Frequently
Asked Questions

we provide a wide range of specialized orthopedic services to address various musculoskeletal conditions and injuries.

Frequently
Asked Questions

we provide a wide range of specialized orthopedic services to address various musculoskeletal conditions and injuries.

Category

How and why do rib fractures lead to chronic pain?

Rib fractures can lead to chronic pain through several mechanisms and reasons.

The first is through inadequate healing during which either a nonunion, where the rib fracture fails to heal, or malunion where the bone ends reunite, but in a misaligned way leading to ongoing pain.

Immobilization of a fracture is a priority for orthopedists treating broken bones. The purpose of a splint, cast or surgery with rods, plates or screws is to provide fracture stability and immobilization during the healing process. But, with rib fractures there is no splint/cast available because the chest is constantly required to move during respiration. Fortunately, the vast majority of fractures heal and slight degrees of malalignment do not cause significant problems.

The intercostal nerve is a small nerve that travels from the back along the underneath side of each rib. Fractured ribs can damage or irritate the intercostal nerves, leading to persistent nerve pain or neuropathy.

Rib fractures near the costochondral junction (where the rib meets the cartilage) can be particularly painful and can lead to chronic pain due to the movement of the chest wall.

The intercostal muscles (the barbecue rib meat) may be strained or injured at the time of the fracture and can remain painful.

Scar tissue forming as part of the healing process may compress nerves or limit mobility, leading to ongoing discomfort.

Though not a true source of pain, the shallow breathing to the avoid pain from a rib fracture can lead to decreased lung function or pneumonia, compounding pain issues.

There are several reasons why the aforementioned issues may develop. The rib cage is in constant motion due to breathing, coughing, and physical activity, which can impede the healing process and exacerbate pain.  Ribs also have a relatively limited blood supply, and the slow healing process can contribute to prolonged pain.

Chronic pain after rib fractures can severely impact one’s quality of life.  In rare cases, if conservative care and injections do not provide adequate relief of the pain, surgery may become an option.

How does diabetes mellitus affect musculoskeletal healing?

Diabetes mellitus can significantly impact musculoskeletal healing through several mechanisms.

Diabetes can cause vascular complications, reducing blood flow to affected areas and slowing the delivery of essential nutrients and oxygen needed for healing.

High blood glucose levels, the hallmark of diabetes, can impair the body's ability to repair tissues efficiently, leading to delayed wound healing.

Collagen is crucial for tissue repair, and diabetes can decrease collagen synthesis, leading to weaker scar tissue and slower healing processes.

Diabetic individuals are more susceptible to infections, which can complicate and prolong the healing of musculoskeletal injuries and surgical procedures.

Nerve damage associated with diabetes (diabetic neuropathy) can lead to decreased sensation, which might result in further injuries and complications during the healing process due to lack of protective pain sensations.  This is especially important for patients that require casting or splinting of an injured extremity.  Pressure sores may develop in diabetic patients beneath the cast/splint because of the lack of pressure recognition caused by their neuropathy.  In a worst case scenario, a tight cast may lead to vascular insufficiency causing gangrene and the need for an amputation.

Diabetes can alter the normal inflammatory response, either prolonging inflammation or impairing the transition to the healing phase, both of which can delay recovery.

Diabetes can impair bone metabolism, leading to delayed fracture healing and increased risk of complications such as nonunion or malunion.

These factors collectively compromise the body's ability to efficiently repair musculoskeletal injuries, leading to longer recovery times and an increased risk of complications in individuals with diabetes mellitus.

Why are obese people more likely to be traumatically injured?

Obese people are more likely to be injured traumatically due to several reasons.

Most obviously, the extra body weight increases the force exerted on the body during falls or collisions, leading to more severe injuries.  The extra weight places stress on joints, making them more prone to injuries such as sprains and fractures.

Obesity leads to limited mobility and balance and can slow down reflexes which increases the likelihood of a fall on a slippery floor, uneven sidewalk, or cluttered walkway.

Obese individuals may have comorbid conditions like diabetes, hypertension, and cardiovascular diseases that can complicate injury recovery.

