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The term xiphoid originates from the Greek word xiphos, which means 'straight sword', bearing a resemblance to the process's tip. The Latin equivalent, processus xiphoides, translates to the xiphoid process. [8] [9] The writings of the Greek physician Galen refer to Os xyphoides, a translation of the Greek phrase ξιφοειδές ...
Xiphodynia or Xiphoidalgia is thought to be a rare musculoskeletal syndrome that involves referred pain referred from the xiphisternal joint or the structures attached to the xiphoid process. Digital examination of the xiphoid process reproduces symptoms. Xiphodynia is in fact a relatively common condition which will be missed unless considered ...
3D illustration of the xiphoid process. Located at the inferior end of the sternum, is the pointed xiphoid process. Improperly performed chest compressions during cardiopulmonary resuscitation can cause the xiphoid process to snap off, driving it into the liver which can cause a fatal hemorrhage. [1]
An X-ray of a human chest area, with some structures labeled. The contents of the thorax include the heart and lungs (and the thymus gland); the major and minor pectoral muscles, trapezius muscles, and neck muscle; and internal structures such as the diaphragm, the esophagus, the trachea, and a part of the sternum known as the xiphoid process.
The sternal angle (also known as the angle of Lewis, [1] angle of Louis, [2]: 297 angle of Ludovic, or manubriosternal junction [citation needed]) is the projecting [2]: 297 angle formed between the manubrium and body of a sternum at their junction at the manubriosternal joint. [2]: 297 [3]
The term comes from the Greek word λᾰπάρᾱ (lapara) 'the soft part of the body between the ribs and hip, flank' [2] and the suffix -tomy, from the Greek word τομή (tome) '(surgical) cut'. In diagnostic laparotomy (most often referred to as an exploratory laparotomy and abbreviated ex-lap), the nature of the disease is unknown, and ...
In anatomy, a process (Latin: processus) is a projection or outgrowth of tissue from a larger body. [1] For instance, in a vertebra, a process may serve for muscle attachment and leverage (as in the case of the transverse and spinous processes), or to fit (forming a synovial joint), with another vertebra (as in the case of the articular processes). [2]
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