- Xiphoid process - Wikipedia
The xiphoid process plays a role in the attachment of many muscles, including the abdominal diaphragm, a muscle necessary for normal breathing Additionally, it serves as an attachment point for the rectus abdominis muscles, commonly known as the "abs "
- Xiphoid Process: What It Is, Where It Is Function - Cleveland Clinic
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
- Xiphoid Process: Pain, Lump, Removal, and More - Healthline
Overview 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
- Xiphoid process: Definition, pain, lump, and removal
This article looks at the xiphoid process, a tiny bone structure within the sternum Included are details on the symptoms in this area and how to treat the problem
- Xiphoid syndrome - Orthopaedic Manipulation
Learn about xiphoid syndrome, its causes, symptoms, diagnosis methods, and treatment options including posture correction, medications, and physical therapy
- Xiphoid Process - What Is It, and Why Does It Matter?
It is a slender, cartilaginous structure at birth that typically ossifies (turns to bone) during adolescence or early adulthood Despite its diminutive size, the xiphoid process serves as an important anatomical landmark
- The Xiphoid Process: Anatomy and 3D Illustrations - Innerbody
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
- Where Is the Xiphoid Process and What Does It Do?
Its name, “xiphoid,” originates from the Greek word for “sword-shaped ” This structure begins as cartilage at birth and gradually hardens into bone, typically ossifying completely by the age of 40 The xiphoid process is located at the very bottom of the sternum, where the lowest ribs join
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