Why some hypermobile bodies struggle with heat and cold
Many people with hypermobility notice that their bodies respond differently to temperature. They may feel extremely hot, unusually cold, or have difficulty regulating body temperature during exercise, stress, or environmental changes.
These symptoms are often connected to the autonomic nervous system and circulation.
Hypermobility conditions such as Ehlers-Danlos Syndrome (EDS) can affect connective tissue throughout the body, including structures that help regulate blood vessels and circulation. When these systems behave differently, temperature regulation can sometimes be affected.
The Autonomic Nervous System
The autonomic nervous system controls many automatic body functions, including:
heart rate
blood pressure
sweating
body temperature regulation
Many individuals with hypermobility also experience autonomic nervous system dysregulation, sometimes diagnosed as Postural Orthostatic Tachycardia Syndrome (POTS).
When this system becomes dysregulated, the body may have difficulty adjusting to temperature changes.
Blood Vessel Regulation
Blood vessels play an important role in controlling body temperature.
When the body becomes too warm, blood vessels expand to release heat.
When the body becomes cold, vessels constrict to conserve heat.
In hypermobile individuals, blood vessels may be more elastic due to connective tissue differences. This can affect circulation and the body’s ability to regulate temperature effectively.
Common Temperature Symptoms
Some individuals with hypermobility report:
Heat intolerance
feeling overheated quickly
dizziness in warm environments
difficulty exercising in heat
Cold intolerance
cold hands and feet
sensitivity to cold temperatures
circulation changes
Sweating differences
excessive sweating
reduced sweating in some cases
These experiences vary widely and do not occur in every hypermobile person.
Why This Matters for Bodywork
Temperature sensitivity can influence how hypermobile clients respond to massage therapy.
Because massage affects circulation and the nervous system, therapists may notice clients who feel unusually warm, chilled, or lightheaded during treatment.
Massage Therapy Considerations
Massage therapists do not treat autonomic disorders, but session adaptations can improve comfort.
Temperature Awareness
Some clients may feel overheated under heavy blankets or table warmers. Others may become cold easily.
Adjusting room temperature, sheets, and table warmers can help maintain comfort.
Gradual Position Changes
Individuals with autonomic symptoms may feel dizzy when sitting or standing quickly.
Allowing extra time to sit up slowly can reduce symptoms.
Hydration
Clients who experience dysautonomia may benefit from adequate hydration before and after sessions.
Gentle Nervous System Support
Techniques that encourage relaxation and parasympathetic activity may help support nervous system regulation.
Many hypermobile clients respond well to slower, calming massage approaches rather than aggressive deep pressure.
Awareness Matters
Temperature regulation is one of many ways the nervous system and connective tissue interact in hypermobile bodies.
Understanding these patterns can help individuals recognize symptoms and communicate their needs during healthcare or bodywork sessions.
Education helps both practitioners and clients create safe and supportive treatment experiences.
Helpful Resource
For additional information about autonomic dysfunction in connective tissue disorders, visit The Ehlers-Danlos Society:
This resource explains how the autonomic nervous system can affect circulation, heart rate, and temperature regulation in hypermobile individuals.
Educational Disclaimer
Hypermobility and Ehlers-Danlos Syndrome exist on a spectrum. Every individual experiences connective tissue disorders differently, and not everyone will experience the symptoms or challenges discussed in this article.
The information shared here is intended for educational and awareness purposes only. It is not intended to diagnose, treat, or replace medical advice from a qualified healthcare professional.
Massage therapists do not diagnose medical conditions. If you are experiencing significant temperature intolerance, dizziness, or symptoms related to autonomic dysfunction, please consult an appropriate healthcare provider.
Understanding the relationship between connective tissue and the upper cervical spine
The upper cervical spine is responsible for supporting the head and protecting the brainstem. In individuals with hypermobility or **Ehlers-Danlos Syndrome (EDS), connective tissue differences can sometimes affect the ligaments that stabilize this region.
One condition that may occur in some hypermobile individuals is craniocervical instability (CCI).
Craniocervical instability refers to excessive movement between the skull and the upper cervical vertebrae. This instability can occur when ligaments responsible for stabilizing the upper neck become lax or weakened.
It is important to note that CCI is not present in everyone with hypermobility, but awareness of the condition can help individuals recognize symptoms and seek appropriate evaluation.
The Role of Ligaments in the Upper Cervical Spine
The head rests on two specialized vertebrae:
• Atlas (C1)
• Axis (C2)
These vertebrae allow the head to nod and rotate. They are stabilized by several ligaments that help control movement and protect the brainstem.
In connective tissue disorders, ligaments may be more elastic. When these ligaments do not provide sufficient stability, the skull and upper cervical spine may move more than intended.
This excessive motion can sometimes irritate surrounding structures such as nerves, the spinal cord, or blood vessels.
Symptoms Sometimes Associated with CCI
Symptoms can vary widely depending on the individual and the degree of instability.
Possible symptoms reported by some patients include:
neck pain or pressure at the base of the skull headaches that worsen when upright dizziness or balance issues visual disturbances brain fog or cognitive fatigue sensitivity to head movement
Because many of these symptoms overlap with other conditions, proper medical evaluation is important.
Why Hypermobility May Increase Risk
Connective tissue provides stability throughout the body, including in the ligaments of the cervical spine.
In individuals with hypermobility:
ligaments may stretch more easily joint stability may be reduced muscles may compensate by tightening
This muscle guarding can sometimes cause chronic neck tension.
For this reason, the neck can be an area of particular sensitivity in hypermobile clients.
