KI4 (Dazhong): the luo-connecting point at the inner heel. Anatomy, segmental S1-S2 mechanism, clinical use for heel and low back pain, and what research shows.

SP10 (Xuehai): the Sea of Blood point on the vastus medialis. Anatomy, nerve mechanisms, clinical use for knee pain and skin conditions, and what research shows.

Low back pain is often caused by trigger points in the quadratus lumborum, multifidus, iliopsoas, and gluteus medius. Learn which muscles refer pain to the low back.

BL32 (Ciliao): the second sacral foramen point. Anatomy, S2 nerve root mechanism, clinical use for period pain and urinary symptoms, and what research shows.

KI1 (Yongquan): the Kidney channel's jing-well point on the sole. Anatomy, plantar nerve mechanism, clinical use for insomnia and foot pain, plus research.

SP7 (Lougu): the leaking valley point of the medial calf. Anatomy, segmental mechanism, clinical use for shin pain, calf tightness and swelling, and research.

Can acupuncture help a pinched nerve? Learn how acupuncture and dry needling address cervical and lumbar radiculopathy, nerve compression pain.

The most effective acupuncture points for neck pain: GB20, BL10, GB21, GV14, SI3, and more — anatomical locations, mechanisms, and how they treat neck pain.

Spring running ramp-up injuries explained: why NYC runners get hurt in March and April, and how acupuncture and dry needling can help.

Acupuncture and dry needling for degenerative disc disease: treating paraspinal trigger points, reducing central sensitization.

Dry needling works by targeting myofascial trigger points, disrupting the motor endplate dysfunction that sustains them, and reducing central sensitization. Explained simply.

The most effective acupuncture points for back pain, explained by anatomical location and mechanism. BL40, BL23, GB30, GV4, and more.

Why does chronic muscle pain intensify over time? Learn how NMDA receptors, bradykinin receptor switching, and glial cells amplify pain signals, and how dry needling may help reverse the process.

Why does a trigger point in your neck cause a headache? Learn the science of referred pain, peripheral sensitization, receptive field expansion, and why treating the source matters.

The most effective acupuncture points for shoulder pain: LI15, TE14, SI9, ST38 for frozen shoulder, and more. Anatomical locations and mechanisms explained.

Why do trigger points form? Learn the science behind muscle overload, the Cinderella hypothesis, calcium dysregulation, and six competing theories of myofascial pain.

Myofascial pain is one of the most common yet overlooked causes of chronic muscle pain. Learn the science behind trigger points, the integrated hypothesis, and how dry needling may help.

Learn the critical distinction between active and latent trigger points: their causes, how both drive pain and dysfunction, their clinical significance, and why both require treatment for complete recovery.