The classic approach to the voltage-dependent K+-channel Hubert Rehm Short Communications 01 June 1989 Pages: 421 - 424
Characterization of apamin-binding protein associated with a Ca2+-activated K+ channel B. MarquèzeM. J. SeagarF. Couraud Short Communications 01 June 1989 Pages: 425 - 427
Receptor-operated channels in human platelets V. A. TkachukP. V. AvdoninV. N. Bochkov Short Communications 01 June 1989 Pages: 427 - 428
Molecular properties of voltage-activated calcium channels Veit Flockerzi Short Communications 01 June 1989 Pages: 428 - 430
Mechanisms of current activation by intracellular Ca2+ ions in two types of pacemaker neurons T. H. MüllerD. SwandullaH. D. Lux Short Communications 01 June 1989 Pages: 430 - 432
Slow components of the gating current in the frog node of Ranvier H. MevesJ. -A. Pohl Short Communications 01 June 1989 Pages: 432 - 434
Possible involvement of a G-protein in carbamylcholine-induced gap junction closure R. SomogyiH. -A. Kolb Short Communications 01 June 1989 Pages: 434 - 436
Structure and function of the α-subunit of the GTP-binding protein Go from bovine cerebellum V. Z. SlepakA. N. ProninV. M. Lipkin Short Communications 01 June 1989 Pages: 436 - 438
Patch-clamp capacitance measurements: A tool for investigating the second messengers regulating exocytosis Manfred Lindau Short Communications 01 June 1989 Pages: 438 - 441
Simultaneous capacitance and calcium measurements in degranulating neutrophils O. NüßeM. Lindau Short Communications 01 June 1989 Pages: 441 - 443
Probing exocytosis by fluorescence and capacitance measurements: A comparison O. SchuppH. OttoM. Lindau Short Communications 01 June 1989 Pages: 443 - 444
α2 adrenoceptors of blood platelets from hypertensive and normotensive rhesus monkeys Nhu Anh PhamR. SuessmilchThe Lien Pham Short Communications 01 June 1989 Pages: 445 - 446
Characterization of the binding parameters of3H-nitrendipine as a Ca2+-channel blocker in the myocardial membrane of the infarction region of mini-pigs Nhu Ahn PhamR. SuessmilchThe Lien Pham Short Communications 01 June 1989 Pages: 446 - 448
Loss of smell leads to dementia in mice: Is Alzheimer's disease a degenerative disorder of the olfactory system? Peter KurtzT. SchuurmanHeino Prinz Short Communications 01 June 1989 Pages: 448 - 451