Massage Therapy Considerations
Massage therapists working with hypermobile clients should be aware that the upper cervical spine may be more vulnerable in some individuals.
Massage therapists do not diagnose craniocervical instability, but awareness of potential instability can help guide safe bodywork.
Avoid Excessive Neck Movement
Aggressive neck stretching or strong rotational techniques may not be appropriate for hypermobile individuals.
Gentle Cervical Techniques
If working near the neck, gentle techniques that support muscular relaxation without forcing range of motion are generally safer.
Avoid Cervical Traction
Manual traction or pulling on the neck may increase instability in some individuals with ligament laxity.
Support the Head
Proper head support during massage is important to prevent strain on the upper cervical structures.
Encourage Medical Evaluation
If a client reports symptoms such as severe dizziness, neurological changes, or worsening symptoms with neck movement, referral to a healthcare provider may be appropriate.
Why Awareness Matters
Craniocervical instability is one example of how connective tissue disorders can affect areas of the body that are not immediately obvious.
Understanding these connections can help individuals with hypermobility make informed decisions about movement, exercise, and bodywork.
Education also helps practitioners modify techniques to ensure treatments remain safe and supportive.
Helpful Resources
For more information about hypermobility and cervical spine involvement, visit The Ehlers-Danlos Society:
This resource discusses neurological and spinal complications that may occur in connective tissue disorders.
Educational Disclaimer
Hypermobility and Ehlers-Danlos Syndrome exist on a spectrum. Every individual experiences connective tissue disorders differently, and not everyone will experience the symptoms or challenges discussed in this article.
The information shared here is intended for educational and awareness purposes only. It is not intended to diagnose, treat, or replace medical advice from a qualified healthcare professional.
Massage therapists do not diagnose medical conditions. If you are experiencing neurological symptoms, persistent neck pain, or concerns related to cervical spine stability, please consult an appropriate healthcare provider.
When people think about hypermobility or Ehlers-Danlos Syndrome (EDS), they usually picture flexible joints. However, connective tissue is also a key structural component of the heart, blood vessels, and circulatory system.
Because connective tissue provides support and elasticity to blood vessels, changes in collagen can sometimes affect how the cardiovascular system functions.
Not everyone with hypermobility experiences cardiovascular symptoms, but some individuals may notice circulation or autonomic nervous system differences.
Blood Vessel Elasticity
Blood vessels rely on connective tissue to maintain their shape and regulate blood flow.
In hypermobility conditions, vessel walls may be more elastic. This can sometimes contribute to:
lightheadedness blood pooling in the legs fatigue difficulty regulating blood pressure
When blood vessels expand more easily, the body may need to work harder to maintain circulation.
The Autonomic Nervous System
Many individuals with hypermobility also experience dysregulation of the autonomic nervous system.
POTS affects how the body regulates heart rate and blood pressure when changing positions, particularly when moving from sitting or lying down to standing.
Symptoms may include:
dizziness when standing
rapid heart rate
fatigue
brain fog
exercise intolerance
These symptoms occur because the body must compensate for changes in blood flow and circulation.
Heart Structure
In some types of EDS, mild structural differences in the heart may occur.
Examples sometimes monitored by healthcare providers include:
mild mitral valve prolapse
changes in connective tissue supporting heart valves
These findings are not present in everyone with hypermobility but may be monitored by physicians as part of routine care.
Why This Matters for Bodywork
Massage therapists frequently work with clients who report symptoms such as fatigue, dizziness, or feeling faint when getting off the table.
Understanding the possible cardiovascular and autonomic factors in hypermobility can help therapists adapt sessions appropriately.
Massage Therapy Considerations
Massage therapists do not diagnose cardiovascular conditions, but certain adaptations may help support client comfort.
Slow Position Changes
Clients with circulation or autonomic symptoms may feel dizzy when sitting up quickly.
Allow extra time when transitioning from:
prone to supine supine to seated seated to standing
Hydration Awareness
Some clients with autonomic symptoms benefit from adequate hydration before and after massage sessions.
Moderate Pressure
Very deep pressure can sometimes cause lightheadedness in individuals with dysautonomia.
Moderate, calming techniques may be more comfortable.
Bolstering and Positioning
Supporting the body with bolsters can reduce strain on joints and help improve comfort during treatment.
Nervous System Regulation
Massage techniques that support relaxation may help calm the nervous system and support parasympathetic activity.
Many hypermobile individuals benefit from sessions focused on nervous system regulation rather than aggressive tissue work.
Awareness Helps
Because connective tissue exists throughout the body, hypermobility can influence systems beyond the joints.
Understanding these connections allows individuals to recognize symptoms, seek appropriate care, and communicate effectively with healthcare providers.
Helpful Resources
For more information about cardiovascular involvement in hypermobility and EDS, visit The Ehlers-Danlos Society:
Cardiovascular involvement in Ehlers-Danlos syndromes
This resource explains autonomic dysfunction, circulation changes, and cardiovascular considerations in people with EDS.
Educational Disclaimer
Hypermobility and Ehlers-Danlos Syndrome exist on a spectrum. Every individual experiences connective tissue disorders differently, and not everyone will experience the symptoms or challenges discussed in this article.
The information shared here is intended for educational and awareness purposes only. It is not intended to diagnose, treat, or replace medical advice from a qualified healthcare professional.
Massage therapists do not diagnose medical conditions. If you are experiencing cardiovascular symptoms such as dizziness, fainting, or rapid heart rate, please consult an appropriate healthcare provider.
