the ethmoid
yes
The perpendicular plate, which forms the superior part of the septum, descends from the cribiform plate of the ethmoid bone.
spongy bone
Vomer, a facial bone, and Ethmoid bone, a cranial bone, form the nasal septum
The nasal septum, the division between the left and right airways of the nose, is made of three structures: the vomer bone, perpendicular plate of ethmoid bone, and its cartilage. The bony part is the major part of the septum that consists of the perpendicular plate of ethmoid, and the vomer bone.
ethmoidal bonecribriform plates, crista galli, perpendicular plate, ethmoidal air cells, nasal conchae.Inferior nasal conchaSella turcicaperpendicular plate
The nasal septum is formed by the perpendicular plate of the ethmoid bone, the vomer, and the septal cartilage.
The ethmoid bone contains the cribriform plate, which is a delicate, sieve-like structure located in the roof of the nasal cavity. It forms a part of the ethmoid bone and allows for the passage of olfactory nerves from the nasal cavity to the brain.
cribriform plate make up the ethmoidal labyrinths. Their walls form most of the inner walls of the eye sockets and are joined together by a thin perforated plate of bone at the roof of the nose. This bone, the cribriform plate, transmits the olfactory nerves that carry the sense of smell.
The epiphyseal plate is an area at the long end of the bone which contains growing bone. It is located between the epiphysis at the end of the bone and the diaphysis of another bone. This is only found in children and adolescents as it turns into the epiphyseal line in adults.
It is a bone in the skull near the roof of the nose and also forms the medial part of the orbit. It is made up of cribriform plate, the ethmoidal labyrinth which forms the ethmoidal sinuses and the perpendicular plate which forms the upper part of the nasal septum.
The region in mature bone where the diaphysis and epiphysis join is called the metaphysis. This area contains the growth plate, also known as the epiphyseal plate, which is responsible for bone growth and development during childhood and adolescence.