Electro Dry Needling Course

Lesson 1 • History and Evolution of Dry Needling

Traces dry needling from Travell and Simons' trigger point research to modern evidence-based practice. Contextualises its distinction from acupuncture.

Lesson 2 • Neuroanatomy Relevant to Dry Needling

Reviews peripheral nervous system structures, nociceptors, and pain pathways targeted during needling. Builds the neural science foundation for all subsequent techniques.

Lesson 3 • Myofascial Trigger Point Physiology

Explains the integrated trigger point hypothesis, motor endplate dysfunction, and sensitisation mechanisms. Links pathophysiology to clinical presentation.

Lesson 4 • Regulatory and Scope of Practice Overview

Examines professional licensing requirements and ethical boundaries governing dry needling. Prepares students to practise within legally defined parameters.

Lesson 1 • Clinical Reasoning and Treatment Planning

Applies hypothetico-deductive reasoning to prioritise treatment targets and sequence interventions. Connects assessment findings to measurable treatment goals.

Lesson 2 • Subjective History Taking

Structures the patient interview to capture pain behaviour, onset, and functional limitations. Establishes baseline data for outcome measurement.

Lesson 3 • Trigger Point Identification and Palpation

Teaches systematic palpation to locate taut bands, tender nodules, and local twitch responses. Accuracy in palpation directly determines needling precision.

Lesson 4 • Physical Examination Techniques

Covers postural analysis, range-of-motion testing, and muscle length assessment relevant to trigger point identification. Integrates findings into a clinical picture.

Lesson 1 • Needling the Cervical and Thoracic Spine

Covers safe needling of cervical paraspinals, suboccipitals, and thoracic erectors with pneumothorax prevention protocols. Builds confidence in high-risk spinal regions.

Lesson 2 • Pistoning and Sparrow Pecking Techniques

Demonstrates rhythmic needle movement to elicit local twitch responses and disrupt trigger point activity. Technique variation is matched to tissue depth and patient tolerance.

Lesson 3 • Needling the Upper Extremity and Shoulder

Applies insertion techniques to rotator cuff, periscapular, and forearm muscles with anatomical landmarks. Emphasises neurovascular avoidance in the shoulder region.

Lesson 4 • Needle Insertion Fundamentals

Teaches skin preparation, needle grip, and controlled insertion angles for superficial and deep targets. Correct insertion mechanics reduce patient discomfort and adverse events.

Lesson 1 • Common Adverse Events and Prevention

Catalogues post-needling soreness, bruising, dizziness, and needle breakage with evidence-based prevention strategies. Reduces incident frequency through proactive technique refinement.

Lesson 2 • Serious Adverse Events and Emergency Response

Prepares students to recognise and respond to pneumothorax, nerve injury, and infection. Rapid identification and escalation protocols minimise patient harm.

Lesson 3 • Electrical Stimulation Safety Hazards

Addresses electrical burns, current leakage, and equipment malfunction risks specific to percutaneous stimulation. Ensures safe device operation in all clinical environments.

Lesson 4 • Incident Reporting and Documentation

Establishes procedures for documenting adverse events, completing incident reports, and communicating with supervising practitioners. Supports quality improvement and legal protection.

Lesson 1 • Stimulation Parameters and Their Effects

Defines frequency, pulse width, amplitude, and duty cycle and maps each parameter to clinical outcomes. Enables evidence-based parameter selection for each treatment goal.

Lesson 2 • Equipment Overview and Safety Standards

Surveys electrical stimulation units, lead wire systems, and device safety classifications. Ensures students operate equipment within manufacturer and regulatory guidelines.

Lesson 3 • Electroacupuncture vs. Percutaneous Electrical Stimulation

Distinguishes electroacupuncture from percutaneous electrical nerve stimulation by mechanism, needle placement, and evidence base. Clarifies terminology used in research and practice.

Lesson 4 • Biophysics of Electrical Current

Reviews voltage, current, resistance, and waveform types relevant to clinical electrotherapy. Provides the physics foundation required to interpret device parameters.

Lesson 1 • Circuit Setup and Lead Wire Placement

Teaches correct connection of lead wires to inserted needles, polarity orientation, and circuit verification. Proper setup prevents equipment failure and patient discomfort.

Lesson 2 • Parameter Selection for Pain Management

Maps high-frequency and low-frequency protocols to acute and chronic pain presentations. Students select parameters based on clinical evidence and patient response.

Lesson 3 • Treatment Duration and Session Structuring

Establishes evidence-based guidelines for stimulation duration, rest intervals, and session frequency. Prevents tissue fatigue and optimises cumulative treatment effects.

Lesson 4 • Parameter Selection for Neuromuscular Facilitation

Applies stimulation parameters to facilitate muscle contraction, reduce inhibition, and promote motor re-education. Extends treatment beyond analgesia to functional restoration.

Lesson 1 • Low Back Pain and Lumbar Protocols

Delivers evidence-based needling and stimulation to lumbar multifidus, quadratus lumborum, and gluteal muscles. Addresses the most common musculoskeletal complaint in clinical practice.

Lesson 2 • Shoulder and Rotator Cuff Dysfunction Protocols

Combines needling of infraspinatus, supraspinatus, and subscapularis with neuromuscular stimulation to restore shoulder function. Addresses impingement and rotator cuff pathology.

Lesson 3 • Lower Extremity Protocols for Athletes

Applies integrated protocols to hamstrings, quadriceps, and calf muscles for sports-related trigger point dysfunction. Optimises recovery and performance in athletic populations.

Lesson 4 • Cervicogenic Headache and Neck Pain Protocols

Targets suboccipital, upper trapezius, and sternocleidomastoid trigger points with stimulation parameters for headache and neck pain. Addresses one of the most prevalent clinical presentations.

Lesson 1 • Integrating Evidence with Clinical Practice

Applies evidence-based practice models to individualise treatment decisions using research, clinical expertise, and patient preferences. Bridges the research-to-practice gap.

Lesson 2 • Outcome Measurement Tools

Introduces validated pain, function, and quality-of-life scales applicable to needling populations. Standardised measurement enables progress tracking and research contribution.

Lesson 3 • Evidence for Electrical Stimulation Adjuncts

Reviews clinical trials comparing dry needling alone versus combined electrical stimulation protocols. Quantifies additive benefits to justify integrated treatment approaches.

Lesson 4 • Research Literacy for Needling Practitioners

Teaches hierarchy of evidence, study design evaluation, and bias identification relevant to needling research. Enables practitioners to distinguish high-quality from low-quality evidence.