Acujin Holistic Therapies

08/27/2025

Neuromodulation vs Trigger Point Release
In clinical practice, acupuncture can influence the body in different ways depending on
whether needles are retained for a period of time or applied specifically to tight, painful muscle
bands known as trigger points. Both methods are valuable, but they operate through distinct
mechanisms. This paper explains the difference between neuromodulation through needle
retention and trigger point release.
Neuromodulation (Needle Retention)
When acupuncture needles are retained, they continue to provide a steady input to local
nerve endings. This input does more than affect the tissue at the needle site. It alters how the
spinal cord and brain process sensory information, a process known as neuromodulation. By
sustaining stimulation, the nervous system shifts its balance: pain signals are dampened,
muscle tone is adjusted, and the autonomic nervous system is influenced. Neuromodulation
can calm overactive pain pathways, regulate stress responses, and even affect mood and
sleep. Neurochemicals such as endorphins, serotonin, and GABA are released, helping the
body reset its baseline toward healing and relaxation. The effects are systemic, extending
beyond the immediate needle location, and may last even after the needles are removed.
Trigger Point Release
Trigger points are hyperactive spots within muscle fibers that cause local tightness and often
refer pain to other areas. When an acupuncture needle or manual pressure is applied to a
trigger point, it can produce a brief twitch response in the muscle. This reflex action resets the
abnormal motor endplate activity, relieving the contraction and allowing blood flow and
oxygen to return to the area. Trigger point release primarily has a local effect. Patients often
feel immediate relief of muscle tightness, increased range of motion, and a decrease in
localized or referred pain. Unlike neuromodulation, this effect is not aimed at broad systemic
regulation, but rather at resolving a specific muscular dysfunction.
Conclusion
In summary, neuromodulation and trigger point release represent two different yet
complementary approaches. Neuromodulation reshapes how the nervous system processes
signals, creating systemic changes in pain perception, stress, and autonomic balance. Trigger
point release directly addresses dysfunctional muscle knots, providing localized relief and
restoring healthy muscle function. Both methods are important tools in acupuncture and dry
needling practice, chosen based on the needs of the patient and the goals of treatment.

07/26/2025

The Evolution of Musculoskeletal and Trigger Point Acupuncture in China
By Dr. Geno Diveley, DACM | Acujin Acupuncture

Introduction
Trigger point acupuncture and musculoskeletal needling in China reflect a rich fusion of classical Chinese medical traditions and modern anatomical and physiological science. While ancient Chinese physicians long recognized painful tender points (Ashi points), the 20th century brought global collaboration that expanded China’s acupuncture models with modern neurophysiology, electromedicine, and sports medicine.

Timeline of Development
Pre-Han Dynasty (~200 BCE)
Ashi points (阿是穴) described in classical Chinese texts such as the Huangdi Neijing as tender areas that cause pain on palpation—clinically similar to modern trigger points.

Tang to Ming Dynasties (600s–1600s)
Manual therapy and needling of painful muscle knots described in acupuncture case records, martial arts texts, and traumatology manuals (e.g., Die Da practices).

1800s (Late Qing Dynasty)
Electric stimulation begins appearing in Western medical texts; Chinese physicians observe Western doctors using galvanic and faradic currents to stimulate nerves. Early electroacupuncture experimentation begins in treaty ports.

1910s–1930s
Integration of Western anatomy and neurology into Chinese medicine education begins in Republican-era reforms. Acupuncturists start mapping nerves and muscles under acupoints.

1950s–1960s
Chinese military and sports hospitals formalize Ashi point needling and add basic neuroanatomy into acupuncture training. The use of electroacupuncture becomes widespread in state hospitals.

1980s
China opens to international medical collaboration. Influence of Janet Travell and David Simons’ myofascial trigger point theory enters Chinese rehab hospitals. Chinese translations of Western rehabilitation and pain science texts appear.

1990s–2000s
Universities and research hospitals in China conduct EMG and ultrasound studies on acupuncture points, muscle innervation, and fascial planes. Terms like 'myofascial trigger points' (肌筋膜触发点) become common in Chinese literature.

2010s–Today
China’s acupuncture education integrates modern musculoskeletal knowledge, including motor point location, neuroanatomy, and fascial line theories (inspired by Langevin, Stecco, Myers). Trigger point therapy is used interchangeably with Ashi point needling. Electroacupuncture is standard in orthopedic acupuncture protocols.

Summary
Trigger point acupuncture in China is not a Western import but an evolution of indigenous techniques informed by international science. Ashi point needling, muscle palpation, and electrostimulation are now supported by decades of research on neuromuscular physiology and fascial dynamics. Chinese medicine continues to adapt and innovate, merging traditional insight with biomedical precision.

Clinic Info
Dr. Geno Diveley, DACM

Website: https://acujinacupuncture.com

Phone: 858-272-4627

Address: 4225 Balboa Avenue, San Diego, CA 92117

Acujin Acupuncture serving all of your local acupuncture, dry needling needs in San Diego. Call us today at (858) 272-4627 for an appointment.

07/06/2025

07/04/2025

https://people.com/kate-middleton-tried-acupuncture-amid-cancer-journey-hospital-visit-11766013

Kate Middleton said that she had acupuncture during her recovery from cancer, according to a new report about her meaningful visit to Colchester Hospital.

06/16/2025

06/16/2025

A wildlife photographer had an unusual experience in Africa. After a long day's work in the savannah, he decided to rest under the shade of a tree and, while he slept, a cheetah came up and lay down on his arm. 🐆

Far from panicking, the photographer remained calm and remained still, allowing the cat to continue his nap. Time later, the cheetah quietly stood up and walked away.

This incredible moment reflects the power of nature to surprise us, and demonstrates that when we learn to respect our environment, we can witness extraordinary encounters between humans and wildlife.

05/21/2025

Diveley

12/21/2024