon,\ U.*\ ; Parak,\ W.J.*\ ; Semmler-Behnke,\ M.
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Air-blood barrier translocation of tracheally instilled gold nanoparticles inversely depends on particle size.
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ACS Nano 8, 222-233 (2014)
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Conde,\ J.*\ ; Ambrosone,\ A.*\ ; Sanz,\ V.*\ ; Hernandez,\ Y.*\ ; Marchesano,\ V.*\ ; Tian,\ F.\ ; Child,\ H.*\ ; Berry,\ C.C.*\ ; Ibarra,\ M.R.*\ ; Baptista,\ P.V.*\ ; Tortiglione,\ C.*\ ; de la Fuente,\ J.M.*
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Design of multifunctional gold nanoparticles for\ in vitro \and \in vivo\ gene silencing.
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ACS Nano 6, 8316-8324 (2012)
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Freund,\ B.*\ ; Tromsdorf,\ U.I.*\ ; Bruns,\ O.T.\ ; Heine,\ M.*\ ; Giemsa,\ A.*\ ; Bartelt,\ A.*\ ; Salmen,\ S.C.*\ ; Raabe,\ N.*\ ; Heeren,\ J.*\ ; Ittrich,\ H.*\ ; Reimer,\ R.*\ ; Hohenberg,\ H.*\ ; Schumacher,\ U.*\ ; Weller,\ H.*\ ; Nielsen,\ P.*
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A simple and widely applicable method to \59\Fe-radiolabel monodisperse superparamagnetic iron oxide nanoparticles for \in vivo\ quantification studies.
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ACS Nano 6, 7318-7325 (2012)
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Stampfl,\ A.\ ; Maier,\ M.\ ; Radykewicz,\ R.\ ; Reitmeir,\ P.\ ; Göttlicher,\ M.\ ; Niessner,\ R.
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Langendorff heart: A model system to study cardiovascular effects of engineered nanoparticles.
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ACS Nano 5, 5345-5353 (2011)
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Wittmaack,\ K.
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Excessive delivery of nanostructured matter to submersed cells caused by rapid gravitational settling.
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ACS Nano 5, 3766-3778 (2011)
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