Finally, the general lower levels of fitness in the obese may make it harder for them to withstand and recover from injuries, and treating their injuries can be more challenging, leading to a possibly prolonged and complicated recovery process.

Why are elderly people more likely to be injured after a traumatic event?

Elderly people are more likely to be injured after a traumatic event due to several factors.

Osteoporosis, low bone density, is one of the more common causes of brittle bones in the elderly or in postmenopausal women which leads to a higher risk of fractures.

Slower reflexes, which are a result of aging makes one less likely to prevent a stumble or fall, and then the reduced muscle mass of aging leaves less cushion for protection upon impact.

In general, frailty makes recovery from injuries slower and more complicated and these factors collectively contribute to a higher likelihood and severity of injuries among the elderly after a traumatic event.

What is considered conservative care for musculoskeletal injuries?

Conservative care for musculoskeletal injuries involves non-surgical and non-invasive treatments aimed at managing pain, promoting healing, and restoring function.

Initially, conservative care begins with rest and activity modification using splints, braces, casts or slings to stabilize and protect the injured area or joint.  Canes and crutch walking allows for reduced weight across an injured joint.  A cane should be used in the hand opposite from the injury with the bodyweight shifted toward the cane and away from the injured leg.  A walker provides for more stability than a cane or crutches.

Physical Therapy provides strengthening, stretching, and range-of-motion exercises tailored to the specific injury. Occupational Therapy is similar to physical therapy, but it focuses on the upper extremity and hand.

Manual Therapy techniques such as massage, joint mobilization, and manipulation are used to improve movement and decrease pain.

Medications include over-the-counter medications like acetaminophen, Aleve or Ibuprofen.  Prescription nonsteroidal anti-inflammatory medications (NSAIDs) may be recommended.  Topical creams and gels that can be applied to the skin over the affected area are also beneficial.

Ice and Heat Therapy are front line treatments.  Ice packs are applied to reduce acute inflammation and numb the area to alleviate pain.  Whereas heat therapy is used to relax and loosen tissues and stimulate blood flow to the area.

TENS (Transcutaneous Electrical Nerve Stimulation) units are devices that deliver small electrical impulses to a painful or injured area to help reduce pain.

Teaching proper posture and body mechanics to prevent further injury and strain, and modifying workspaces and activities to reduce stress on the injured area are encouraged.

Maintaining a healthy weight to reduce stress on joints and muscles, and engaging in low-impact activities to maintain overall fitness and strength is also part of conservative care and preventive therapy.

Teaching individuals about their injury and how to manage it effectively can be extremely valuable. Common sense is not always as common as you may think when dealing with a painful injury.  Being taught routines for managing symptoms at home, including exercises and application of ice or heat are financially helpful and time saving.

Alternative therapies such as acupuncture and chiropractic treatment may help reduce pain and improve function. However, spinal adjustments may not always be appropriate in a recently injured or elderly patient.

Injections are the most aggressive form of conservative care.  For significant inflammation and pain, doctors may inject corticosteroids directly into the affected area.  A more recent type of injection, Platelet Rich Plasma (PRP) Injection, involves spinning down a patient’s blood in a centrifuge in order to collect the platelets and plasma which are then reinjected into the injured area to promote healing.

Finally, Mother Nature is always on the job enabling most injuries to heal overtime.

But, the aforementioned measures help reduce discomfort and speed up healing, allowing the patient to perform some of their daily activities at home and work effectively while their recovery is taking place.

What is serologic arthritis and are these joints more easily injured by trauma?

Serologic arthritis is a type of arthritis that is characterized by the presence of specific antibodies in the blood, which can be detected through serologic (blood serum) tests. These antibodies are typically markers of autoimmune disorders. Some of the more common types of serologic arthritis includes rheumatoid arthritis, lupus, sarcoidosis, Reiter’s syndrome, psoriatic arthritis and Lyme disease.

And yes, these joints are more easily injured by trauma for several reasons. The chronic inflammation associated with these diseases, can weaken the joint structures making it easier for them to be injured from even minor trauma.  Serologic arthritis is often associated with stiffness and reduced flexibility which makes a joint less capable of handling stress and the sudden movements that can occur during a traumatic event.

