Fibromyalgia in Men?

Fibromyalgia (FM) can’t occur in men because it’s a woman’s disease, right? In fact, if a man claims to have FM, then he is simply lying (probably just trying to get out of working and/or on disability), right? Unfortunately, that’s what MANY people (and even some doctors) believe!

Though it is true that FM is primarily a woman’s disease, actually nine times more likely, it does INDEED affect men. FM affects 2-4% of the population (an estimated 5 million adults) in the United States (US) with as few as 10% of victims being men. But, that’s still 500,000 men in the US alone, and that doesn’t include an estimated 20% that go undiagnosed (mostly because “men are men”)! The onset, like that for women, can occur, “….out of the blue.” Case studies show a man (or woman), can be highly engaged in an active lifestyle that may include golfing, bowling, or working on a hobby car, when suddenly and for no apparent reason, intense chronic pain can arise and, “…take over the life” of this previously very healthy, vibrant, active man.

We’ve all learned that FM is diagnosed primarily by excluding other disorders after running many tests including x-rays, various scans, lab tests, and more. When all the tests come back negative, the diagnosis of FM is even then only sometimes entertained. The word, “SOMETIMES” should be strongly emphasized as MANY doctors, as well as the general public, STILL have a hard time wrapping their heads around the diagnosis of fibromyalgia. This happens even more when a male patient presents with the FM cluster of symptoms. A male patient may attend a FM support group and be the only man in the room. The National Fibromyalgia Association has only one male board member who reportedly was not initially welcomed! This particular male reported that a neurologist refused to see him, as he did not support the diagnosis and openingly accused him of trying to get disability payments. He stated that it was particularly challenging to find professional care as well as community support. Even his best friend, a doctor, told him that men couldn’t get FM!

The cause of FM remains elusive. Why do so few men compared to women suffer from FM? Though certain types of viral infections, trauma after car accidents, and emotional stress have all been reported to trigger FM, it can also strike without warning. According to Dr. Muhammad B. Yunus, MD (professor of medicine at U. of Illinois, College of Medicine), FM is characterized by an imbalance of brain chemicals described as, “…a neurochemical disease.” He found that FM patients have higher than average levels of substance P (a neurotransmitter that signals pain), and lower levels of serotonin (a neurotransmitter that inhibits pain). Genetics and hormones (particularly estrogen, which is higher in women) also play a role both with causing the disease and with the gender discrepancy found in FM. Estrogen has also been found to reduce pain thresholds, a problem associated with FM, thus making women more susceptible to the disease. Like in women, men can have similar complications including (but not limited to) chronic fatigue, difficulty sleeping, headaches, irritable bowel syndrome, restless leg syndrome, and memory and concentration problems. But, it has been reported that men with FM usually have less wide-spread or, “…hurt all over” pain and may not suffer from as much fatigue, but in some cases, can still be more disabled from FM than women. Depression and suicidal thoughts are reportedly common in men with FM. Prompt diagnosis and treatment continues to be the recommended course in order to obtain ideal management results!

As chiropractors we can offer management, treatment, exercise training, dietary consultation, and coordinate care.

If you, a friend or family member requires care for Fibromyalgia, we sincerely appreciate the trust and confidence shown by choosing our services!

Whiplash Anatomy

Whiplash is an injury commonly associated with motor vehicle collisions (MVC) caused by a rapid forward and backward “whipping” of the neck. What varies between each case is the degree of injury and what anatomical parts of the neck are actually injured. Let’s take a look at the spine so we can better understand where the pain actually comes from…

The cervical spine is made up of seven moving vertebrae. The top vertebra (C1) is called the atlas and is shaped like a ring. This ring shape allows the head to rotate left and right so we can check traffic, carrying on conversation with someone sitting off to the side, and so on. It pivots around a peg called the “dens” of C2, or the axis, and the function of these first two vertebrae is very important. This is because the upper most three nerves that exit through this part of the cervical spine innervate the head and dysfunction here may be the cause of some headaches. Chiropractic adjustments concentrate a great deal on restoring function to this area. The C4-6 vertebrae make up the most mobile region of the spine in the forward and backwards directions. Generally, the greater the mobility, the lesser the stability, and because of this, injury to this area is quite common. We often see arthritis in this region first and we focus on keeping the areas that are less mobile (areas above and below C4-6) as mobile as possible. The upper back/lower neck area includes the rib / vertebrae joints, which are also commonly involved in whiplash injuries. Chiropractic adjustments applied to this region also help to restore function and mobility. The thoracic spine is made up of 12 vertebrae and includes the rib cage as well as the shoulder blades (scapulae). This area is sometimes neglected during treatment as the main focus is often placed on the more painful areas of injury like the neck. The lumbar spine consists of five vertebrae and is also frequently overlooked as an injured area due to the distance away from the neck. However, seat belts frequently injure the breast, chest, mid-back, and/or low back regions.

There are several tissues that could be injured. The ligaments—the tough, non-elastic tissue that holds bone to bone—function to maintain stability between the vertebrae. The articular capsule is also made of ligaments and is a frequently injured area, which generates pain with movement of the head and neck. Musclesand the tendon attachments are elastic and function to move the structures. Stability is facilitated by good muscle tone and strength and is a strong focus of treatment. Injury to these structures are called, “…soft tissue injuries,” and make up the majority of whiplash associated disorders (WAD II category).

The intervertebral disks are made up of a fibroelastic cartilage on the outside and a more liquid-like center that functions as shock absorbers between the vertebrae. Injury to the disk includes tears, cracks, and/or fissures where the liquid center part can migrate through and can rupture. Injury to the nervous tissues includes the free nerve endings when the articular capsule is “sprained.” Nerve root injuries are most commonly “pinched” or compressed by a “ruptured disk” and send pain, numbness, and/or muscle weakness to specific areas of the arm and/or hand. These injuries are classified as WAD III injuries and usually carry a worse prognosis than WAD II injuries.

Determining which tissues are injured, managing the acute, subacute, and chronic stages of healing and facilitating self-management strategies are the primary goals of chiropractic treatment of the whiplash injured patient.

We realize you have a choice in whom you consider for your health care provision and we sincerely appreciate your trust in choosing our service for those needs.  If you, a friend, or family member requires care for Whiplash, we would be honored to render our services.