PROGRAM
MODULE 1 - Fundamentals of electrotherapy
8:00pm | 10:00pm
- Analysis of waveforms and training in the use of an oscilloscope.
- Usefulness and electrical basis of IG30 and IG50 (how to reduce ohmic impedance and increase skin microcirculation).
- High voltage and its adhesion to cell structures at high capacitance (handling of injured tissue).
- How to perform CLINICAL ELECTROPALATION and SONOELECTROPALATION.
- Exercises on ELECTRICAL DOSIFICATION by the square surface of the electrodes.
- IONTOFORESIS AND SONOFORESIS tables.
- Advantages of the Träbert Biphasic Chain.
8:00pm | 10:00pm
- Usefulness of FREQUENCY sweeps and FREQUENCIES in bursts.
- Burst ratio, frequency sweep and frequency spectrum of the MICROCORRENT.
- Random modulated frequency as a DISCONTRACTING current.
- Practical use of the electrical waveform called STOCH.
- Training in the therapeutic engineering of the PHARADIC current (prescription and adaptation of the waveform according to the morphophysiopathology).
- ELECTRODIAGNOSTICS: How to perform a PHARADIC EXCITABILITY TEST, an AVERAGE FREQUENCY TEST (LANGE), an ABREVIATED ACCOMMODATION COEFFICIENT, an ABREVIATED REOBASE AND CRONAX, and an I/T AND A/T CURVE.
- INTERFERENCE frequency sweeps (deep interference, VECTOR, SPECTRUM).
- Therapeutic use of KOTZ (RETANGULAR, OVALED and TRIANGULAR).
8:00pm | 10:00pm
- ULTRASOUND REAL DOSIFICATION exercises | time per surface
- SONOELETROPALATION and COMBINED THERAPY techniques: how to set the parameters correctly.
- Spasticity treatment: HUFSCHMIDT STIMULATION.
- Treatment of spasticity: STIMULATION ACCORDING TO JANTSCH.
- Handling INCONTINENCIES.
- Management of venous and lymphatic problems.
- Electropalpation and surface electrical conductivity (skin impedance measurement).
MODULE 2 - Advanced electrotherapy applications
8:00pm | 10:00pm
- The normal electrical activity of the peripheral nervous system and muscle.
- Normal and pathological reactions to electrical stimulation (stimulation thresholds).
- ELECTROPLATING.
- Electrokinesis.
- Electrodetection of points of allodynia, hyperalgesia and referred pain.
- Electrophysiological and pathological reactions to electric current by the galvanic component in the skin, muscles, vessels, bones, viscera and nervous system.
- Theories and methods for selective electrostimulation in:
- Nerve fibers (theories of Howson, Lullies and Wyss).
- Normal and denervated muscle fibers.
8:00pm | 10:00pm
- The endorphin system.
- Electrodiagnostic stimulation.
- Electromyography and evoked potentials.
- Electrodetection.
- Recording of normal and pathological tonic thresholds.
- Selective stimulation.
- Neuromuscular electrostimulation.
- Electrotherapy for muscle strengthening and stretching.
- Electrotherapy in circulatory disorders.
- Electrotherapy in neurogenic inflammation and healing.
8:00pm | 10:00pm
- Therapeutic use of KOTZ (RETANGULAR, OVALED and TRIANGULAR): evaluation of muscle fatigue by electrostimulation.
- Electrical Reactive Hyperalgesia (HER).
- Spasticity treatment: HUFSCHMIDT STIMULATION.
- Treatment of spasticity: STIMULATION ACCORDING TO JANTSCH.
- Handling VENOUS, ARTERIAL AND LINFATIC PROBLEMS with BODYFLOW (physiological vasomotion system or microcirculatory activity).
- Electropalpation and surface electrical conduction (skin impedance measurement).
09.30 | 18.30
9h00 - 10h30 | Fundamentals and Electrophysiological Diagnosis
📌 Low and Medium Frequency Currents
- Oscilloscope and waveform analysis (parameter setting and impedance).
- Clinical electropalpation and sonoelectropalpation.
- Electrodiagnosis: faradic excitability, mean frequency (Lange), rheobase and chronaxis.
Coffee break (10h30 - 11h00)
11h00 - 13h00 | Current Modulation and Combination Therapy
📌 Interference currents, galvanic currents and frequency modulation
- Frequency sweeps (interferential, vector and spectrum).
- Modulated random frequency as a decontracting current.
- Two-phase Träbert current and analgesia.
- Iontophoresis and sonophoresis (transdermal pharmacological therapy).
Lunch break (13h00 - 14h30)
14h30 - 16h00 | Selective Electrostimulation and Muscular Rehabilitation
📌 Russian Current (KOTS) and Neuromuscular Electrostimulation
- Therapeutic use of KOTS (rectangular, oval and triangular).
- Training in the parameterization of the Faradic current for muscle strengthening and stretching.
- Selective stimulation of nerve and muscle fibers (Howson, Lullies and Wyss).
Coffee break (16h00 - 16h30)
16h30 - 18h30 | Advanced Clinical Applications
📌 Therapy for Spasticity, Inflammation and Microcirculation
- Neuromuscular stimulation for spasticity (Hufschmidt and Jantsch).
- Bodyflow system for venous, arterial and lymphatic problems.
- Electrical Reactive Hyperalgesia (HER) and modulation of neurogenic inflammation.