How much force does it take to break a collarbone?

Collarbones, also known as clavicles, are long bones that connect our arms to the rest of our body. These thin and slender structures act like bridges between your sternum and shoulder blades. But have you ever wondered how much force it takes to break this small but mighty bone? In this article, we will delve into the mechanics of collarbone fractures and explore various factors involved in determining the amount of pressure required.

Anatomy of Clavicle

Before understanding how much force is needed to break a collarbone, let’s take a look at its anatomy. The clavicle consists of three sections – medial end closest to sternum (breastbone), lateral end next to the shoulder blade or scapula whereas middle third is curved part makes bridge between them . It has compact cortical bone on outside which envelop cancellous/trabecular bone making up inside layer.

The outermost layer comprising mainly mineralized collagen fibers works by providing structural strength whereas spongy inner layer helps dissipate loads onto other parts ensuring distribution throughout whole bones thereby increasing flexibility & withstanding bending forces better than if only had dense carbonate deposits present

Mechanism behind Clavicle Fractures

Collarbone fracture commonly occurs when an individual falls from height landing directly onto their extended arm brace causing force perpendicularly downwards along shaft resulting typical fashion-“a snapping sound heard”, nothing witty about such injury I am telling because they cause real pain especially when laughing forcefully.

Fewer times but still can happen acute trauma caused by road accidents where vehicle strikes overhead near area too.

In both cases sharp sudden forces make brittle quality delicate bone fail although some may argue due typically fragility compromises rounded shape coupled minimal width compared length creates vulnerability since becoming susceptible tension/compressive overload however these concerns DO NOT override importance protecting yourself while doing activities.

Types of Clavicle Fractures

Clavicle fractures can happen in different ways, and their severity depends on the level of force that caused them. Some common types include:

  • Midshaft fracture: It’s the most common type, accounting for around 80% of all clavicle fractures. This happens when an individual falls onto their shoulder or outstretched hand.
  • Lateral third fracture: This may occur as a result of strong impact to outside edge along with backward bending stresses or compressive.
  • Medial third fracture: When severe pressure is applied right near joint.

Now that we’ve covered some basics about collarbone anatomy let’s move on to discusshow much force it would take to break one.

Factors Influencing Collarbone Fracture

The amount required greatly varies depending upon several factors details below:

Age

Younger people tend less likely suffer from bone injuries due increased density other being more! The average age where these fractures seem commonly occurring estimated at around mid-twenties.

Weight

Significantly heavier individuals are more susceptible because their greater mass shared along fragile areas which results bearing stress points leading higher likelihood breakage above normal BMI range

Even though #Bodypositivity standards promote comfort larger sizes still takes toll bony structures

Level Of Activity

People who engage regularly withstand physical activities sports exercise routines means they have practice adapting dealing movement restrictions improve muscular strength hance adding protection levels when compared sedentary lifestyle-lovers who just prefer relaxed way day-to-day routine.

ALSO getting hurt not dodge ball games try avoiding scenarios prone injury such laughing uncontrollably while juggling objects!.

So if you want your collarbone remain intact avoid joining circus today(at least not until sufficiently trained)

Health Conditions And Disorders

Various inherited conditions cause bone disorders resulting compromised abilities genetically reduced capacity supporting arches human body sport-related deformities pose like congenital curving putting additional pressure.

Plus testing activities require preparation involving diet exercise enabling greater durability carrying out every step without experiencing fractures ramifications pertaining so.

Force Required to Break a Collarbone

So, how much force does it take to break a collarbone? There’s no universal answer to this question because the amount required varies based on several factors like age, weight, level of activity and health conditions. However science conducted research come up some determine useful ranges.

According to American Academy of Orthopaedic Surgeons typically varying between 150-170 lbs commonly breaking mid shaft resembling “wishbone-like” whereby each end splinters proving pain point whereas excessive applied lead permanent nerve brachial plexus impairment coupled potential artery damage which may put neck area risk ischemic compromise

Factors Not Involved In Collarbone Fractures

Now that we’ve talked about all these different factors that can contribute to collarbone fractures let’s not forget certain ones DO NOT have role:

Time Period

The severity does not decrease nor increase depending upon longer timespan elapsed since injury occurred;

Clothing and Armor

No matter what type clotheswear Armors heavy protective gear usually well padded reduce respective risks

Recommended Treatment for Clavicle Fracture

While there are various methods of treating clavicle fracture immobilization through orthosis powerful way allowing recovery occur conservative manner surgery necessary particularly severe cases like multiple compound displacement ensuring stable internal fixation needed there’s debate ongoing wait time before engaging in operative intervention

Make sure doctors help keep track supervised healing process plenty rest never neglect rehabilitation period afterwards despite quirky funny tutorials advised by near-and-dears(Holi doesn’t last whole year)

In Conclusion

Clavicle fractures present us unique challenge balancing variables involved when considering situations arise; although easy part is admitting everyone should do best avoiding them as would cancer infections. It’s important remember serious consequence pushing yourself exceed limits preventing maintaining optimal physical wellness all times if imagine finding fun while still remaining healthy always go for it but never let be detrimental enabling conditions like fractures due excessive force happen cost.

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