Neck Ultrasound Anatomy

A common neck ultrasound is ultrasound of the thyroid which uses sound waves to produce pictures of the thyroid gland within the neck. It does not use ionizing radiation.

Normal Neck Anatomy And Method Of Performing Ultrasound

The visceral space contains the thyroid parathyroid glands larynx hypopharynx the cervical trachea and esophagus the recurrent laryngeal nerve.

Neck ultrasound anatomy. It can play an. Optimal positioning and exposure of the neck for ultrasound of the thyroid and parathyroid glands a b and lateral neck for lymph node examination and mapping c. Find out more from alaska family sonograms.

The infrahyoid region of the neck includes the visceral anterior cervical posterior cervical carotid retropharyngeal and perivertebral spaces. Furthermore one can perform an initial tnm staging of the case prior to other expensive imaging studies such as ct and mri. Ultrasonography is highly useful for many disease processes and many organ systems.

Specifically it is an effective clinical tool to evaluate head and neck anatomy and pathology. The infrahyoid region of the neck includes the visceral anterior cervical posterior cervical carotid retropharyngeal and perivertebral spaces. Anterior neck anatomy false vocal cords true vocal cords paraglottic fat.

The visceral space contains the thyroid parathyroid glands larynx hypopharynx the cervical trachea and esophagus the recurrent laryngeal nerve. A neck ultrasound is performed to diagnose potential problems of the thyroid lymph nodes and carotid arteries. Ultrasonographic examination of head and neck pathology is cost efficient non irradiating and permits fast follow up with serial examination of the lesions.

While the vast majority of patients are supine on the exam table with a pillow supporting the shoulders to allow gentle neck extension keep in mind that some patients have beautiful anatomy d that allows ultrasound exam even in a sitting position.

Chapter 4 Ultrasound Of The Neck Thyroid And Parathyroid