02
Strap Muscle Complex
This modality teaches the release of the Strap Muscle Complex, a group of muscles on the front of the neck that control the position of the hyoid bone and larynx. When these muscles enter spasm, they can contribute to throat tightness, swallowing difficulty, snoring, and anterior neck tension.
Step 1
Understanding the Problem
The strap muscles are a group of thin muscles located on the front of the neck, running between the hyoid bone, thyroid cartilage, sternum, and clavicle.
Their job is to stabilize and move the hyoid and larynx during swallowing, speech, and breathing.
When these muscles enter spasm, they can create a downward pull on the tissues of the throat and compress the structures that pass through the front of the neck.
Because this region contains the airway, thyroid gland, larynx, and important neurological pathways, even a mild chronic contraction can create symptoms that feel larger than the muscles themselves.
Step 2
The Clinical Problem

A client arrives complaining of being overweight despite effort to lose it, sleep apnea, snoring and difficulty staying awake.
Despite a lot of expense and effort, exercise, CPAP machines, and the array of efforts people make to manage these issues, nothing seems to work.
Why?
Even mild compression in this region can interfere with breathing mechanics, swallowing, and all of the problems discussed so far.
This is an example of why many symptoms that appear to be mysterious are relatively easy to treat, e.g, weight gain and chronic fatigue
Step 3
Why This Happens

The Root Cause of Muscle Spasm (Strap Muscles)
The true cause lies in the strap muscles of the anterior throat, where chronic contraction (spasm) pulls downward on the hyoid and thyroid cartilage when they contract, and because they span over the thyroid gland and it's nerves and the tracheal cartilage, they directly constrict the thyroid nerves and thyroid gland when they are in spasm. Spasm of the strap muscles is the cause of sleep apnea.; it is the cause of day-time fatigue; it is the cause of snoring; it is the fundamental root cause of excessive weight gain. It is also impossible to sing well when they are in spasm. The strap muscles become a tight tether between the hyoid bone and sternum when they spasm, and begin to make noise, similar to a guitar string. They are tethered to tight bone at both of these ends, and snoring is the result when the strap muscles become tight. They also cause the throat to collapse by compressing its length and this is what causes sleep apnea.
In this modality, the primary muscles involved are the strap muscles, which are commonly strained by:
• forward head posture
• excessive speaking or vocal strain
• stress-related throat tension
• dysfunctional breathing patterns
• prolonged screen use
• coughing
• prolonged speaking or yelling
When these muscles become fatigued or overused, they enter a state of spasm, where the fibers remain shortened and resist lengthening.
Over time, this spasm creates:
• accumulation of static electrons
• reduced circulation
• metabolic waste buildup
• impaired ATP production
• electrolyte imbalance
• compression of nearby structures
• restricted movement of the hyoid and larynx
• mild to severe shutdown of thyroid and metabolic functions
The thyroid function is critical for metabolism to function properly, and now we know which muscles need to be kept released for it to function properly.
Releasology restores the ability of these muscles to relax, improving function throughout the anterior neck.
Step 4
Anatomy

Spasm in the strap muscles pulls the anterior throat into compression and restricts normal movement of the hyoid, larynx, and airway structures.
The strap muscles are named after their origin and insertion. They originate from the sternum, omoid process of the scapula bone and the thyroid cartilage, respectively. They insert onto the hyoid bone or thyroid cartilage as you can see in their names.
The primary muscles in this complex include:
• Sternohyoid
• Sternothyroid
• Omohyoid
• Thyrohyoid
Structures influenced by strap muscle spasm include:
• the hyoid apparatus
• the larynx
• the trachea
• the thyroid region
• anterior cervical neural pathways
Because these structures sit directly beneath the muscles, even a small contraction can produce significant mechanical effects.
Why Symptoms Appear Far From the Front of the Throat
Compression of the thyroid gland causes body-wide fatigue - making it difficult to remain awake. People can also gain hundreds of pounds, while others only experience fatigue. These are real symptoms of strap muscle spasm that are not as obvious. Sleep apnea and snoring are caused by spasm of the strap muscles as well, but it is a lot more obvious since they occur in the same space.
For symptoms nearby or far away, Releasology does not chase symptoms. It releases the cause.
Step 5
Palpation

• Sternohyoideus
• Omohyoideus
-
Sternothyroideus
-
Thyrohyoideus
Primary muscles:
• Sternohyoideus
• Omohyoideus
• Sternothyroideus
• Thyrohyoideus
Use cross-fiber palpation to trace each of these muscles from origin to insertion. Find their tightest fibers within each muscle. Find the tightest points within the tightest fibers. These are release points.
Sternothyroideus
Start at the sternum bone. Feel the sternohyoideus (sternohyoid) where it attaches to the top of the sternum bone, at the suprasternal notch. Feel left to right (cross-fiber) as you travel up to the thyroid cartilage. The sternothyroideus inserts here. You should notice that this muscle is a little to the outside of the sternohyoid muscle which travels all of the way to the hyoid, but a little more on the medial side.
Sternohyoideus
Feel left to right across this muscle starting at the suprasternal notch, following the medial line of this muscle all the way to the hyoid bone. Notice that the sternothyroid attaches slightly ot the lateral side of the passage of the sternohyoid as your fingers trace it to the hyoid bone
Thyrohyoideus
The Thyrohyoideus follows the same path as the sternothyroideus, but continues up to the hyoid bone from the thyroid cartilage where the sternohyoid leaves off.
Omohyoideus
The omohyoid reaches the furthest away from the throat of all of the strap muscles. It descends from the hyoid bone, where it inserts, and depresses the hyoid bone when it contracts. It passes through a tendinous slip to a little known lateral corner of the spine of the scapula bone, called the "omoid process". From this anchor, when it contracts, it can become a bothersome tight string cutting across the thyroid gland, the thyroid nerves and other structures on the way to its origin.
For all of these muscles, practice feeling back and forth across their fibers from origin to insertion. We call this "travelling cross-fiber palpation." Once your fingers have made this journey, while carefully paying attention, the next steps will become easy to transition into - how to release them
Step 6
Neurological Consequences

