| Section A: From molecular mechnanisms to the integrative function |
| A1 | Ca2+-dependent CTL and NK cell cytotoxicity | Hoth |
| A2 | Mechanisms and function of STIM2- and mAR-dependent Ca2+ signals in immune cells | Niemeyer & Peinelt |
| A3 | CaVβ2- and CaVβ3-specific signal transduction | Flockerzi & Philipp |
| A4 | Mechanisms and regulation of Ca2+ leakage from the ER | Zimmermann & Cavalié |
| A7 | Ca2+-dependent vesicle trafficking in the photoreceptor synapse | Schmitz |
| A8 | Calcium channel complexes in inner hair cells | Engel |
| A9 | Docking and priming of large dense-core vesicles in neurons and neuroendocrine cells | Becherer |
| A10 | Molecular mechanisms of maturation, Ca2+-dependent fusion and endocytosis of lytic granules | Pattu & Rettig |
| A11 | Complexin and Synaptotagmin in exocytosis | Bruns |
| A12 | Neurotransmitter receptors and Ca2+ signals in cerebellar Bergmann glia | Kirchhoff |
| A13 | Role of mitochondrial Ca2+ uptake during physiological and pathological workloads | Maack |
| A14 | TRPC channels in micro- and macroglial cells | Beck & Flockerzi |
| A17 | Mechanisms of receptor-operated Ca2+ signals in pheromone-detecting sensory neurons | Zufall |
| A18 | GnRH-induced Ca2+ signals in pituitary gonadotrope cells | Boehm |
| A19 | The role of Gq-dependent signaling for pacemaking, impulse propagation and contractility of the heart | Lipp |
| Section P: Plattform projects |
| P1 | Nanoscopy | Krause & Rettig |
| P2 | Transgenic technologies | Weißgerber |
| P3 | Peptides and antibodies | Jung |
