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The xiphoid process is the smallest region of the sternum, or breastbone. It’s made up of cartilage at birth but develops into bone in adulthood. It’s located where the lower ribs...
The xiphoid process (/ ˈzɪfɔɪd /), also referred to as the ensiform process, xiphisternum, or metasternum, constitutes a small cartilaginous process (extension) located in the inferior segment of the sternum, typically ossified in adult humans. [1]
The xiphoid process is the pointed end at the bottom of your sternum (breastbone). It’s cartilage when you’re born, but it transforms into bone as you grow and develop. It’s possible to live without a xiphoid process, but surgeons will usually only remove it if it’s broken (fractured) and the pieces are threatening to damage your internal organs.
The xiphoid process is a small, triangular part of the sternum that starts out as cartilage and hardens as a person ages. Its main function is to act as an area for muscular attachment.
The xiphoid process is located in the center of your chest and is found just at the end of your sternum (breastbone). Inflammation, digestive issues, or injury can cause xiphoid process pain which doctors refer to as xiphoid syndrome, xiphoidalgia, or xiphodynia.
The xiphoid process is triangular in shape and is the most distal part of the sternum. See Image. Sternum Anatomy. The term xiphoid process comes from the word "xiphos," which is of Greek origin and means straight sword describing the morphology of this bone. It is approximately 2 to 5 cm in length.
The xiphoid process, also known as the xiphisternum, is the smallest and most inferior of the three parts of the sternum. It is highly variable in shape, though it is typically thin and elongated, with its inferior end located at the level of the T10 vertebra.
The xiphoid process is a small, often triangular-shaped bone that makes up the distal part of the sternum. Its function is to protect underlying organs, serve as an attachment site for muscles that drive respiration, and provide a landmark for hand placement during CPR.
The xiphoid process is the smallest and most inferior region of the sternum, or breastbone. At birth, it is a thin, roughly triangular region of cartilage that slowly ossifies into a bone and fuses with the body of the sternum.
The xiphoid process articulates with the: —body of the sternum, forming the xiphisternal joint; —costal cartilages of the right and left seventh ribs, forming the seventh costosternal joints.