Skip links

Orthopedic Pain

Orthopedic pain refers to pain originating from the musculoskeletal system, including bones, joints, muscles, and connective tissues. It is categorized into acute pain (sudden and intense, often from injuries) and chronic pain (persistent, lasting for three months or more). Common causes include arthritis, tendinitis, and overuse injuries.

Acupuncture shows promise as a complementary approach for managing both acute and chronic orthopedic pain. Research findings suggest that acupuncture can provide significant pain relief and improved functional outcomes in patients with acute musculoskeletal injuries, such as ankle sprains and whiplash-associated disorders. For chronic orthopedic pain, meta-analyses and studies indicate that acupuncture is more effective than sham acupuncture and usual care in reducing pain and improving function.

Orthopedic pain refers to pain that originates from the musculoskeletal system, including the bones, joints, muscles, ligaments, tendons, and other connective tissues. It can result from various causes, such as injuries, overuse, degenerative conditions, and inflammatory disorders affecting the musculoskeletal structures. Orthopedic pain can manifest as acute or chronic pain.

Acute pain is sudden and typically arises from a specific injury or trauma, while chronic pain lasts for an extended period, persisting for three months or more. Chronic orthopedic pain can be caused by unresolved acute injuries, degenerative conditions like osteoarthritis, or inflammatory disorders.

Orthopedic pain affects individuals of all ages and backgrounds. It is commonly experienced by athletes, individuals with physically demanding jobs, older adults, and those with certain medical conditions.

What does Chinese Medicine say

In Chinese medicine, orthopedic pain is understood as a manifestation of disrupted Qi (vital energy) and blood circulation, imbalances in the body’s internal systems, and interactions with external factors. The traditional perspective views orthopedic pain as a result of blockages, deficiencies, or excesses in the body’s energy flow and the interplay between organs, meridians, and environmental influences.

  • Qi and Blood Stagnation: Orthopedic pain is often attributed to the stagnation of Qi and blood. When Qi and blood flow is hindered, it can lead to pain, stiffness, and discomfort in muscles, joints, and bones. Trauma, repetitive motion, or emotional stress can contribute to this stagnation.
  • Meridian Imbalances: Chinese medicine recognizes a network of meridians, energy pathways that connect various parts of the body. Orthopedic pain can arise when these meridians are blocked or imbalanced, disrupting the smooth flow of Qi and blood and leading to localized or referred pain.
  • External Pathogenic Factors: Environmental influences such as wind, cold, dampness, and heat are considered external pathogenic factors that can invade the body and contribute to orthopedic pain. These factors may exacerbate pain conditions, especially when they affect specific meridians or areas of the body.
  • Excess and Deficiency Patterns: Orthopedic pain is categorized as excess or deficiency patterns. Excess patterns involve inflammation, muscle spasms, or blockages, while deficiency patterns relate to weakened structures or insufficient nourishment, often due to underlying imbalances.
  • Organ System Connections: The organs in Chinese medicine have broader roles beyond their physiological functions. Orthopedic pain can be linked to imbalances in specific organ systems. For example, kidney deficiency might lead to lower back pain, while liver imbalances can cause muscle tension and pain.

Acupuncture is believed to restore the flow of qi and promote healing. Studies have explored acupuncture’s effects on both chronic and acute orthopedic pain, showing promising results. Acupuncture has been found to provide significant pain relief and improved functional outcomes for various musculoskeletal conditions.


Digestive Disorders





High Cholesterol

Orthopedic Pain

Thyroid disorders