It should be Maxilla, Lacrimal, Ethmoid and Sphenoid. mnemonics would be My Little Eye Sits in orbit :)
In the case of a broken nose, the bones that could be involved in a fracture include the nasal bones, which are the primary bones forming the bridge of the nose. Additionally, the maxilla (upper jaw) and the nasal septum, which divides the nasal cavity, may also be affected. Other structures such as the ethmoid and frontal bones can be involved if the injury is severe, potentially leading to complications with the nasal cavity or surrounding areas. Prompt medical evaluation is essential to assess the extent of the injury and any necessary treatment.
The eye ball and the eye ball muscles prevent you from doing the same.
Phalangeal fractures or fractured Phalanges is the term for multiple broken finger bones.Finger bones are phalanges.Phalangeal fracture
They could potentially press get stuck in areas where they will prevent blood flow or cut the tissue they move through and cause hemorrhaging
A joint is a place where bones meet, and often articulate or move. The bones that connect at those joints could be fractured at the joint, so you'd have for example, a fractured ankle. The connecting tissues within joints could be torn or separated, but these aren't bones.
If you have seen a van in your neighborhood that looks suspicious and could potentially be involved in criminal activity, it is important to report it to the authorities immediately.
not really. I had a fracture once it really hurt, but it could not have killed me. Well if you have a fracture and you let it be then it can get worse
If a joint is forced beyond its normal range of movement, it could result in a sprain or strain. This can lead to stretching or tearing of the ligaments or muscles surrounding the joint, causing pain, swelling, and limited movement. In severe cases, it may result in a dislocation or fracture of the bones involved.
Sometimes, excess pressure is applied to a bone that results in the breaking of the bone, also called a fracture. Fractures are common. Most people suffer from fractures at least once during their lifetime. Children's bones are relatively more flexible and less likely to break. Falls or other accidents that do not cause harm in children can cause complete fractures in older adults. Older adults suffer from fractures more than children because their bones are comparatively brittle.Bone fractures are caused by various reasons. It could be because of a fall from a height, motor accidents and repetitive forces on the bone because of physical activities like running or weightlifting.Different types of bone fractures: -Open Fracture : An open fracture is a fracture where the broken bone is exposed. That is dangerous because of increased chances of infection.Closed Fracture : A closed fracture is a fracture where the bone is broken, but the skin is intact.Simple fracture : The fracture occurs along one line, splitting the bone into two pieces.Multi-fragmentary fracture : In this the bone splits into multiple pieces.Compression Fracture : A compression fracture is a closed fracture that occurs when two or more bones are forced against each other. It commonly occurs to the bones of the spine and may be caused by falling into a standing or sitting position, or a result of advanced osteoporosis.Avulsion Fracture : An avulsion fracture is a closed fracture where a piece of bone is broken off by a sudden, forceful contraction of a muscle. This type of fracture is common in athletes and can occur when muscles are not properly stretched before activity. This fracture can also because of an injury.Impacted Fracture : An impacted fracture is similar to a compression fracture, yet it occurs within the same bone. It is a closed fracture which occurs when pressure is applied to both ends of the bone, causing it to split into two fragments that jam into each other. This type of fracture is common in car accidents and falls.Stress Fracture : It is a common overuse injury. It is most often seen in athletes who run and jump on hard surfaces such as runners, ballet dancers and basketball players.Compression fracture of the spine : It is common in individuals with osteoporosis. Often no identifiable injury causes it. This results in significant pain and disability.Rib fractures : If you experience pain while breathing you probably have a rib fracture. In this condition you also have tenderness and shallow breathing.Complete Fracture : in this the bone fragments separate completely.Incomplete Fracture : in this the bone fragments are still partially joined.Linear Fracture : in this the fracture is parallel to the bone's long axis.Transverse Fracture : in this the fracture is at a right angle to the bone's long axis.Oblique Fracture : in this the fracture is diagonal to a bone's long axis.Spiral Fracture : in this at least one part of the bone has been twisted.Comminuted Fracture : in this the fracture results in several fragments.Compacted Fracture : in this the fracture is caused when bone fragments are driven into each other
If the middle layer of your bones were heavy instead of light, it would likely affect the overall strength and density of your bones. You may experience increased risk of fractures due to the added weight in the middle layer, as it could compromise the structural integrity of your bones. This could also potentially impact your mobility and overall physical health.
You may mean compound fracture in which the bone crushes in on it do to dual pressure. An example would be falling really hard on your knee, the pressure then counterpressured by the femur results in the bones crushing in on itself. (Or put your fists together & push. If enough pressure is applicated it could result of the crushing of the knuckles.)
A charlie horse, which is a sudden and involuntary muscle cramp, typically affects the leg muscles and does not directly cause bones to break. However, severe muscle contractions could lead to a fall or awkward movement, potentially resulting in a foot injury or fracture if landing improperly. Generally, a charlie horse itself does not have the capacity to break a bone.