| Erscheinungsdatum | Titel | Autor(en) |
| 2018 | Nanostructured submicron block copolymer dots by sacrificial stamping: a potential preconcentration platform for locally resolved sensing, chemistry and cellular interactions | Hou, Peilong; Han, Weijia; Philippi, Michael; Schäfer, Helmut; Steinhart, Martin |
| 2018 | Nanostructured Submicron Block Copolymer Dots by Sacrificial Stamping: A Potential Preconcentration Platform for Locally Resolved Sensing, Chemistry, and Cellular Interactions | Hou, Peilong; Han, Weijia; Philippi, Michael; Schäfer, Helmut; Steinhart, Martin |
| 2018 | Nanostructured Submicron Block Copolymer Dots by Sacrificial Stamping: A Potential Preconcentration Platform for Locally Resolved Sensing, Chemistry, and Cellular Interactions | Hou, Peilong; Han, Weijia; Philippi, Michael; Schaefer, Helmut; Steinhart, Martin |
| 2022 | Pathogenic variants of sphingomyelin synthase SMS2 disrupt lipid landscapes in the secretory pathway | Sokoya, Tolulope; Parolek, Jan; Foged, Mads Moller; Danylchuk, I, Dmytro; Bozan, Manuel; Sarkar, Bingshati; Hilderink, Angelika; Philippi, Michael; Botto, Lorenzo D.; Terhal, Paulien A.; Makitie, Outi; Piehler, Jacob ; Kim, Yeongho; Burd, Christopher G.; Klymchenko, Andrey S.; Maeda, Kenji; Holthuis, Joost C. M. |
| 2021 | Phenolic Resin Dual-Use Stamps for Capillary Stamping and Decal Transfer Printing | Guo, Leiming; Klein, Jonas; Thien, Jannis; Philippi, Michael; Haase, Markus ; Wollschlaeger, Joachim ; Steinhart, Martin |
| 2021 | Single Cell Pull-Down for Characterization of Protein Complexes | Philippi, Michael; Li, Ze-Hao; Bhagawati, Maniraj; You, Changjiang |
| 2018 | Substrate Patterning Using Regular Macroporous Block Copolymer Monoliths as Sacrificial Templates and as Capillary Microstamps | Guo, Leiming; Philippi, Michael; Steinhart, Martin |
| 2018 | Substrate patterning using regular macroporous block copolymer monoliths as sacrificial templates and as capillary microstamps | Guo, Leiming; Philippi, Michael; Steinhart, Martin |
| 2018 | Substrate Patterning Using Regular Macroporous Block Copolymer Monoliths as Sacrificial Templates and as Capillary Microstamps. | Guo, Leiming; Philippi, Michael; Steinhart, Martin |
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