Dry Needling Workshop
Part 2 of the most ambitious project ever undertaken by PORTAL Education. A biomechanics series so different, so clinically advanced, so left of center you just have to take part. Each “part” will include access to all lecture content but also access to a LIVE classroom discussion with Dr Paul Conneely himself. This type of education is ground breaking!

![]() |
This workshops (the first in a two part series) covers the muscles that produce dysfunction from the “Butt to the Toes”. Dr Paul Conneely teaches worldwide and his lectures always attract huge numbers. It is the very latest in clinical opinion and biomechanics application, albeit a little bit to the left of center.
This workshop will cover:
* Anatomy crash update course
* Current Concepts in Pain
* Types of Pain
* How Trigger Points were discovered
* The theory behind Trigger Points
* The micro architecture of striated muscle
* Muscle activation
* How to detect Trigger Points
* Their classical referral pattern.
* What needles to use
* How to use them
* How to prepare the skin
* How to deactivate the Trigger Point
* How to dispose of used needles
* The use of laser in Trigger Points
* What to tell the patient in relation to the needling treatment
* What might they expect or feel at the time of needling and afterwards
* How to spray and stretch the affected muscles
* How to heat the area after treatment
* Your expected outcome versus theirs
* Negative outcomes: The main negative outcome is haematoma. Methods of stopping this will be discussed. Haematoma formation is extremely rare
* Increase your current clinical knowledge of lower limb anatomy.
* Introduce you to the concepts of dry needling.
* Improve your diagnostic skills.
* Improve your clinical practice by case series discuss/presentation on lower limb mechanical issues with a biomechanical perspective.
* Improve your knowledge behind choosing treatment regimes for certain pathomechanical conditions of the lower extremity.
DAY ONE:
✲ Introduction to Dry Needling: general discussion on trigger points and dry needling
✲ This is Dry Needling Discussion on history, definitions of dry needling, differences between wet technique and acupuncture technique, wound healing and dry needling, what is an active trigger point, trigger points and the cerebellar action, lymphoadema and somatic dysfunction principals, concepts of referred pain patterns, case study discussions, agonists and antagonists – associated myofascial trigger points, what is chronic pain, discussion on glutamate, fibromyalgia and the contraindication to dry needling, muscle “tone”, what is palpation, why there is “no time limit on getting better”, neurones and biochemical function, the “spilt milk” trigger point, pain on insertion, needle preparation and advice on handling, Gluteus medius discussion, erector spinae discussion on sitting cross legged.
✲ Dry Needle Insertion and Removal insertion points, how to identify where you are, how far to insert the needle.
✲ Thigh Insertion Dry needling to the thigh, insertion, contraction and removal.
✲ Gluteal Insertion Needle Insertion, discussion on anatomy.
✲ Case Study: Tensor Fascia Latae TFL Discussion – Testing, function and why it is called what it is.
✲ Case Study: Piriformis Anatomy, discussion, needle placement and examination techniques.
✲ Case Study: Vastus Lateralus Anatomy, discussion, needle placement and examination techniques as well as the concepts of “spray & stretch”.
✲ Case Study: Peroneals Anatomy, discussion, needle placement and examination techniques including trigger points, calcaneo cuboid function and peroneal testing.
✲ Case Study: Hamstrings Anatomy, discussion, needle placement and examination techniques.
✲ Case Study: Adductor Anatomy, discussion, needle placement and examination techniques.
DAY TWO:
✲ Welcome Back Revision from Day One – Lactic acidosis, postural versus dynamic musculature, insertion and removal demonstration again, needle bending, 0.3mm choice of needle and why, needle breakage and why you do not re-use needles.
✲ Piriformis Anatomy, function, sciatic nerve distribution and anatomy, causes of pain and dysfunction, palpation, clinical location, dry needling techniques.
✲ Case Study: Elite Athlete Hamstring, gluteus medius and erector spinae relationships, strength testing, loosening the sacroiliac joint, stretch reflex gluteals, dry needling, myofascial techniques, ileotibial band assessment, gluteal assessment, erector spinae and energy efficiency discussion.
✲ Case Study: Elite Female Athlete Lis franc injury, hamstring injury, foot mobilization, tibialis anterior dry needling, gastrocnemius dry needling (medial and lateral head).
✲ Achilles Tendon Adhesions, the “eraser” technique, teaching your patients to self manage, the Paul Conneely rules for the achilles tendon called the “rules of 5”: what to ask patients about their pain and self management.
✲ Tibialis Posterior Anatomy, function, fibula head involvement, breaking down adhesions with the “eraser technique”

IT IS RECOMMENDED THAT BEFORE ATTEMPTING DRY NEEDLING YOU BECOME FAMILIAR WITH THE CONCEPTS FURTHER VIA A PRACTICAL WORKSHOP.