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Journal of Theoretical Biology|October 7, 1997
"First step" negative feedback accounts for inhibition of fast neurotransmitter releaseR Khanin, H Parnas, L SegelBiophysical Journal|September 1, 1994
Diffusion cannot govern the discharge of neurotransmitter in fast synapsesR Khanin, H Parnas, L SegelJournal of Computational Neuroscience|March 1, 1996
Relationship between burst properties and sensitivity to input: a theoretical analysisE Sivan, H Parnas, D DolevBiological Cybernetics|January 1, 1995
Modulated excitability: a new way to obtain bursting neuronsE Sivan, L Segel, H ParnasBulletin of Mathematical Biology|September 22, 2007
Theory of fast neurotransmitter release control based on voltage-dependent interaction between autoreceptors and proteins of the exocytotic machineryK Yusim, H Parnas, L SegelBulletin of Mathematical Biology|November 1, 1996
Parallel computation enables precise description of Ca2+ distribution in nerve terminalsS Aharon, M Bercovier, H ParnasBulletin of Mathematical Biology|March 1, 1995
Neuronal growth via hybrid system of self-growing and diffusion based grammar rules: IA Kalay, H Parnas, E ShamirBiophysical Journal|February 1, 1997
A mechanism for discharge of charged excitatory neurotransmitterR Khanin, H Parnas, L SegelBiophysical Journal|February 2, 2000
Evaluation of the number of agonist molecules needed to activate a ligand-gated channel from the current rising phaseE Ratner, O Tour, H ParnasThe Journal of Physiology|November 20, 1997
Voltage-dependent interaction between the muscarinic ACh receptor and proteins of the exocytic machineryM Linial, N Ilouz, H ParnasPageof 11