MODEL FOR DECOMPOSITION OF ORGANIC MATERIAL BY MICROORGANISMSPARNAS H.1975; SOIL BIOL. BIOCHEM.; G.B.; DA. 1975; VOL. 7; NO 2; PP. 161-169; BIBL. 11REF.Article

A THEORETICAL EXPLANATION OF THE PRIMING EFFECT BASED ON MICROBIAL GROWTH WITH TWO LIMITING SUBSTRATESPARNAS H.1976; SOIL BIOL. BIOCHEM.; G.B.; DA. 1976; VOL. 8; NO 2; PP. 139-144; BIBL. 9 REF.Article

AN OPTIMAL POLICY FOR THE METABOLISM OF STORAGE MATERIALS IN UNICELLULAR ALGAE = STRATEGIE OPTIMALE POUR LE METABOLISME DES MATIERES DE RESERVE CHEZ DES ALGUES UNICELLULAIRESCOHEN D; PARNAS H.1976; J. THEOR. BIOL.; U.S.A.; DA. 1976; VOL. 56; NO 1; PP. 1-18; BIBL. 12REF.Article

WAYS TO DISCERN THE PRESYNAPTIC EFFECT OF DRUGS ON NEUROTRANSMITTER RELEASEPARNAS H; SEGEL LA.1982; J. THEOR. BIOL.; ISSN 0022-5193; GBR; DA. 1982; VOL. 94; NO 4; PP. 923-941; BIBL. 28 REF.Article

A THEORETICAL STUDY OF CALCIUM ENTRY IN NERVE TERMINALS, WITH APPLICATION TO NEUROTRANSMITTER RELEASEPARNAS H; SEGEL LA.1981; J. THEOR. BIOL.; ISSN 0022-5193; GBR; DA. 1981; VOL. 91; NO 1; PP. 125-169; BIBL. 35 REF.Article

A THEORETICAL EXPLANATION FOR SOME EFFECTS OF CALCIUM ON THE FACILITATION OF NEUROTRANSMITTER RELEASEPARNAS H; SEGEL LA.1980; J. THEOR. BIOL.; USA; DA. 1980; VOL. 84; NO 1; PP. 3-29; BIBL. 19 REF.Article

COMPUTER EVIDENCE CONCERNING THE CHEMOTACTIC SIGNAL IN DICTYOSTELIUM DISCOIDEUM.PARNAS H; SEGEL LA.1977; J. CELL SCI.; G.B.; DA. 1977; VOL. 25; PP. 191-204; BIBL. 21 REF.Article

NEUROTRANSMITTER RELEASE AND ITS FACILITATION IN CRAYFISH MUSCLE. V: BASIS FOR SYNAPSE DIFFERENTATION OF THE FAST AND SLOW TYPE IN ONE AXONPARNA I; PARNAS H; DUDEL J et al.1982; PFLUEGERS ARCHIV; ISSN 0031-6768; DEU; DA. 1982; VOL. 395; NO 4; PP. 261-270; BIBL. 39 REF.Article

NEUROTRANSMITTER RELEASE AND ITS FACILITATION IN CRAYFISH. III: AMPLITUDE OF FACILITATION AND INHIBITION OF ENTRY OF CALCIUM INTO THE TERMINAL BY MAGNESIUMDUDEL J; PARNAS I; PARNAS H et al.1982; PFLUEGERS ARCHIV; ISSN 0031-6768; DEU; DA. 1982; VOL. 393; NO 3; PP. 237-242; BIBL. 15 REF.Article

THEORETICAL ANALYSIS OF PARAMETERS LEADING TO FREQUENCY MODULATION ALONG AN INHOMOGENEOUS AXON.PARNAS I; HOCHSTEIN S; PARNAS H et al.1976; J. NEUROPHYSIOL.; U.S.A.; DA. 1976; VOL. 39; NO 4; PP. 909-923; BIBL. 20 REF.Article

