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A pelican typically has a total of 16 to 18 vertebrae in its spine. This includes cervical (neck) vertebrae, thoracic (mid-back) vertebrae, and lumbar (lower back) vertebrae. The exact number can vary slightly depending on the species of pelican. The structure of the spine allows for flexibility and support during flight and swimming.
The domesticated horse has a haploid number n = 32. In the wild horse (Przewalski's horse) n = 33.
An African human is just like a human from any other part of the world. All humans have 33 Vertebrae split into 5 regions. The top 7 are called the Cervical Vertebrae, then Next 12 are called the Thoracic Vertebrae, then the 5 Lumbar Vertebrae. All the vertebrae mentioned so far are free individual bones that are joined at their Vertebral Bodies by special cartilagenous joints called Intervertebral Disks. The next region down is the Sacral region (or Sacrum) within which all 5 vertebrae are fused to form effectively one bone. And the final 4 vertebrae are also fused to oneanother to form a structure known as the Coccyx. This adds up to a total of 33 vertebrae, present in all healthy human being. In plainer terms, healthy babies are born with 33 vertebrae, and through fusion a healthy adult is left with 26.
The backbones in the region of the neck are called cervical vertebrae, numbering 7 in total. These vertebrae provide support and flexibility to the neck, allowing for a wide range of movements in the head and neck.
You tend to think about the sacrum. But it is not the case. You have the tail bone or the coccyx. It is the most inferior bone in the vertebral column.
They have seven. A horse has 7 cervical vertebrae (neck) as do nearly all mammals, 18 thoracic vertebrae (along the longest part of the horse's back), 6 lumbar vertebrae (the general area above the horse's hips), and 5 sacral vertebrae (towards the tail (dock) area).
It depends on the animal. The thoracic vertebrae are those of the "chest" and attach to the ribs. In the dog and cow for instance, there are 12 (same number as the ribs) but there are 18 in the horse (also the same number as the ribs).
A Siberian Husky, like most dogs, has a spine composed of 30 vertebrae. This includes 7 cervical (neck) vertebrae, 13 thoracic (mid-back) vertebrae, 7 lumbar (lower back) vertebrae, and 3 sacral vertebrae that are fused together. Additionally, the tail, or caudal vertebrae, can vary in number but typically consists of around 20 to 23 vertebrae. Overall, the total number of bones in a Husky's spine can be approximately 50 to 53, depending on the specific tail vertebrae count.
Fifty four (54) vertebrae for the typical horse. Cervical vertebrae: 7: the neck Thoracic vertebrae: 18 : the back, above rib cage Lumbar vertebrae: 6: the back, just above and forward of rear hip bones Sacral vertebrae (5 fused together - sacrum): just above and behind rear hip bones Coccygeal vertebrae (average 18): the tail source: http://www.kersur.net/~santa/skeletalsystem.html source: http://www.allabouthorses.com/horse-health/injuries/horse-anatomy.html
9 Frogs typically have nine vertebrae. This number can be less depending on the type of frog. There are times when the tailbone is included as part of the vertebrae, which means the total number may be recorded as up to 10.
The total number of bones depends entirely on the type and size of the snake. In general, snakes have sectioned vertebrae (backbones) with ball and socket joints between sections of vertebrae that allow for curving motion. They also have anywhere from one to 145 pairs of ribs attached to the vertebrae, and a skull with a hinged jaw.
A rabbit's spine is made up of 7 cervical vertebrae, 12 thoracic vertebrae, 5 lumbar vertebrae, 4 sacral vertebrae that are fused, and around 16 to 20 caudal vertebrae in the tail. In total, this gives a rabbit approximately 34 to 40 vertebrae in its spinal column, depending on the individual. This structure supports their agile movements and unique body posture.
A typical dog has around 30 vertebrae in its spine, consisting of cervical (neck), thoracic (chest), lumbar (lower back), sacral (pelvic), and tail vertebrae. The number can vary slightly depending on the breed and size of the dog.
Mammals have 7 cervical (neck) vertebrae. This is true of giraffes. The total number of dorsal vertebrae also varies, but is usually fairly constant among mammalian families. The hoofed mammals almost always have 19 dorsal vertebrae. That is also true in humans.In mammals, the sacrum is formed by the fusion of 3 to 5 vertebrae. True for both.The number of caudal vertebrae can vary between individuals. But it is about 20 for the giraffe. Humans may have 2-3.Mammals have 7 cervical (neck) vertebrae. This is true of giraffes. The total number of dorsal vertebrae also varies, but is usually fairly constant among mammalian families. The hoofed mammals almost always have 19 dorsal vertebrae. That is also true in humans.In mammals, the sacrum is formed by the fusion of 3 to 5 vertebrae. True for both.The number of caudal vertebrae can vary between individuals. But it is about 20 for the giraffe. Humans may have 2-3.
A pelican typically has a total of 16 to 18 vertebrae in its spine. This includes cervical (neck) vertebrae, thoracic (mid-back) vertebrae, and lumbar (lower back) vertebrae. The exact number can vary slightly depending on the species of pelican. The structure of the spine allows for flexibility and support during flight and swimming.
The horse's spine is made up of several regions: the cervical (neck), thoracic (back), lumbar (lower back), sacral (pelvic), and caudal (tail) vertebrae. In total, a horse typically has about 54 to 56 vertebrae, depending on the individual. The thoracic region, which supports the ribcage, is particularly important for movement and balance. Each region has a specific function that contributes to the horse's overall mobility and strength.
The total number of laws in Canada that are contained in approximately 980 pages.