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Results: 1-13 |
Results: 13
ELECTRICAL-ACTIVITY OF THE SENSORY AFFERENT PATHWAY IN THE ENTERIC NERVOUS-SYSTEM
Authors: MIFTAKHOV RN WINGATE DL
Citation: Rn. Miftakhov et Dl. Wingate, ELECTRICAL-ACTIVITY OF THE SENSORY AFFERENT PATHWAY IN THE ENTERIC NERVOUS-SYSTEM, Biological cybernetics, 75(6), 1996, pp. 471-483
EFFECTS OF SELECTIVE K-CHANNEL AGONISTS AND ANTAGONISTS ON MYOELECTRICAL ACTIVITY OF A LOCUS OF THE SMALL-BOWEL()
Authors: MIFTAKHOV RN ABDUSHEVA GR
Citation: Rn. Miftakhov et Gr. Abdusheva, EFFECTS OF SELECTIVE K-CHANNEL AGONISTS AND ANTAGONISTS ON MYOELECTRICAL ACTIVITY OF A LOCUS OF THE SMALL-BOWEL(), Biological cybernetics, 75(4), 1996, pp. 331-338
NUMERICAL-SIMULATION OF EXCITATION-CONTRACTION COUPLING IN A LOCUS OFTHE SMALL-BOWEL
Authors: MIFTAKHOV RN ABDUSHEVA GR
Citation: Rn. Miftakhov et Gr. Abdusheva, NUMERICAL-SIMULATION OF EXCITATION-CONTRACTION COUPLING IN A LOCUS OFTHE SMALL-BOWEL, Biological cybernetics, 74(5), 1996, pp. 455-467
MODEL PREDICTIONS OF MYOELECTRICAL ACTIVITY OF THE SMALL-BOWEL
Authors: MIFTAKHOV RN ABDUSHEVA GR WINGATE DL
Citation: Rn. Miftakhov et al., MODEL PREDICTIONS OF MYOELECTRICAL ACTIVITY OF THE SMALL-BOWEL, Biological cybernetics, 74(2), 1996, pp. 167-179
MATHEMATICAL-MODELING OF THE ENTERIC NERVOUS NETWORK .4. ANALYSIS OF ADRENERGIC TRANSMISSION
Authors: MIFTAKHOV RN WINGATE DL
Citation: Rn. Miftakhov et Dl. Wingate, MATHEMATICAL-MODELING OF THE ENTERIC NERVOUS NETWORK .4. ANALYSIS OF ADRENERGIC TRANSMISSION, Medical engineering & physics, 17(1), 1995, pp. 3-10
MATHEMATIC MODELING OF THE ENTERIC NERVOUS NETWORK .5. EXCITATION PROPAGATION IN A PLANAR NEURAL-NETWORK
Authors: MIFTAKHOV RN WINGATE DL
Citation: Rn. Miftakhov et Dl. Wingate, MATHEMATIC MODELING OF THE ENTERIC NERVOUS NETWORK .5. EXCITATION PROPAGATION IN A PLANAR NEURAL-NETWORK, Medical engineering & physics, 17(1), 1995, pp. 11-19
MODELING OF THE ENTERIC NERVOUS NETWORK .3. ADRENERGIC-NEURON
Authors: MIFTAKHOV RN WINGATE DL
Citation: Rn. Miftakhov et Dl. Wingate, MODELING OF THE ENTERIC NERVOUS NETWORK .3. ADRENERGIC-NEURON, Medical engineering & physics, 16(6), 1994, pp. 450-457
BIOMECHANICS OF SMALL-BOWEL MOTILITY
Authors: MIFTAKHOV RN WINGATE DL
Citation: Rn. Miftakhov et Dl. Wingate, BIOMECHANICS OF SMALL-BOWEL MOTILITY, Medical engineering & physics, 16(5), 1994, pp. 406-415
MATHEMATICAL-MODELING OF THE ENTERIC NERVOUS NETWORK-1 - CHOLINERGIC NEURON
Authors: MIFTAKHOV RN WINGATE DL
Citation: Rn. Miftakhov et Dl. Wingate, MATHEMATICAL-MODELING OF THE ENTERIC NERVOUS NETWORK-1 - CHOLINERGIC NEURON, Medical engineering & physics, 16(1), 1994, pp. 67-73
BACKWARD FLOW-INDUCED BY FORWARD PERISTALSIS - A BIOMECHANICAL MODEL OF THE SMALL-BOWEL
Authors: MIFTAKHOV RN WINGATE DL
Citation: Rn. Miftakhov et Dl. Wingate, BACKWARD FLOW-INDUCED BY FORWARD PERISTALSIS - A BIOMECHANICAL MODEL OF THE SMALL-BOWEL, Gastroenterology, 106(4), 1994, pp. 10000540-10000540
MATHEMATICAL-MODELING OF THE ENTERIC NERVOUS NETWORK .2. FACILITATIONAND INHIBITION OF THE CHOLINERGIC TRANSMISSION
Authors: MIFTAKHOV RN WINGATE DL
Citation: Rn. Miftakhov et Dl. Wingate, MATHEMATICAL-MODELING OF THE ENTERIC NERVOUS NETWORK .2. FACILITATIONAND INHIBITION OF THE CHOLINERGIC TRANSMISSION, Journal of biomedical engineering, 15(4), 1993, pp. 311-318
CYBERNETIC ANALYSIS OF CHOLINERGIC - ADRENERGIC NEURONAL INTERACTION WITHIN THE MYENTERIC PLEXUS
Authors: MIFTAKHOV RN WINGATE DL
Citation: Rn. Miftakhov et Dl. Wingate, CYBERNETIC ANALYSIS OF CHOLINERGIC - ADRENERGIC NEURONAL INTERACTION WITHIN THE MYENTERIC PLEXUS, Gastroenterology, 104(4), 1993, pp. 553-553
INFLUENCE OF ANTICHOLINERGIC DRUGS ON THE GRADUAL REFLEX COMPONENT OFPERISTALSIS - A MATHEMATICAL-MODEL
Authors: MIFTAKHOV RN WINGATE DL
Citation: Rn. Miftakhov et Dl. Wingate, INFLUENCE OF ANTICHOLINERGIC DRUGS ON THE GRADUAL REFLEX COMPONENT OFPERISTALSIS - A MATHEMATICAL-MODEL, Gastroenterology, 104(4), 1993, pp. 553-553
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