NEUROTRANSMITTER RELEASE AND ITS FACILITATION IN CRAYFISH. IV: THE EFFECT OF MG²⁺ IONS ON THE DURATION OF FACILITATIONPARNAS H; DUDEL J; PARNAS I et al.1982; PFLUEGERS ARCHIV; ISSN 0031-6768; DEU; DA. 1982; VOL. 395; NO 1; PP. 1-5; BIBL. 11 REF.Article

THE EFFECT OF MAGNESIUM ON THE TIME COURSE OF FACILITATION AT THE CRAYFISH NEUROMUSCULAR JUNCTIONDUDEL J; PARNAS H; PARNAS I et al.1981; NEUROSCI. LETT.; ISSN 0304-3940; NLD; DA. 1981; VOL. 22; NO 2; PP. 165-168; BIBL. 12 REF.Article

Sequential approach to describe the time course of synaptic channel opening under constant transmitter concentrationBUCHMAN, E; PARNAS, H.Journal of theoretical biology. 1992, Vol 158, Num 4, pp 517-534, issn 0022-5193Article

Exhaustion of calcium does not terminate evoked neurotransmitter releasePARNAS, H; SEGEL, L. A.Journal of theoretical biology. 1984, Vol 107, Num 3, pp 345-365, issn 0022-5193Article

Calcium is essential but insufficient for neurotransmitter release: the calcium-voltage hypothesisPARNAS, I; PARNAS, H.Journal de physiologie (Paris). 1986, Vol 81, Num 4, pp 289-305, issn 0021-7948Article

Facilitation as a tod to study the entry of calcium and the mechanism of neurotransmitter releaseSEGEL, L. A; PARNAS, H.Progress in neurobiology. 1989, Vol 32, Num 1, pp 1-9, issn 0301-0082Article

A molecular scheme for the reaction between acetylcholine and nicotinic channelsFRANKE, C; PARNAS, H; HOVAV, G et al.Biophysical journal. 1993, Vol 64, Num 2, pp 339-356, issn 0006-3495Article

Recovery from the rapid desensitization of nicotinic acetylcholine receptor channels on mouse muscleFRANKE, C; HATT, H; PARNAS, H et al.Neuroscience letters. 1992, Vol 140, Num 2, pp 169-172, issn 0304-3940Article

Kinetic constants of the acetylcholine (ACh) receptor reaction deduced from the rise in open probability after steps in ACh concentrationFRANKE, C; HATT, H; PARNAS, H et al.Biophysical journal. 1991, Vol 60, Num 5, pp 1008-1016, issn 0006-3495Article

Neurotransmitter release and its facilitation in crayfish muscle. VI: Release determined by both, intracellular calcium concentration and depolarization of the nerve terminalDUDEL, J; PARNAS, I; PARNAS, H et al.Pflügers Archiv. 1983, Vol 399, Num 1, pp 1-10, issn 0031-6768Article

Neurotransmitter release : facilitation and three-dimensional diffusion of intracellular calciumHOVAV, G; PARNAS, H; PARNAS, I et al.Bulletin of mathematical biology. 1992, Vol 54, Num 5, pp 875-894, issn 0092-8240Article

Release kinetics as a tool to describe drug effects on neurotransmitter releaseLUSTIG, C; PARNAS, H; SEGEL, L et al.Journal of theoretical biology. 1990, Vol 144, Num 2, pp 225-248, issn 0022-5193, 24 p.Article

Presynaptic effects of d-tubocurarine on neurotransmitter release at the neuromuscular junction of the frogMATZNER, H; PARNAS, H; PARNAS, I et al.Journal of physiology. 1988, Vol 398, pp 109-121, issn 0022-3751Article

Autoreceptors, membrane potential and the regulation of transmitter releasePARNAS, H; SEGEL, L; DUDEL, J et al.Trends in neurosciences (Regular edition). 2000, Vol 23, Num 2, pp 60-68, issn 0166-2236Article

Membrane depolarization evokes neurotransmitter release in the absence of calcium entryHOCHNER, B; PARNAS, H; PARNAS, I et al.Nature (London). 1989, Vol 342, Num 6248, pp 433-435, issn 0028-0836Article