Showing posts with label clavicle injury. Show all posts
Showing posts with label clavicle injury. Show all posts

Monday, July 31, 2017

Clavicle Injuries and Symptoms

The clavicle, whose name is derived from the Latin term Clavicula, is a small, but important
bone in our body. Clavicle injuries are especially prominent during the summer months, when
people tend to be more active. Over activity and hyperextension are often the cause of
clavicle fractures and other health related issues. Despite how pervasive clavicle-related
injuries are, many medical professionals continue to struggle with understanding where these
injuries stem from and how the bone itself functions due to a general lack of medical-related
data. Although fractures tend to heal regardless of treatment, complications may very well
arise from clavicle-related injuries.


There have been several attempts to devise a classification scheme for these types of
fractures, and after lots of careful consideration and deliberation, clavicle fractures have come
to be classified by their location. There are three main types of clavicle fractures:

  • Group/Type I Fractures: Middle third injuries
  • Group/Type II Fractures: Distal third injuries
  • Group/Type III Fractures: Medial (proximal) third injuries

While several people experience one of the three types of injuries, Type I fractures are by far
the most prominent. It is not difficult to spot symptoms of clavicle fractures, as they can cause immediate pain and readily impact upper extremity movement and overall mobility. Some common signs of a fracture include:

  • Swelling, ecchymosis and tenderness around or over the clavicle
  • The shoulder may appear shortened relative to the opposite side and may droop
  • The patient may cradle the injured extremity with the uninjured arm
  • Difficulty breathing or diminished breathing sounds may indicate a pulmonary injury
  • Palpation of the scapula and ribs may reveal a concomitant injury
  • Abrasion over the clavicle may be noted, suggesting that the fracture was from a direct mechanism



If any of the aforementioned signs can be observed in a patient, it is vitally important that you
seek medical attention immediately. Diagnosis can be done through a variety of laboratory
studies and typically takes very little time to do. A Complete blood count (CBC) may be
mandatory is a vascular injury is suspected. This procedure checks the patient’s hemoglobin
and hematocrit values. An Arterial Blood Gas (ABG) may also be necessary if a pulmonary
injury is suspected or identified. There are also a wide variety of imaging studies that may
assist in the diagnosis process. These studies include chest radiography, which obtains an
expiration poster-anterior (PA) chest film (along with the aforementioned ABG test) if a
pulmonary injury is suspected or identified. A CT (Computed tomography) scan,
ultrasonography or radiography of the clavicle and/or shoulder may be needed to better
understand the fracture, where it came from and possible solutions to the injury, as well.



The majority of clavicle fractures are able to heal correctly with nonoperative management,
which includes the use of a simple shoulder sling or brace. However, this doesn’t mean that
surgery is never required. If the patient experiences a complete fracture displacement, tenting
skin. Fractures with 2 cm of shortening, comminuted fractures, neurovascular compromises,
or open fractures, for example, may indicate that surgery is necessary in aiding the healing
process. When surgical fixation is required for a mid-shaft clavicle fracture (type I & III), the
most commonly performed procedure involves open reduction of the fracture, which is then
followed either by insertion of an intramedullary device or fixation with a plate and screws. In
a distal clavicle (Type II), stable fixation may be achieved in several different ways, including
combinations of coracoclavicular screws, Dacron or Mersilene tapes, tension banding, a
Kirschner wire (or, K-wire), and clavicular plates. Regardless of the technique used to fix the
fracture, the same basic principles of fracture reduction and stabilization apply.

The key to avoiding clavicle-related injuries and fractures is remaining diligent in injury
prevention, regardless of how strenuous your exercise routine may be. If you are in need of a
clavicle splint or support item, please visit our Ossur Clavicle & Rib store. If you have any tips
on how to aid the healing process of clavicle fractures, please share your thoughts in the
comment section below!

Tuesday, November 13, 2012

Clavicle/Collarbone Injuries in Sports

A broken collarbone, or clavicle fracture, is one of the most common injuries that athletes face when competing in contact and even non-contact sports.

What is the clavicle? The clavicle is a long bone that runs between the scapula, or shoulder blade, and the sternum.

What causes clavicle fractures? A common cause of clavicle fracture is the stress that the collarbone suffers when a person stretches out his or her arm to break a fall; in this case, most of the weight of one's body is distributed to the collarbone, which can then snap under the pressure. Additionally, a fall directly to the shoulder area, or any direct blow to that region can cause a serious collarbone injury to an athlete.

Symptoms of clavicle fracture can include pain at the site of fracture, restricted arm motion, and discolored skin around the affected area. For serious collarbone injuries, you might be able to see the fracture because of the bone misalignment. A doctor will perform an X-ray to determine the severity and properly diagnose a clavicle fracture.

Who is likely to incur this type of injury? Athletes at all levels of competition, from football and cycling to equestrian and skateboarding. Clavicle fractures have been suffered by the likes of NFL quarterbacks Matt Leinart and Tony Romo and put out wide receiver Danny Amendola just this past NFL season.

How to avoid a collarbone injury? Though clavicle fractures, like any other types of bone fractures, are unavoidable in certain cases, there are steps that can be taken to lessen their likelihood and minimize the potential for risk.

  • Ensure you intake the recommend amounts of Calcium and Vitamin D, nutrients that bolster bone integrity. Lacking these essential dietary components can put you at higher risk of clavicle fracture and could require longer recovery time.
  • Develop the protective muscle tissue around the clavicle. Because the clavicle is supported by stabilizing muscles, those who do not get enough exercise to develop this protective muscle tissue may also have a higher change of clavicle fracture.
  • Wear proper padding and protection during practice and competition.

What is treatment like? Treatment is relatively simple and usually does not require surgery. Additionally, recovery time is not terribly long - typically, healing will occur in about 2 - 4 weeks for children and 4 - 8 weeks for adults. For most sufferers of clavicle fractures, a cervical sling, splint, cervical brace or other type of support needs to be worn throughout the recovery process in order to restrict the fractured bone from moving.

MMAR Medical offers several different types of collar braces, including a hook-and-loop style that is buckled around the wearer's back, a front-closure splint that contains padding in the clavicle area, and a figure-eight splint with a prong buckle front closure. With the proper use of a brace, those who have suffered clavicle fractures can usually avoid surgery for their condition so long as the affected area is adequately protected and does not suffer any additional trauma.