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- Membrane Excitation and Propagation and Physics
- Excitation Propagation and Morphology
- The Smallest Dimension of Axon
- A.L. Hodkin and the Overshoot
- The voltage gated saline ion-channel of the myocardium – a biophysical model
- The falsification of the membrane excitation theory of A.L. Hodgkin and A.F. Huxley
- Stimulation of nerves and neurons in magnetic fields of MRI
- Strong Electric Fish – Electric Organ
- Strong Electric Fish – Magnetic Fields
- Sensitivity of Magnetic Fields
- The hunting behavior of the sharks and the self-protection of the octopus
- Lorenzinian ampoule and hammerhead shark modeling approaches
- Atrium
- - Atrial Dilatation and Fibrillation
- - Concepts for the treatment of atrial fibrillation
- - The Depolarization of Atrium and "P"
- - The Level of Valves – Mitral-Valve
- - Atrial fibrillation and pregnancy
- - How does magnesium affect atrial fibrillation
- Excitation Propagation System
- - Excitation Propagation System – Introduction
- - Excitation Propagation System
- - Excitation Propagation System and Nutrition
- - The Hierarchy of the Excitation Propagation System
- - The atrium-ventricular Node
- - The difference between systolic myocardial pressure and ventricular pressure
- - The electrophysical consideration of the cardiac excitation conduction system
- - Pressoric syncope - a physiological model
- - The influence of myocardial texture on the supply of the excitation conduction system
- Excitation of the Myocard
- - The ECG and inductive magnetic fields of the heart
- - Asynchronous Excitation Propagation and ECG
- - A pathophysiological model of ventricular extrasystole
- - "Extrinsic Effects" of Heart Stripe Preparations
- - Overshoot and Rebound Peak
- - The magnetic polarity of the myocardium
- - The muscular phase of myocardial excitation and repolarization
- - Extrasystoles and automaty
- - Automaty and leak currents
- - Papillary muscles as a source of ectopy
- - The inhibition of cardiac K+ ion channels by Amiodaron
- - The Takotsubo disease of myocardium - a hemodynamic model
- - The WPW syndrome - an electrophysiological model
- - The Brugada syndrome - physiological model
- - Long QT syndrome
- - Torsade de Pointes Tachycardia
- - Einthoven ECG and position of the heart
- - Early repolarization syndrome and cardiac muscle hypertrophy
- - Changes of ECG in the static Bo field of MRI
- - Short QT Syndrome – electrophysiological model
- - AV-Reentry tachycardia – different forms and their electrophysiological mechanisms
- - Reentry tachycardia in right bundle branch block - rule out accessory conduction
- RBBB and LBBB
- - The left bundle branch block as an expression of nutritional deficiency - a model
- - The propagation path of cardiac excitation in LBBB and RBBB
- - The RBB as a trigger of ventricular tachycardia
- Myelinated nerves
- - Oil versus capillary gap
- - Schwann Cell Excitation
- - The Experiment
- - What's about Cation Channels in Schwann Cell and Oligodendrocyte
- - The Proof
- - The propagation path of the Schwann cell excitation
- - Mechanical excitation triggering of axon and Schwann cell
- - The electrophysiological conditions of nodular excitation
- - Mechanisms of the homeostasis of the Schwann cell
- Non-myelinated nerves
- - Non-myelinated Nerves Assisted by Schwann Cells
- Astrocytes and EEG
- The cerebral nutritive disorder
- Synantocytes generate cerebral magnetism
- The electrophysiologic substrate of DT MRI tractography
- Inhibition of dendrite excitation propagation in CNS
- The intracellular conduction of the neuron
- Funktionen des Liquor cerebrospinalis
- Intraneuronal compartments and the distribution of the neurofibrils
- The electrophysiological conditions of the electrical synapse
- Neuritis Nervi Optici and Multiple Sclerosis – a pathophysiological model
- Intracranial space occupancy and epilepsy
- Microtubule, Tau and Transportation in Axon
- Disorders of axonal transport
- Review of rate of fast axoplasmic transport in mammalian nerve fibres by sidney ochs 1972
- The energy economy of the neuron
- The oxygen consumption in the brain - a model
- Morbus Alzheimer kill Neurons - but how?
- Interaction of Neurons and Astrocytes in the Cortex - State of Doctrine and constructive Criticism
- Model of the function of the Purkinje cell of the cerebellum under the influence of inductive-magnetic fields
- Spines and synapses of the Purkinje cell of the cerebellum
- On the functional organization of the cortex cerebri including inductive magnetic fields - a model
- Inner Ear
- - The Haircells of the Cochlea
- - The Endolymphe of the Cochlea
- - The Static Organ
- - Mechano-sensible Channels
- - Acustic Transformation in the Inner Ear
- - The ribbon synapse of the inner hair cell and the regulation of the acoustic stimulus
- - The coupling of sound and deflection of the stereocilia
- - The hair cells of the cochlea, sound power, measuring ranges, stimulus processing
- - The pathophysiological stages of inner ear hearing loss
- Retina
- - Rod Cell Monitoring Amplitudes
- - The ribbon synapse of the rod cell
- - The bipolar cell of the retina - a multitask transducer
- - Retinitis pigmentosa - a model
- - The cutting of the visual data flow into single images the saccadic suppression and cerebral magnetic fields
- - Rapid eye movement REM and age-related macular degeneration
- - Reading and Myopia an electrophysiological consideration
- - Differences between rod and cones in an electrophysiological evaluation
- Sense of Touch
- - The electrophysiological model of Meissners corpuscule
- The home-finding sense of birds
- - The home-finding sense of birds – model no.2
- Can birds and bats be protected from wind turbines
- Homefinding sense of desert ants Cataglyphis - an electrophysiological model
- What kind of Interaction is ruling the collective behavior of starlings in airborne flocks
- Devices and its arrangements for the treatment of atrial fibrillation by pacemaker
- The Pacer and his choice of magnetic field plane
- Late negative effects of pacemaker
- Pacemaker and Q
- Emergence of the atrial ectopy
- Causes and treatment of atrial fibrillation
- The atrial pacemaker and the SA node
- Complex fractionated atrial electrograms - an interpretation
- Electrophysiological examination of the atria intra-atrial versus extra-atrial
- Heart excitation ECG complex fractionated atrial electrograms CFAE and atrial fibrillation AF
- Arrhythmogenic stumps after left atrial appendage ampuation
- His bundle pacing and heart surgery
- Silent node and atrial pacing
- Simultaneous pacing with right chamber and sinus coronary pacemaker
- The occlusion of a main coronary branch - risks after recanalization
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