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Jack, Thomas; Leuenberger, Michele; Ruepp, Marc-David; Vernekar, Sanjeev Kumar V; Thompson, Andrew James; Braga-Lagache, Sophie; Heller, Manfred; Lochner, Martin (2019). Mapping the Orthosteric Binding Site of the Human 5-HT3 Receptor Using Photo-crosslinking Antagonists. ACS chemical neuroscience, 10(1), pp. 438-450. American Chemical Society 10.1021/acschemneuro.8b00327
Barden, Adam O.; Goler, Adam S.; Humphreys, Sara C.; Tabatabaei, Samaneh; Lochner, Martin; Ruepp, Marc-David; Jack, Thomas; Simonin, Jonathan; Thompson, Andrew James; Jones, Jeffrey P.; Brozik, James A. (2015). Tracking individual membrane proteins and their biochemistry: The power of direct observation. Neuropharmacology, 98, pp. 22-30. Elsevier 10.1016/j.neuropharm.2015.05.003
Jack, Thomas; Simonin, Jonathan; Ruepp, Marc-David; Thompson, Andrew James; Gertsch, Jürg; Lochner, Martin (2015). Characterizing New Fluorescent Tools for Studying 5-HT3 Receptor Pharmacology. Neuropharmacology, 90, pp. 63-73. Elsevier 10.1016/j.neuropharm.2014.11.007
Jack, Thomas; Ruepp, Marc-David; Thompson, Andrew J.; Mühlemann, Oliver; Lochner, Martin (2014). Synthesis and Characterization of Photoaffinity Probes that Target the 5-HT<SUB>3</SUB> Receptor. CHIMIA, 68(4), pp. 239-242. Bern: Schweizerische Chemische Gesellschaft 10.2533/chimia.2014.239
Lochner, Martin; Jack, Thomas; Simonin, Jonathan; Leuenberger, Michele; Rüefli, Pascal; Bur-Cecilio Hechavarria, Yamileidi; Ruepp, Marc-David; Thompson, Andrew J. (August 2016). Investigation of the interaction between 5-HT3R and its modulators: progress in understanding the agonist binding site. CHIMIA, 70(7/8), MC121. Schweizerische Chemische Gesellschaft
Jack, Thomas; Lochner, Martin (August 2015). Synthesis of photo-crosslinking probes and their application for the site-selective chemical modification of the 5-HT3 receptor. CHIMIA, 69(7/8), p. 468. Schweizerische Chemische Gesellschaft
Leuenberger, Michele; Jack, Thomas; Ruepp, Marc-David; Lagache, Sophie; Heller, Manfred; Mühlemann, Oliver; Thompson, Andrew J.; Lochner, Martin (15 June 2015). Synthesis of photo-crosslinking probes and their application for the site-selective chemical modification of the 5-HT3 receptor (Unpublished). In: Challenges in Chemical Biology (ISACS16). Book of Abstracts. ETH Zürich, Hönggerberg, Switzerland. 15.06.-18.06.2015.
Lochner, Martin; Jack, Thomas; Simonin, Jonathan; Ruepp, Marc-David; Leuenberger, Michele; Hemmings, Jennifer Luise; Singhanat, Suradech; Thompson, Andrew James (2 October 2014). Studying Ion Channels and Receptors Using Synthetic Molecular Probes (Unpublished). In: 3rd Swiss-Japanese Chemical Biology Symposium. Bern, Switzerland. 02.-03.10.2014.
Lochner, Martin; Jack, Thomas; Simonin, Jonathan; Singhanat, Suradech; Leuenberger, Michele; Ruepp, Marc-David; Hemmings, Jennifer Luise; Thompson, Andrew James (20 August 2014). Synthesis of Molecular Tools for the Cellular Study of Ion Channels and Receptors (Unpublished). In: EMBO Conference Chemical Biology. Heidelberg, Germany. 20.-23.08.2014.