When people think about hypermobility or Ehlers-Danlos Syndrome (EDS), they often picture flexible joints or unstable ligaments. However, connective tissue exists throughout the entire body—including the digestive system.
The gastrointestinal tract relies on connective tissue to support organs and coordinate the muscular contractions that move food through the digestive system. When connective tissue behaves differently, digestion can sometimes be affected.
Not everyone with hypermobility experiences digestive symptoms, but gastrointestinal issues are reported by many people with EDS or hypermobility spectrum disorders.
Connective Tissue and Digestion
The digestive system depends on coordinated muscle contractions called peristalsis to move food through the esophagus, stomach, and intestines.
In connective tissue disorders, structures that support these muscles may be more elastic or less stable. This can sometimes lead to changes in gastrointestinal motility, meaning food may move through the digestive system either too slowly or unpredictably.
Common Gastrointestinal Symptoms
People with hypermobility may report a variety of digestive symptoms, including:
Reflux and Heartburn
The valve between the stomach and esophagus (the lower esophageal sphincter) helps prevent stomach acid from moving upward. If connective tissue is more lax, reflux symptoms may occur more easily.
Symptoms may include:
heartburn
acid reflux
chest discomfort
throat irritation
Bloating and Abdominal Distention
Bloating is frequently reported in hypermobile individuals. This may be related to digestive motility changes or increased sensitivity in the gastrointestinal tract.
Symptoms may include:
visible abdominal distention
gas buildup
abdominal discomfort
Constipation
Some individuals experience slower intestinal movement.
This can result in:
infrequent bowel movements
abdominal pressure
discomfort
Adequate hydration, dietary adjustments, and medical guidance can often help manage these symptoms.
Nausea or Early Fullness
Some people with hypermobility report feeling full very quickly when eating. In certain cases this may be related to delayed stomach emptying.
The autonomic nervous system helps regulate digestion. When it is dysregulated, symptoms like nausea, bloating, or irregular digestion can sometimes occur.
Some individuals with hypermobility also experience Mast Cell Activation Syndrome (MCAS), which can affect gastrointestinal symptoms and food sensitivities.
Why This Matters for Massage Therapy
Massage therapists working with hypermobile clients may notice abdominal or digestive complaints mentioned during intake.
While massage therapists do not diagnose gastrointestinal conditions, bodywork can sometimes help support overall comfort.
Helpful Adaptations for Hypermobile Clients
Gentle Pressure
Deep abdominal pressure may not be appropriate for some hypermobile individuals, especially if the client experiences abdominal sensitivity.
Positioning Support
Supportive bolstering can help reduce strain on the abdomen and lower back during treatment.
Avoid Excessive Stretching
Aggressive stretching of abdominal or hip structures may increase joint instability in hypermobile individuals.
Focus on Nervous System Relaxation
Techniques that support relaxation may help calm the nervous system, which can indirectly support digestive comfort.
Communication
Clients experiencing digestive symptoms may prefer shorter sessions or different positioning. Open communication helps tailor the session appropriately.
Awareness Matters
Digestive symptoms are often overlooked in discussions about hypermobility. Understanding that connective tissue exists throughout the body—including the gastrointestinal tract—can help individuals recognize patterns in their health.
Education also helps people advocate for themselves and seek appropriate medical guidance when symptoms arise.
Hypermobility and Ehlers-Danlos Syndrome exist on a spectrum. Every individual experiences connective tissue disorders differently, and not everyone will experience the symptoms or challenges discussed in this article.
The information shared here is intended for educational and awareness purposes only. It is not intended to diagnose, treat, or replace medical advice from a qualified healthcare professional.
Massage therapists do not diagnose medical conditions. If you are experiencing digestive symptoms, pain, or health concerns related to hypermobility or connective tissue disorders, please consult an appropriate healthcare provider.
When people think about hypermobility or Ehlers-Danlos Syndrome (EDS), they often picture flexible joints like elbows, knees, or fingers. However, connective tissue exists throughout the body—including the mouth.
For individuals with hypermobility, the jaw joint, gums, ligaments, and even tooth structure may be affected. Understanding these connections can help people recognize symptoms and seek appropriate dental care.
The Jaw Joint (TMJ)
The temporomandibular joint (TMJ) connects the jaw to the skull and is one of the most frequently affected joints in hypermobile individuals.
Because ligaments may be more elastic, the jaw joint can become unstable. This may lead to:
Jaw clicking or popping
Jaw locking or catching
Pain while chewing
Difficulty opening the mouth fully
Jaw fatigue when talking or eating
Some individuals may experience partial jaw subluxations, where the joint temporarily slips out of its normal alignment.
Muscles surrounding the jaw often tighten in an attempt to stabilize the joint. This can lead to headaches, facial tension, and neck pain.
Teeth Grinding and Clenching
Jaw instability can also contribute to bruxism, which is grinding or clenching the teeth—often during sleep.
People with hypermobility may grind their teeth because the nervous system is attempting to stabilize the jaw joint. Over time, this can lead to:
worn teeth
tooth sensitivity
cracked enamel
jaw pain
Night guards or dental splints are commonly recommended to protect the teeth and reduce strain on the TMJ.
Gum Health and Periodontal Disease
Connective tissue disorders can also affect the gums and the structures that hold teeth in place.
Some individuals with hypermobility may experience:
fragile or easily bleeding gums
gum recession
early periodontal disease
The ligaments that support teeth (periodontal ligaments) may be more elastic, which can contribute to gum issues or changes in tooth stability.
Maintaining excellent oral hygiene and working with a dentist who understands connective tissue disorders can be very important.
