Symptom families: Eye Disorders and Symptoms, Eye Movement and Alignment
Did you mean? Squint Eye Deviation
Convergent strabismus, commonly known as crossed eyes or esotropia, is a condition where one or both eyes turn inward. The misalignment can be constant or variable and may occur in one or both eyes. This condition is often noticed in early childhood and can result from various causes, including muscle imbalance, nerve transmission issues, or congenital defects.
Convergent strabismus can lead to problems with depth perception and may cause amblyopia (lazy eye) if not treated promptly. Early intervention is crucial for effective treatment and can include options such as eyeglasses, patching, or surgery.
Traditional Chinese Medicine (TCM) offers a distinct perspective on convergent strabismus, diverging from the Western medical approach. In TCM, this condition is viewed as a symptom of an underlying imbalance in the body's natural energy, known as Qi, or in the harmony of Yin and Yang.
TCM practitioners often consider convergent strabismus to be related to deficiencies or disharmonies in the Liver and Kidney meridians, which are thought to influence eye health. Treatment in TCM focuses on identifying and correcting these imbalances, using methods that restore harmony to the body and improve eye alignment.
In treating convergent strabismus, TCM utilizes specific acupoints to address the underlying imbalances. One such acupoint is Qiuhou EX-HN-7, located on the lower border of the orbital ridge. This point is believed to be beneficial for the eyes and is used to harmonize the flow of Qi in the area.
By targeting acupoints like Qiuhou EX-HN-7, TCM aims to correct the internal disharmonies that contribute to eye misalignment. The selection and stimulation of these acupoints are tailored to the individual’s specific TCM diagnosis, focusing on enhancing the body’s natural healing processes and improving overall eye function.
See more details below about Qiuhou EX-HN-7, an acupoint used to address convergent strabismus.
On the lower border of the orbital ridge, at the junction of the lateral quarter and the medial three quarters.