Jack, Thomas; Lochner, Martin (August 2014). Site-selective chemical modification of the 5-HT3 receptor with newly developed photo-crosslinking probes. CHIMIA, 68(7/8), p. 552. Schweizerische Chemische Gesellschaft
Lochner, Martin; Jack, Thomas; Simonin, Jonathan; Leuenberger, Michele; Hemmings, Jennifer Luise; Singhanat, Suradech (24 January 2014). Toolomics - Molecular Probes for Studying and Modification of Ion Channels and Receptors (Unpublished). In: 12th Swiss Snow Symposium. Saas-Fee, Switzerland. 24.01.2014.
Jack, Thomas; Ruepp, Marc-David; Mühlemann, Oliver; Thompson, Andrew James; Lummis, Sarah C. R.; Lochner, Martin (August 2013). Synthesis and testing of photoaffinity probes for the site-selective chemical modification of the 5-HT3 receptor. CHIMIA, 67(7/8), p. 519. Schweizerische Chemische Gesellschaft
Simonin, Jonathan; Jack, Thomas; Ruepp, Marc-David; Hothersall, Daniel; Connolly, Christopher; Chicca, Andrea; Gertsch, Jürg; Thompson, Andrew James; Lummis, Sarah C. R.; Lochner, Martin (August 2013). Synthesis of fluorescent probes for the study of the 5-HT3 receptor: applications in imaging and fluorescence polarization. CHIMIA, 67(7/8), p. 524. Schweizerische Chemische Gesellschaft
Singhanat, Suradech; Ruepp, Marc-David; Jack, Thomas; Rougier, Jean-Sébastien; Abriel, Hugues; Mühlemann, Oliver; Lochner, Martin (August 2013). Towards the site-specific modification of the hERG K+ channel. CHIMIA, 67(7/8), p. 532. Schweizerische Chemische Gesellschaft
Lochner, Martin; Jack, Thomas; Simonin, Jonathan; Singhanat, Suradech; Hemmings, Jennifer Luise; Leuenberger, Michele; Ruepp, Marc-David; Thompson, Andrew James (9 June 2013). Synthesis of Molecular Tools for the Cellular Study of Ion Channels and Receptors (Unpublished). In: Gordon Research Conference Bioorganic Chemistry. Andover, NH, USA. 09.-14.06.2013.
Lochner, Martin; Jack, Thomas; Simonin, Jonathan; Singhanat, Suradech; Hemmings, Jennifer Luise; Leuenberger, Michele; Thompson, Andrew James; Ruepp, Marc-David (26 April 2013). Chemical Tools for the Study and Modification of Ion Channels and Receptors (Unpublished). In: BioChemLig Meeting. Bern. 26.04.2013.
Jack, Thomas; Ruepp, Marc-David; Mühlemann, Oliver; Thompson, Andrew J.; Lummis, Sarah C.R.; Lochner, Martin (2012). Synthesis of photoaffinity probes for the site-selective chemical modifications of the 5-HT3 receptor. In: Swiss Chemical Society Fall Meeting 2012 Posters.
Jack, Thomas; Ruepp, Marc-David; Mühlemann, Oliver; Thompson, Andrew J.; Lummis, Sarah C.R.; Lochner, Martin (2012). Synthesis of photoaffinity probes for the site-selective chemical modifications of the 5-HT3 receptor. In: CUSO Summer School 2012 Posters.
Jack, Thomas; Lochner, Martin (2012). Synthesis and testing of photoaffinity probes for the site-selective chemical modifications of the 5-HT3 receptor. In: CUSO summer school "Chemical Biology" book of abstracts.
Jack, Thomas; Lochner, Martin (2012). Synthesis and testing of photoaffinity probes for the site-selective chemical modifications of the 5-HT3 receptor. CHIMIA, 66(7/8), p. 558. Bern: Schweizerische Chemische Gesellschaft