Cavities and Enamel Differences
Some individuals with EDS report frequent cavities or sensitive teeth. In certain types of EDS, enamel development may be slightly altered, which can make teeth more vulnerable to decay or wear.
Dry mouth—sometimes associated with medications or autonomic nervous system issues—can also increase the risk of cavities.
Regular dental checkups and preventative care become especially important.
Other Oral Symptoms
People with hypermobility may also experience:
a high or narrow palate
crowded teeth
frequent mouth ulcers
tongue mobility differences
sensitivity during dental procedures
Some individuals also report needing more anesthetic during dental procedures, though experiences vary.
Why This Matters for Bodywork
The jaw does not function in isolation. The TMJ is closely connected to the muscles of the neck, head, and shoulders.
Jaw tension can contribute to:
headaches
neck pain
upper trapezius tension
facial pain
Massage therapy, when performed appropriately, can sometimes help reduce muscular tension surrounding the jaw, neck, and shoulders. However, because the TMJ can be unstable in hypermobile individuals, gentle techniques and awareness of joint stability are important.
Awareness Helps
Hypermobility affects connective tissue throughout the body, including areas people might not immediately think about—like the mouth.
Recognizing these connections can help individuals better understand their symptoms and seek appropriate care from dental and healthcare professionals.
Awareness also helps people advocate for themselves when receiving dental work or bodywork, ensuring providers understand the unique needs of hypermobile patients.
Educational Disclaimer
Hypermobility and Ehlers-Danlos Syndrome exist on a spectrum. Every individual experiences connective tissue disorders differently, and not everyone will experience the symptoms or challenges discussed in this article.
The information shared here is intended for educational and awareness purposes only. It is not intended to diagnose, treat, or replace medical advice from a qualified healthcare professional.
Massage therapists do not diagnose medical conditions. If you are experiencing pain, instability, or symptoms related to hypermobility or connective tissue disorders, please consult an appropriate healthcare provider such as your physician, physical therapist, or specialist.
Invitation for Conversation
Living with a hypermobile body can sometimes feel confusing or isolating. Education helps us better understand our bodies and advocate for the care we need.
If you found this article helpful or have personal experiences with hypermobility and bodywork, I invite you to share your thoughts or questions. Conversations like these help build awareness and support for those navigating connective tissue disorders.
Pregnancy is a time of enormous change for the body. Hormones shift, tissues stretch, and joints become more flexible to prepare for birth. For most people, these changes are temporary and manageable. However, for individuals with Ehlers-Danlos Syndrome (EDS), pregnancy can introduce additional challenges due to the way connective tissue behaves.
EDS is a group of genetic conditions that affect collagen, the protein that helps provide strength and stability to skin, joints, ligaments, and blood vessels. Because collagen is involved in so many structures in the body, pregnancy can affect people with EDS in unique ways.
Hormones and Joint Stability
During pregnancy, the body releases hormones such as relaxin and progesterone. These hormones allow ligaments to loosen so the pelvis can expand during childbirth. While this process is completely normal, individuals with EDS already have more flexible connective tissue. The additional hormonal changes can increase joint instability.
Some people notice:
Increased joint looseness
More frequent subluxations or partial dislocations
Sacroiliac (SI) joint instability
Increased muscle fatigue from stabilizing joints
For some hypermobile individuals, joints that were previously manageable may feel significantly less stable during pregnancy.
Increased Pain and Musculoskeletal Stress
As pregnancy progresses, the center of gravity shifts and the growing uterus places additional strain on the spine and pelvis. Because ligaments may not provide adequate stability, muscles often work overtime to support the joints.
Common musculoskeletal symptoms may include:
Low back pain
Pelvic girdle pain
Rib or hip subluxations
Neck and shoulder tension
Increased muscle fatigue
Supportive therapies such as physical therapy, gentle strengthening exercises, massage therapy, and pelvic stabilization can often help manage discomfort.
Cardiovascular and Autonomic Changes
Many individuals with EDS also experience autonomic nervous system conditions such as Postural Orthostatic Tachycardia Syndrome (POTS). Pregnancy naturally increases blood volume and heart rate, which can worsen symptoms in some individuals.
Possible symptoms include:
dizziness when standing
rapid heart rate
fainting episodes
fatigue
Staying well hydrated, using compression garments, and working closely with healthcare providers can help manage these symptoms.
Gastrointestinal Changes
Digestive symptoms are also common in EDS due to connective tissue differences affecting smooth muscle and motility. Pregnancy can intensify these issues.
Some individuals experience:
reflux or heartburn
nausea
bloating
constipation
These symptoms are often manageable with dietary adjustments and medical support.
Skin and Tissue Changes
Because collagen structure is altered in EDS, skin and connective tissues may respond differently during pregnancy. Individuals may notice:
stretch marks appearing earlier or more easily
fragile skin
slower wound healing
increased risk of hernias
These changes vary widely between individuals and between different types of EDS.
Labor and Delivery Considerations
Many people with EDS have safe and healthy deliveries, but there are a few considerations healthcare providers may monitor.
Some individuals report:
faster or precipitous labor
increased tearing
joint instability during certain birthing positions
postpartum bleeding
Because joint stability can vary, it is often helpful for providers to be aware of the condition so labor positioning can be adjusted if needed.
Postpartum Recovery
After delivery, connective tissues are still affected by pregnancy hormones for several months. During this time, people with EDS may be more vulnerable to:
pelvic floor dysfunction
pelvic organ prolapse
joint instability
lingering musculoskeletal pain
Pelvic floor physical therapy can be especially helpful during postpartum recovery.