Many of these conditions lead to bone erosion, and joint deformities with malalignment. These structural changes may compromise the stability and integrity of the joint, making it more vulnerable to an injury.

Finally, chronic pain and inflammation can lead to decreased physical activity, resulting in muscle atrophy (weakening). Weaker muscles provide less support and protection to the joints, leading to an increased risk of injury.

Can fractures lead to the onset of osteoarthritis in a joint?

Yes, fractures can lead to the onset of osteoarthritis in a joint. This type of osteoarthritis is often referred to as "post-traumatic osteoarthritis."

An intra-articular fracture that extends into the joint can damage the articular cartilage, which is the smooth, gliding surface of the joint. This damage can lead to increased wear and tear of the cartilage over time.  The result is a loss of cartilage and the development of osteoarthritis.

Fractures can sometimes heal with slight misalignment or malunion, which can alter the normal mechanics of the joint. This altered alignment can increase stress on certain parts of the joint, accelerating cartilage breakdown.

The healing process after a fracture may involve chronic inflammation, which can contribute to the degradation of cartilage and the development of osteoarthritis.

Finally, prolonged immobilization or altered movement patterns during the healing process can weaken joint structures and change the load distribution across the joint, making it more susceptible to osteoarthritis.

Can a strain cause an asymptomatic osteoarthritic joint to become symptomatic?

Yes, a strain or injury can indeed cause an asymptomatic osteoarthritic joint to become symptomatic.

A strain can lead to inflammation in the joint, which can exacerbate underlying osteoarthritis and turn a previously asymptomatic condition into a symptomatic one.

An injury to surrounding tissues (like muscles, tendons, or ligaments) can shift the mechanical stress onto the joint, making the osteoarthritic changes more apparent and painful.   A strain that affects ligaments and tendons might reduce the stability of the joint, leading to increased pain and discomfort in areas already compromised by osteoarthritis.

Or finally, to avoid pain caused by the strain, an individual may unconsciously alter his movement patterns, placing abnormal stress on the osteoarthritic joint and causing symptoms to emerge.

What percentage of asymptomatic people have clinical features or radiographic findings consistent with osteoarthritis in their shoulders, hips or knees?

The exact percentage of asymptomatic individuals with osteoarthritis can vary, but studies suggest that a significant portion of people with osteoarthritis may not experience noticeable symptoms.

Shoulder research indicates that up to 30% of people over the age of 60 may have shoulder osteoarthritis, but a substantial number of them might not exhibit symptoms.

Approximately 20% of people over the age of 65 may have radiographic evidence of hip osteoarthritis, yet many of them are asymptomatic.

Estimates suggest that around 40% of individuals over the age of 70 have knee osteoarthritis based on radiographic or MRI imaging, but about half of these individuals may not report symptoms.

These estimates highlight the prevalence of osteoarthritis that can remain asymptomatic and undetected without noticeable symptoms.

Is osteoarthritis always symptomatic?

No, the abnormal joint findings associated with osteoarthritis are not always symptomatic, especially in its early stages. Many people with this condition may not experience significant symptoms for a long time, if ever.

The asymptomatic nature of osteoarthritis means that the radiographic abnormalities developed without noticeable signs.

Additionally, the radiographic abnormalities may even progress without the development of symptoms.

But when symptoms do manifest, they typically include either pain, stiffness, swelling, reduced range of motion, painful grinding sensations, or bones spurs leading to joint enlargement.

The pain is often associated with or after activity and can vary in intensity. Stiffness is often after a prolonged period of inactivity or when awakening in the morning. Perceived swelling may be due to soft tissue swelling or actual fluid in the joint. The reduced range of motion may be as result of changes in the bony architecture of the joint, soft tissue damage or fluid accumulation. Tenderness is associated with inflammation.

The grinding sensations and popping may be due to soft tissues passing over bone spurs or the loss of the cushioning cartilage in the joint.

Bone spurs associated with arthritis develop due to the abnormal stresses that develop from the changes in joint alignment as the years pass.

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