The strap muscles lie near critical neurovascular structures.
When in spasm, they may:
• compress superficial nerve branches
• contribute to vagus nerve irritation (functional influence)
• restrict circulation in the anterior neck
Clients may experience:
• throat tightness
• difficulty swallowing
• voice fatigue
• shallow breathing
• anxiety-like sensations
Endocrine & Functional Effects
The strap muscles surround and compress the thyroid gland and tracheal cartilage.
Chronic tension may:
• compress or restrict the thyroid
• alter circulation to the gland
• contribute to metabolic imbalance
In Releasology, releasing these muscles is observed to support:
• improved metabolic activity
• improved energy levels
• improved breathing and vocal ease
Step 8
Worksheet Exercise

Students should:
• identify each strap muscle
• label origin and insertion
• locate the hyoid and thyroid cartilage
Drawing Exercise (Required)
Using a red pencil tool, draw each strap muscle:
• from origin → insertion
• connect precisely to correct skeletal landmarks
• outline the vertical fiber direction
• fill in the muscle body
Muscles to draw:
• Sternohyoid
• Omohyoid
• Sternothyroid
• Thyrohyoid
Application Exercise
Trace how dysfunction leads to:
• throat tension
• breathing restriction
• vocal fatigue
• metabolic effects
Your worksheet was successfully uploaded!
Step 9
Practice Assignment
Clinical Skill Development

Set up a massage table and recruit a practice subject for your first strap muscle release.
If possible, choose a subject experiencing:
• anterior neck tightness
• swallowing restriction
• snoring or throat tension
• voice fatigue
• excessive weight
• s leep apnea
• extreme daytime fatigue
Watch the technique video again and pause frequently.
Practice slowly until you can clearly feel:
• correct finger positioning
• correct practitioner body mechanics
• the Yang engagement phase
• the Yin release phase
The goal is not force.
The goal is precise engagement of the tightest fibers.
Once you have performed the release successfully, proceed to the next step.
Step 10
Treatment Recording
In this step you will record yourself performing the strap muscle release technique so your
form and body mechanics can be evaluated.

You will need:
• a massage table or treatment surface
• a practice subject
• a tripod or stable support for your phone or camera
• good lighting so your hand placement is clearly visible
Position the camera so that the following are clearly visible in the video:
• your hand placement on the client
• your body mechanics and posture
• the direction of pressure you apply
• the client’s throat and anterior neck region during the release
The video should show the entire treatment sequence, from initial contact to release.
Record yourself performing the strap muscle release technique so your form and body mechanics can be evaluated:
☑ correct finger placement
☑ practitioner body mechanics
☑ the Yang engagement phase
☑ the Yin release phase
The video should show the full treatment sequence from initial contact to muscle release.
Using the "+ Upload" button, below, upload your video and also click the submit button, below, for instructor review.
Your uploads will be saved and available for you to review later, and after your instructor reviews your video, they will confirm that the techniques were performed safely, accurately, and according to the Releasology method.
This step allows your instructor to confirm that the technique is being performed safely, accurately, and according to the Releasology method.
successfully uploaded and submitted!
Step 11
Client Testimonial

Ask your practice subject to rate their symptoms before and after the treatment using a 0–10 scale.
Record a brief testimonial video including::
☑ symptom description
☑ before score
☑ after score
☑ changes they experienced
Upload the testimonial video.
Documenting real clinical outcomes is an essential part of Releasology training.
Successfully uploaded!
Step 12
Knowledge Check & Module Completion
You should be able to:
• identify all 4 strap muscles
• describe their function
• explain their effect on breathing and thyroid
• release them for clients/patients and help them achieve: weight loss, freedom from sleep apnea, freedom from snoring relief from daytime fatiigue. Relief should be apparent within a week, or even within a few hours.
Completion Requirements
☑ practice
☑ recording
☑ testimonial
☑ quizModule
Modality Quiz
Complete the Strap Muscle Release Quiz
80% required to pass
1. The strap muscles primarily influence which region?
A. Lower back
B. Throat
C. Abdomen
D. Knee
2. Spasm in the sternothyroideus can compress:
A. Sciatic nerve
B. Thyroid gland
C. Femoral artery
D. Tibial nerve
3. Why can strap muscle spasm cause snoring
A. It weakens the diaphragm
B. They tether the hyoid bone to the sternum tightly enough to make breathing become audible snoring
C. It compresses lungs directly
D. It reduces oxygen production
4. A common symptom linked to strap muscle tension is:
A. Foot numbness
B. Sleep apnea
C. Knee swelling
D. Hip instability
5. A common symptom linked to strap muscle tension is:
A. Foot numbness
B. Extreme sleepiness
C. Knee swelling
D. Hip instability
You have achieved completion! Yay!
Proceed to next modality.