A Reminder About Individual Experiences
EDS is a spectrum, and pregnancy experiences vary widely from person to person. Some individuals notice increased symptoms, while others find that pregnancy symptoms are manageable with proper support.
The most important factor is having a knowledgeable care team that understands hypermobility and connective tissue disorders.
A Note for Patients Receiving Massage
Massage therapy can be very helpful during pregnancy for people with EDS, but techniques may need to be adapted. Therapists may use lighter pressure, avoid end-range stretching, and provide extra joint support with positioning and bolsters.
If you have EDS and are pregnant, always inform your healthcare providers and bodyworkers so care can be tailored to your needs.
Pregnancy can be a beautiful and empowering experience, even with a connective tissue disorder. With the right support and awareness, many individuals with Ehlers-Danlos Syndrome navigate pregnancy successfully and safely.
Educational Disclaimer
Ehlers-Danlos Syndrome exists on a spectrum, and symptoms vary greatly between individuals. The information presented here is for educational and awareness purposes only. It is not intended to diagnose or treat any medical condition or replace medical care.
Massage therapists do not diagnose medical conditions. Individuals who are pregnant or experiencing symptoms related to hypermobility or connective tissue disorders should consult their healthcare provider for medical guidance.
Professional Boundaries, Screening, and Protecting Yourself in Practice
Massage therapy is a respected healthcare profession that promotes relaxation, pain relief, and overall wellness. However, because massage involves physical touch, privacy, and partial undressing, therapists must maintain strong professional boundaries and safety practices.
Understanding the history of the profession, the realities therapists face, and the tools available to protect ourselves is essential for maintaining both personal safety and professional integrity.
The Evolution of Massage Therapy: From “Masseuse” to Licensed Massage Therapist
Massage is one of the oldest healing practices in human history. Techniques appear in ancient medical systems in China, India, Egypt, and Greece thousands of years ago, where manual therapy was used to treat injuries, relieve pain, and improve circulation.
In the 19th century, Swedish physician Per Henrik Ling developed what became known as Swedish massage, which helped formalize massage techniques in Western medicine.
For many years practitioners were called “masseurs” and “masseuses.” Unfortunately, these terms gradually became associated with prostitution and illicit massage businesses. To distinguish legitimate therapeutic care from illegal activity, the profession adopted the title Massage Therapist and later Licensed Massage Therapist (LMT).
Today, most U.S. states require massage therapists to be licensed or certified and to meet education and examination requirements.
Licensing helped transform massage therapy from a loosely regulated trade into a recognized healthcare profession with ethical standards, training programs, and regulatory boards.
However, the stigma created by illegal businesses still affects therapists today.
The Illicit Massage Industry and Its Impact on the Profession
One of the biggest challenges the massage profession faces is the existence of illicit massage businesses (IMBs) that advertise massage but provide sexual services.
Researchers estimate there are more than 9,000 illicit massage businesses operating in the United States, many linked to human trafficking.
These operations:
Damage the reputation of legitimate therapists Create public misunderstanding about massage Increase the likelihood that therapists receive inappropriate requests
Licensed massage therapists work under ethical codes and strict regulations. Sexual services are not part of massage therapy and are illegal in most jurisdictions.
The Physiological Response During Massage
One issue that often concerns therapists is the possibility of a client experiencing an erection during a session.
It is important to understand that this can occur as a natural physiological response and does not necessarily indicate sexual intent.
Massage activates the parasympathetic nervous system, often called the “rest and digest” system. This response:
Because the parasympathetic system also regulates sexual arousal, some male clients may experience an erection during relaxation.
Key points for therapists:
It is involuntary and normal It should not be acknowledged or discussed Proper draping must always remain in place The therapist should simply continue the session professionally
However, sexual comments, gestures, or requests are not normal and must be addressed immediately.
The Reality of Harassment in the Profession
Unfortunately, massage therapists frequently experience sexual harassment from clients.
Research has shown:
74.8% of massage therapists report experiencing sexual harassment from clients during their career. Approximately 73.4% report harassment and 19.2% report sexual assault incidents while working. Surveys also show 64% of female and 56% of male therapists have experienced unwanted sexual advances from clients.
Most incidents occur during the massage session itself, highlighting the importance of strong screening and safety protocols.
These statistics demonstrate that therapist safety is not a minor concern—it is a significant professional issue.
Why Massage Therapists Are Vulnerable
Several factors increase vulnerability for therapists:
Private treatment rooms Partial client nudity Physical contact Therapists often working alone A profession largely composed of female practitioners
Research also notes that many massage therapists work as independent sole proprietors, which can increase vulnerability to harassment.
Because of this, therapists must take proactive steps to protect themselves.
Screening Clients Before the Appointment
One of the most effective safety tools is proper client screening.
Professional therapists should avoid accepting appointments from unknown clients without gathering basic information.
Require Intake Forms
A proper intake form should include:
Full name Phone number Email address Medical history Emergency contact Consent to treatment Policies regarding inappropriate behavior
This information establishes professionalism and deters individuals seeking illicit services.
Require Payment Information
Predatory clients often avoid leaving identifying information.
Safety practices include:
Credit card on file Online booking verification Prepayment for first appointments
Verify New Clients
For new clients you may:
Require online booking Require a referral Ask how they found your practice
Legitimate clients are rarely offended by professional screening procedures.
Red Flags When Communicating with Potential Clients
Certain questions or behaviors may indicate someone is seeking something other than therapeutic massage.
