Jun 5, 2025 · The difference is that each vertebra in a giraffe's neck is elongated, measuring up to 25 centimeters long. The elongated bones are connected by ball-and-socket joints, making it …

Unlike most mammals, whose vertebral columns are characterized by relatively limited movement between individual bones, giraffes possess true ball-and-socket joints in their cervical spine, a …

Cervical Vertebrae: While most mammals have seven cervical vertebrae, the giraffe also sports just seven, but they are significantly elongated. This elongation is crucial for their towering …

Commonly, there is a single pair of articular facets between two vertebrae. Lankester (1908) observed that there are articular facet changes in the okapi and the giraffe as the cervical …

Nov 15, 2025 · The profound difference in neck length between the giraffe and the okapi, despite sharing the same number of cervical vertebrae, is primarily attributed to a developmental …

May 19, 2025 · Each vertebrae is connected by a ball-and-socket joint, giving the giraffe greater range of motion in the neck. This is the same type of joint that humans have in their shoulders.

Remember that giraffes have seven of these bones, just like we do. However, giraffe cervical vertebrae are bound together with ball-and-socket joints [source: Owen]. These are the kinds …

Feb 14, 2025 · Additionally, their vertebrae have ball-and-socket joints, similar to those in the human hip, which increase flexibility and range of motion. Another critical adaptation is the …

Jan 27, 2021 · Almost all mammals including mice, humans and giraffes, have seven cervical vertebrae irrespective of the neck length. In contrast to the constant number of bones, it …

Explore the detailed diagram of giraffe body parts, showcasing their unique anatomical features and functions with clear labels and explanations.