Common red flags include:
Asking if you are “open-minded” Asking if nudity is allowed Asking about inner thigh or groin work repeatedly Asking if you work alone Asking what you wear during sessions Heavy breathing or sexual comments during phone calls Refusing to complete intake forms Only wanting late-night appointments
These individuals should not be scheduled.
Safety Practices in the Treatment Room
Even with screening, therapists should take precautions during every session.
Maintain Clear Draping
Proper draping protects both the client and therapist.
The client’s genitals, gluteal cleft, and breasts must remain covered unless clinically appropriate and consented to.
Position Yourself Safely
Some therapists prefer:
Keeping themselves between the client and the door Ensuring clear access to exits Maintaining professional distance when needed
Keep Your Phone Nearby
Having a phone available allows you to call for help if necessary.
Some clinics also install alert buttons or panic systems therapists can use if they feel unsafe.
What to Do if a Client Behaves Inappropriately
Therapists should address boundary violations immediately.
Step 1: Address the Behavior
Use clear, professional language.
Examples:
“This is a professional therapeutic massage.” “That behavior is not appropriate.”
Step 2: End the Session if Necessary
If the behavior continues:
Stop the massage immediately Leave the room Ask the client to dress and leave
Step 3: Document the Incident
Write down:
Date and time
What happened
Statements made
Actions taken
Documentation protects you legally and professionally.
Safety for Therapists Working Alone
Many therapists work in private practices or home offices.
Safety strategies include:
Letting someone know your schedule Installing security cameras in public areas Using online booking only Avoiding walk-in clients Locking doors during sessions
Some therapists also choose to schedule new male clients during daytime hours or require referrals.
Mobile Massage Safety
For therapists who travel to clients’ homes:
Always obtain the full address in advance Inform someone where you will be Avoid appointments in hotels or unfamiliar locations Trust your instincts and cancel if something feels unsafe
Social Media and Online Safety
Online marketing can attract inappropriate attention.
Safety practices include:
Avoid posting personal details Use professional photos Avoid overly suggestive language Maintain clear professional branding
Clear professional messaging helps filter inappropriate inquiries.
Documentation Protects Therapists
Documentation should include:
Intake forms
SOAP notes
Incident reports
Signed policies
Proper records can protect therapists if complaints arise or if law enforcement becomes involved.
Professional Boundaries Protect the Profession
Massage therapy relies on trust.
Clear communication about boundaries protects:
The client
The therapist
The profession
Clients should understand:
Draping is required
Sexual behavior is not tolerated
The therapist may end the session at any time
These policies reinforce that massage therapy is a legitimate healthcare service, not entertainment.
When Should a Massage Therapist Call the Police?
Massage therapists are trained to maintain professionalism and manage uncomfortable situations, but there are times when behavior crosses a line and becomes a criminal matter. Knowing when to involve law enforcement helps protect both the therapist and future victims.
You should consider calling the police when:
A Client Exposes Themselves
If a client intentionally exposes their genitals outside of proper draping, especially after being corrected or warned, it may constitute indecent exposure, which is a criminal offense in many states.
A Client Touches the Therapist
If a client touches the therapist in a sexual manner, attempts to grab the therapist, or tries to force physical contact, this may be considered sexual assault.
The Client Refuses to Leave
If you end a session and ask a client to leave but they refuse, this becomes a trespassing situation.
Threats or Aggressive Behavior
If a client becomes threatening, aggressive, or violent, your safety becomes the priority. Call law enforcement immediately.
Stalking or Harassment
Repeated unwanted contact, showing up without appointments, or persistent harassment may qualify as stalking or harassment depending on the situation.
Document Everything
If an incident occurs:
Write down exactly what happened Record the date and time Save any messages or emails Notify your employer or clinic manager if applicable
Documentation is important if legal action becomes necessary.
Massage therapists have the right to work in a safe environment, and law enforcement should be contacted when behavior crosses into criminal territory.
Illicit Massage Businesses and Human Trafficking
Another important issue affecting the massage profession is the existence of illicit massage businesses (IMBs).
These establishments advertise massage but often operate as fronts for prostitution or human trafficking.
Researchers estimate that there are more than 9,000 illicit massage businesses in the United States. These operations generate billions of dollars annually and are frequently connected to organized crime and trafficking networks.
Many women working in these establishments are not there by choice. Investigations have shown that victims are often:
Recruited through deceptive job offers Brought to the U.S. under false promises Forced to work long hours Living at the business location Controlled through debt or threats
These individuals are frequently victims of labor trafficking or sex trafficking.
Illicit massage businesses harm legitimate therapists in several ways:
They create public confusion about the profession They contribute to sexual harassment toward therapists They exploit vulnerable individuals for profit
Why Men Should Not Support These Businesses
Patronizing illicit massage businesses does not just harm the massage profession—it may also contribute to human exploitation.
Even when someone believes they are simply purchasing a sexual service, the reality may be far more serious.
Many trafficking victims:
Cannot leave their workplace freely
Are under constant surveillance
Have their identification taken away
Are threatened with violence or deportation
By supporting these businesses, clients may unknowingly be supporting modern-day slavery.
The ethical choice is simple:
If someone is seeking legitimate massage therapy, they should book with a licensed massage therapist working in a professional setting.
Respecting therapists, respecting boundaries, and refusing to support exploitative businesses helps protect both massage professionals and vulnerable people.
Final Thoughts
Massage therapy has evolved from an ancient healing practice into a modern licensed healthcare profession. Yet therapists continue to face challenges caused by misunderstanding, stigma, and inappropriate client behavior.
By implementing strong screening procedures, maintaining clear boundaries, and prioritizing safety, massage therapists can protect themselves while providing ethical, therapeutic care.
Professional boundaries are not just about protecting the therapist—they protect the integrity of the entire profession.
Hypermobility is not just flexibility. It is increased joint range combined with decreased passive stability. Your ligaments are more elastic. Your nervous system works harder to keep you upright. Your muscles often overwork to compensate.
Massage therapy is a physically demanding profession. For hypermobile therapists, sustainability requires intention.
This guide is about protecting your longevity — not limiting your potential.
🥄 Energy Is Real: The Spoon Theory
The Spoon Theory, described by Christine Miserandino, explains energy as a limited resource.
Some days you wake up with:
20 spoons Other days: 7
Massage uses:
Postural endurance
Grip strength
Micro-stabilization
Emotional presence
Nervous system regulation
You cannot out-discipline a connective tissue disorder.
Consider:
Fewer back-to-back deep sessions Alternating lighter sessions between heavier ones Built-in recovery days Honest scheduling
Energy management is not laziness. It is strategy.
😴 Sleep Is Non-Negotiable
Hypermobile bodies:
Repair tissue more slowly
Experience higher sympathetic tone
Often have dysautonomia
Fatigue more quickly
Sleep is when:
Collagen turnover occurs
Muscles recover
The nervous system recalibrates
Helpful supports:
Consistent sleep and wake times
Cervical pillow that maintains neutral alignment
Body pillow for joint support
Magnesium glycinate (if tolerated and provider-approved)
Cooling sheets or breathable fabrics if temperature regulation is difficult
You cannot “push through” chronic sleep deprivation. It will always collect interest.
🥗 Nutrition for Stability
We are not trying to shrink your body.
We are trying to support your tissues.
Focus on:
Adequate protein (for muscle and collagen support)
Vitamin C (collagen synthesis)
Omega-3 fatty acids Electrolytes (especially with dysautonomia)
Whole, minimally processed foods
Limit:
Ultra-processed foods
High sugar intake
Excess alcohol
Excess caffeine (particularly if you experience tachycardia or POTS-like symptoms)
Possible supplements (discuss with a healthcare provider):
Magnesium
Vitamin C
Electrolytes
Collagen peptides (evidence is mixed, but may support some individuals)
Food is not punishment or control. It is structural support.
🏋️ Exercise: Stability Over Stretching
You do not need more stretching.
Hypermobility requires:
Proprioception
Controlled strengthening
Stability at mid-range
Slow tempo movements
Educator Jeannie Di Bon emphasizes safe strengthening for hypermobile bodies — focusing on control rather than end-range flexibility.
Helpful strategies:
Closed-chain exercises
Isometric holds
Deep neck flexor work
Glute medius strengthening
Scapular stabilization
Core control
Avoid:
Repeated end-range loading Locking knees or elbows Aggressive yoga “No pain, no gain” approaches
Strength protects you. Stretching without control destabilizes you.
🖐️ Support Tools That Make a Difference
Ring splints: Prevent finger hyperextension. Reduce joint fatigue during sessions.
Compression garments: Helpful for POTS/dysautonomia
Cooling scarves or neck wraps: Helpful for mast cell flares or temperature dysregulation
Longevity is the real measure of success in this profession.
When to Seek Support
Consider evaluation if you experience:
Recurrent joint instability
Frequent subluxations
Persistent tachycardia
Severe fatigue
Repeated injury
Appropriate referrals may include:
Physical therapy familiar with hypermobility
Cardiology (if dysautonomia suspected)
Rheumatology
Genetics Pelvic floor PT
Early support prevents burnout and injury.
Final Thoughts
You deserve to practice in a way that protects your future.
Hypermobility does not disqualify you from massage therapy.
But it does require wisdom.
Your body is not an obstacle.
It is information.
Listen to it.
Disclaimer
This guide is for educational purposes only and does not replace individualized medical advice. Hypermobility and connective tissue disorders exist on a spectrum. Consult a qualified healthcare provider before making changes to exercise, supplementation, bracing, or dietary practices. What is appropriate for one person may not be appropriate for another.
The Problem of Misdiagnosis in Hypermobility Spectrum Disorders
By Jennifer Richards, LMT
Hypermobility Spectrum Disorders (HSD) and hypermobile Ehlers-Danlos Syndrome (hEDS) are connective tissue disorders that frequently go unrecognized in clinical practice. Because connective tissue is present throughout the body, symptoms often involve multiple organ systems. When these symptoms are evaluated in isolation, patients may receive incomplete or incorrect diagnoses.
The result is not simply delay — but sometimes treatment that worsens instability or fails to address the underlying mechanism.
Why Hypermobility Is Commonly Missed
hEDS is currently the only Ehlers-Danlos subtype without a confirmed genetic marker. Diagnosis is clinical and based on criteria established in the 2017 International Classification of the Ehlers-Danlos Syndromes.
HSD is diagnosed when symptomatic joint hypermobility is present but full hEDS criteria are not met.
Because there is no single laboratory test to confirm hEDS/HSD, diagnosis requires:
A detailed history Beighton score assessment Evaluation of systemic features Exclusion of alternative diagnoses
Unfortunately, many providers are not trained to recognize the multisystem patterns associated with connective tissue disorders.
Frequently Reported Misdiagnoses
Below are conditions commonly diagnosed in patients later found to have HSD or hEDS. In some cases, these diagnoses may coexist. In others, they represent diagnostic overshadowing.
1. Systemic Lupus Erythematosus (SLE)
Patients with hypermobility frequently present with:
Joint pain
Fatigue Raynaud’s phenomenon
Rashes
Non-specific systemic complaints
These symptoms often prompt an autoimmune workup.
The antinuclear antibody (ANA) test is typically the first screening tool for lupus and related connective tissue diseases.
Research indicates:
A negative ANA has high negative predictive value for SLE. Over 95% of lupus patients are ANA positive.
When ANA testing is negative and other autoimmune markers are absent, clinicians may conclude that systemic autoimmune disease is unlikely.
However, the absence of autoimmune markers does not explain:
Mechanical joint instability
Recurrent sprains/subluxations
Orthostatic intolerance
GI dysmotility
In such cases, hypermobility should be considered.
Long-term corticosteroid use is known to weaken connective tissue, reduce collagen integrity, and increase risk of tendon injury — potentially worsening symptoms in individuals with underlying connective tissue fragility.
2. Sjögren’s Syndrome
Sjögren’s is characterized by:
Dry eyes
Dry mouth
Fatigue
Joint pain
Interestingly, individuals with dysautonomia — particularly those with small fiber neuropathy — may also experience dryness due to autonomic dysfunction affecting glandular secretion.
Additionally:
Dysautonomia can impair lacrimal and salivary gland regulation. Small fiber neuropathy has been documented in both Sjögren’s and hEDS populations.
When SSA/SSB antibodies are negative and biopsy findings are absent, Sjögren’s may be excluded — yet symptoms remain.
The autonomic component of hypermobility is often overlooked in this differential.
3. Fibromyalgia
Fibromyalgia and hypermobility frequently overlap.
Research suggests a significant percentage of individuals diagnosed with fibromyalgia demonstrate generalized joint hypermobility.
However:
Fibromyalgia is characterized by central sensitization. Hypermobility includes structural joint instability.
If mechanical instability is not addressed through targeted stabilization and neuromuscular control, symptoms may persist despite standard fibromyalgia treatments.
4. Anxiety and Panic Disorder
Dysautonomia — particularly Postural Orthostatic Tachycardia Syndrome (POTS) — is strongly associated with hypermobility.
Studies estimate that a substantial percentage of individuals with POTS meet criteria for hypermobility disorders.
Symptoms of dysautonomia include:
Tachycardia
Lightheadedness
Tremulousness
Shortness of breath
Sweating Exercise intolerance
These can mimic panic disorder.
While anxiety may coexist, autonomic dysfunction is physiologic. Failure to perform orthostatic vitals or tilt-table testing may lead to psychiatric mislabeling.
Gastrointestinal involvement in hypermobility may include:
Delayed gastric emptying
Esophageal dysmotility
Constipation
Diarrhea
Visceral hypersensitivity
Connective tissue abnormalities affect smooth muscle support and enteric nervous system regulation.
IBS may be diagnosed appropriately — but without recognition of underlying connective tissue laxity, management strategies remain incomplete.
6. Early Degenerative Joint Disease
Because hypermobile joints experience increased shear forces and microinstability, early degenerative changes may occur.
Patients are sometimes told:
“You’re just wearing out early.” “It’s early arthritis.”
While degeneration may be present, the biomechanical cause — instability — may not be addressed.
Dysautonomia: A Critical Missing Piece
Autonomic dysfunction is one of the most underrecognized aspects of hypermobility.
Mechanisms proposed in the literature include:
Vascular connective tissue laxity leading to venous pooling Impaired vasoconstriction
Small fiber neuropathy
Abnormal baroreceptor signaling
Symptoms may include:
Orthostatic tachycardia
Temperature intolerance
Exercise intolerance
Brain fog
GI dysmotility
Urinary dysfunction
Without recognition of dysautonomia, patients may undergo years of fragmented evaluations.
What If the ANA Is Negative?
A negative ANA:
Significantly lowers likelihood of systemic lupus. Does not rule out hypermobility. Does not explain persistent mechanical instability.
If symptoms include:
Recurrent sprains
Joint hyperextension
Chronic “tight” muscles despite flexibility
Orthostatic intolerance
GI dysmotility
Family history of hypermobility
Further evaluation for HSD/hEDS may be warranted.
Suggested next steps:
Beighton score assessment
Review of 2017 hEDS criteria
Orthostatic vitals
Referral to providers familiar with connective tissue disorders
The Risk of Incorrect Treatment
Misdiagnosis may lead to:
High-velocity manipulations in unstable joints Aggressive stretching protocols Long-term corticosteroid exposure Unnecessary psychiatric labeling Surgical interventions without addressing instability
In hypermobility, stability — not increased range — is typically the therapeutic priority.
Why Proper Diagnosis Matters
Accurate diagnosis allows for:
Targeted stabilization strategies Autonomic support protocols Energy management education Multidisciplinary coordination Patient validation
It reframes the narrative from “medically unexplained” to “mechanically and neurologically complex.”
Closing Thoughts
Hypermobility is not rare.
It is underrecognized.
The spectrum is not linear, and symptoms do not always fit neatly within one specialty.
When autoimmune panels are negative and symptoms persist, connective tissue should be considered.
A correct diagnosis does not erase symptoms — but it changes the strategy.
And strategy matters.
Disclaimer
This article is for educational and informational purposes only and does not constitute medical advice. Diagnosis and treatment decisions should be made in consultation with qualified healthcare professionals. If you suspect a connective tissue disorder or autonomic dysfunction, speak with your physician or a specialist experienced in hypermobility spectrum disorders.
Tranquil Touch Wellness: Jennifer Richards, LMT 